Oil and Gas Training Course Catalog 2014

2014 COURSE CATALOG 86 New Courses UÊ ÈÈÊTechnicaÊCourses

Complete Suite of Training and Competency Development Competen

Software

Technical courses that use software

NExT Catalog-2014(21.5x27.5).indd 1

UÊ ÓäÊSoftwariÊCourses

Includes practical sessions

Field trips

Uses simulation

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Today, the E&P industry faces significant human resource challenges. Companies with a deficit of mid-career expertise are under huge pressure to accelerate the development of their young professionals. And as the industry focuses on hard-to-extract oil and gas resources, professionals at all levels need to acquire fresh skill sets and better understand new technologies and their applications. NExT is dedicated to the professional development of the E&P industry’s petrotechnical professionals. With a portfolio of more than 420 expert-led courses, training programs, and competency services, NExT has helped more than 10,000 E&P professionals in more than 50 countries develop the petrotechnical expertise needed to meet today’s increasingly complex industry challenges. By combining expert-led courses, in-class projects customized for your asset challenges, field and lab courses that provide hands-on learning experiences, industry-leading software tools, and one-on-one mentoring, NExT training blends a targeted skills-development program that aligns your team's abilities to your strategic objectives. Our goal is to provide the best tools to help you meet your competency development objectives in a sustainable way. Our years of experience in the oil and gas business, backed by first-class training knowledge gained through university partnerships, enable us to develop, customize, and continually update the industry’s most advanced E&P training and competency development plans to meet your business goals. In the following pages, you’ll find discipline maps that explain our public course offering. Each color-coded map shows courses grouped by discipline and proficiency level to help you find the right ones for you. You can register for a public course or find out more by visiting us at NExTtraining.net/classes. As always, any of our courses can be tailored to your in-house training program. To find out more or to ask questions about public courses, please e-mail us at [email protected]. For 2014, we have added 86 new courses to our growing course curriculum and expanded our technical training programs with new programs for Surface Facilities O&M, Exploration, Geomechanics, and Unconventional Resources. For training on industry-leading software tools from Schlumberger, we have added new courses for the latest release of Petrel* E&P software platform, Techlog* wellbore software platform, and PetroMod* petroleum systems modeling software. NExT training is here to help move your professional workforce forward. We look forward to serving you and hearing about your training needs and aspirations.

Hooman Sadrpanah Managing Director, NExT


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CONTENTS Petrotechnical 8

Oil and Gas Training and Competency Development The NExT Edge

E&P Introduction and Fundamentals

18

Field Development Planning

34

Geology

66

Geophysics

80

Petrophysics

96

Drilling Engineering

1. Full suite of training courses in upstream oil and gas industry disciplines as well as surface facility and midstream training for operators and technicians

2. Training on industry-leading software tools and

108

Reservoir Engineering

130

Production Engineering

146

Information Management

153

Open Technology

software certiﬁcation

3. Partnership with advanced industry and academic institutions to deliver best-in-class oil and gas technical and software training

4. A teaching faculty of more than 1,000 independent

Facilities/Operations and Maintenance

instructors, all experts in their ﬁelds, with a wide variety of technical and regional experience

154

Surface Facilities Design and Engineering

166

Technician and Operator Training

5. Recognized as the 2013 Getenergy Education/ Training Provider of the Year, reinforcing NExT as the industry’s trusted partner for training and competency development

Management, Economics, and Finance

6. Access to a global network of Schlumberger

180

Management and Leadership

188

Economics and Finance

training centers, where Schlumberger trains its customers as well as its own staff

Technical Challenges 198

Deepwater Exploration and Production

206

Geomechanics

210

Unconventional Resources

Winner: 2013 Getenergy Education/Training Provider of the Year Award

Visit NExTtraining.net/classes for the that latest for apractical course.sessions Software Technical courses usecalendar software or to register Includes

Field trips

Uses simulation

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EXPERT NETWORK The NExT directors of curriculum (DOC) and training managers are responsible for maintaining the superior standards of our course materials and ensuring the high-quality delivery of our training solutions worldwide. With their respective peer review boards, the DOCs and training managers continuously evaluate the technical content of our courses to ensure that we are delivering the latest technology to our clients. The DOCs are responsible for ensuring that our virtual faculty members are not only leaders from a technical viewpoint, but are also competent instructors. Through the NExT comprehensive course and instructor evaluation system, a continuous quality assurance process is in place that enables us to react immediately to any quality assurance issues. All of our DOCs and training managers routinely teach in the NExT programs and direct competency assessment projects.

2012, Abdel established and managed

Schlumberger, Andy was a geophysicist

Petroleum Research Institute Heavy

content and delivery director for

the Schlumberger Information Solutions

with a major oil and gas company for 6

Oil Group (SUPRI-A) as a post-doctoral

the NExT oil and gas training and

(SIS) operations in Iraq. Abdel has

years. He holds a BS degree in physics

research affiliate for 4 years between

development program. Since joining

been associated with international,

from the University of Birmingham and

1988 and 1992.

Schlumberger in 2000, he has held

independent, joint venture, and national

an MS in exploration geophysics from

various technical positions, including

oil companies in survey planning, data

the University of Leeds.

operations manager for seismic

acquisition, and data processing, in

reservoir inversion, 4D business

addition to being a Petrel workflow

development manager, and geophysics

consultant for seismic interpretation

domain career leader. Before joining

groups. Abdel obtained a BS degree

Schlumberger, he was a seismic

in geophysics and an MS degree in

data processing analyst for Western

engineering geophysics from Mansoura

Geophysical, a chief geophysicist and

University, and a PhD degree in

exploration manager for Hamilton

geophysics from Ain shams University

Brothers Oil and Gas Ltd., and UK

in Egypt.

Stephen Pickering is the learning

director of curriculum, surface facility, Birol M.R. Demiral is the director

for the NExT oil and gas training

of curriculum, reservoir engineering,

and development program. He has

for the NExT oil and gas training and

extensive experience in onshore and

development program. With more than

offshore facilities engineering design

34 years of teaching and research

and operations for oil handling and

experience in reservoir engineering,

gas processing facilities. From 1998

he has been one of the directors of

to 2012, Charanjit was with Ras Gas

curriculum for reservoir engineering

as a facilities engineering specialist

with the NExT program since 2011.

and subsequently a loss prevention

Andy MacGregor is the training

Prior to joining the NExT program,

specialist within the same organization.

manager, PetroMod* software, for

Dr. Demiral was the Schlumberger

Prior to that time, he worked on

the NExT oil and gas training and

professorial chair at the Universiti

various engineering and design-related

development program. He began his

Teknologi Petronas, Malaysia for 5

assignments with McDermott

career with Schlumberger 21 years

years where he held the position of

Engineering in Singapore, Transfield

Abdel Aleem Hassan is the training

ago and has served in a variety of

director of enhanced oil recovery (EOR)

Worley in Australia, Petronas Carigali

manager, Petrel* platform, for the NExT

roles ranging from petrophysicist to

mission-oriented research and was the

in Malaysia, and Brunei Shell Petroleum

oil and gas training and development

workflow consultant to product line

head of the EOR Centre. Previously, he

in Brunei. He holds a chemical

program. A geophysicist with

manager. Andy previously headed the

was chairman of the Petroleum and

engineering degree from the Indian

demonstrated strengths in the fields

project management team in SIS North

Natural Gas Engineering Department

Institute of Technology, Kanpur, India.

of geophysics, seismic processing, and

America where he was responsible

at the Middle East Technical University

data acquisition with more than 20

for implementing multiple high-value

(METU) in Ankara, Turkey, where he

years of experience, he has taught the

production data management solutions

earned all of his degrees in petroleum

various Petrel platform courses since

in addition to managing a team of

engineering and was on the staff for

2005 to the staffs of international and

consulting petroleum system geologists

24 years. While working at the METU,

national oil companies. From 2010 to

in Aachen, Germany. Prior to joining

he joined the Stanford University

exploration manager UK and Europe and manager of exploration resources and technology for BHP Petroleum Ltd. Stephen holds two degrees in geology and an MBA.

2|

Charanjit Jootla is the associate

David Conroy is the director of curriculum, drilling engineering, for the NExT oil and gas training and development program. From 1997 to

EXPERT NETWORK

2012, he held a variety of drilling and

as a production operations manager.

acquisition. She holds a PhD degree in

Ildar Diyashev is a senior petroleum

drilling optimization positions with

He has worked for medium and large

geology-geophysics from the University

engineer, primarily responsible for

offshore and onshore operators in

independent oil and gas companies,

of Aix-Marseille.

teaching multidisciplinary project-based

several global regions. With a

large international integrated oil and

background in drilling process

gas companies, and as a consulting

optimization, subsurface geoscience,

engineer. He holds a petroleum

competency assessment, and business analysis, he has supported several major IOC and NOC exploration-

engineering degree from the University of Tulsa and an MBA degree from the Oklahoma City University.

production drilling departments in

courses in the NExT oil and gas Gary W. Gunter is the director of curriculum, petrophysics and NExT subsurface integration programs, for the NExT oil and gas training and development program. With more than 35 years of industry experience

meeting their operational and planning

training and development program. His previous experience includes working for research organizations in Russia and for the Schlumberger Integrated Project Management team where he evaluated performing wells and selected well candidates for production

objectives. He holds a BS in geology

Florence Einaudi is the training

and prior to joining the NExT program,

enhancement processes. Other

and a PhD in structural geology and

manager, Techlog platform, for

he worked for integrated oil and gas

responsibilities include teaching various

deep earth geophysics from The

the NExT oil and gas training

producers as a field development

reservoir and production engineering

Queen’s University (UK).

and development program. She

reservoir engineer, conducted special

courses. He holds a PhD degree in

joined Schlumberger in 2006 as a

advanced EOR studies as a research

petroleum engineering from Texas

petrophysicist in the Caspian Sea

engineer, and provided technical

A&M University.

region. Since 2011, she has been the

leadership for the Amoco Petrophysics

Techlog platform training manager

Development Program. He has a special

and has played an integral role in the

interest in wettability, carbonate

development of training class content

reservoirs, practical aspects of

and material. As a geologist with

relative permeability and special core

an academic research and teaching

analysis, and the evolving science of

background, she was previously

unconventional petrophysics. During the

associated with the International

past 20 years, he has trained more than

Ocean Drilling Program for 7 years as

1,500 individuals, delivered more than

a logging staff scientist where she

150 commercial classes in more than

participated in 7 sea expeditions.

25 countries, and developed more than

During that time, she also instructed

15 industry courses. He was an adjunct

worldwide, complemented with

classes in geology and geophysics at

professor of geoscience and petroleum

budgeting, portfolio management, and

experience as a division health, safety,

the University of Montpellier where she

engineering at the University of Tulsa

training and mentoring. Prior to joining

and environment (HSE) manager and

participated in slimline logging data

prior to joining Schlumberger.

Schlumberger, she spent 22 years with

David Humphrey is the director of curriculum, drilling in North, Central, and South America, for the NExT oil and gas training and development program. As a licensed professional engineer with more than 35 years of experience in the upstream petroleum energy business, David has been associated with the NExT program since 2001. His experience includes well design and operations management, both at the project and division level for numerous complex onshore and offshore wells

Visit NExTtraining.net/classes for the latest calendar or to register for a course.

Jeannine Boubel Smith is the director of curriculum, management, economics, and finance, for the NExT oil and gas training and development program. She joined Schlumberger in 1999 and has held various technical and management roles since that time. Jeannine has expertise in petroleum economics, decision and risk analysis, Merak* planning, risk, and reserves software, planning and

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EXPERT NETWORK

large and small E&P companies where

in engineering geology from Ecole

assignments spanning geological/

Manuel Bramao is the director

she gained experience in management,

Nationale Superieure des Mines de

geophysical interpretation, workflow

of integrated programs, production

reservoir and production engineering,

Paris, Paris, France.

analysis, knowledge management,

technology, for the NExT oil and

program and project management,

gas training and development

and business consulting. Leslie, a

program. With more than 30 years of

certified PMP® (Project Management

industry experience, principally with

Professional) with more than 15 years

Schlumberger, he has integrated and

of managing projects in the oil and gas

led multidisciplinary teams in Latin

industry, and 9 years of experience

America, Europe, West Africa, North

in reservoir characterization and well

Africa, the Middle East, and the Far

planning, joined the NExT program

East on production engineering projects

in 2012 and is also coleader of the

related to production optimization and

Schlumberger Project Management

completions. These projects focused

Technical Community. She holds a BS

on well diagnosis, formation damage,

degree in geological sciences from the

stimulation (matrix treatments and

University of Texas at Austin.

hydraulic fracturing), and sand ACE™

field operations, acquisitions and divestitures, technical and business software, and integrated workflows. Her passion for the oil and gas business began as a roustabout and continued as a production engineer with Mobil after graduation. She holds a BS degree in petroleum engineering from Texas A&M University, is a registered professional engineer in the State of Texas, and also has an MEd degree with a specialization in global training and development.

Laurence Darmon is the director of curriculum, geology and geophysics, for the NExT oil and gas training and development program, and is also a principal geologist for Schlumberger. In his current position, he is responsible for technical content, new course development, instructor verification, and program creation for the geology and geophysics disciplines. His 38 years of experience in the oil and gas industry include both technical and management

completions. He has also been actively

positions in exploration, wellsite John Afilaka is the training manager,

operations, reservoir characterization,

Luis Carlos Jaramillo is the training

reservoir engineering in the NExT oil

and software development. He has

manager, information management,

and gas training and development

extensive global experience in North

for the NExT oil and gas training and

program. He joined Schlumberger

and South America, Europe, Africa,

development program. In 2009, he

in 1992 as a geotechnical engineer

the Middle East, Southeast Asia, and

began as an instructor and manager of

and has held various engineering

Australia. Laurence spent 7 years

the software and technical curriculum

and management positions in Data

with WesternGeco as manager of

for SIS in the area of information

and Consulting Services, NExT oil

reservoir characterization groups and

management. Prior to that time, he

and gas training program, and SIS

14 years in software design, creation,

was a senior consultant and project

in Europe, the US, South America,

and management, including 4 years as

manager with responsibilities for

the Middle East, and Africa. He

president of an independent company.

managing, delivering, and implementing

specializes in rock mechanics, reservoir

He holds BS and MS degrees in geology

information technology, petrotechnical

characterization, reservoir simulation,

and petroleum geology, respectively,

infrastructure, and E&P information

integrated reservoir studies, reservoir

from the University of London.

management solutions for the oil

modeling, and reserves estimation and risk analysis. John holds BS and MS degrees in mineral resources engineering and rock mechanics, respectively, from Imperial College, London, and MPhil and PhD degrees

4|

Leslie Warren is the director of curriculum, management studies, in the NExT oil and gas training and development program. She has worked for Schlumberger for 23 years in diverse

involved in production engineering training (designing, teaching, and supervising training programs and courses) and strategic planning of human resources, developing proficiency matrices, performing and analyzing competence assessments, and developing discipline training roadmaps. Manuel holds an MS degree in applied thermodynamics and fluid mechanics in mechanical engineering from the Technical University, Lisbon, Portugal.

industry. He holds a BS degree in

Marcelo Laprea-Bigott is the director

systems engineering from the District

of curriculum, reservoir engineering and

University of Bogota, Colombia and an

unconventional resources, for the NExT

MS degree in petroleum engineering

oil and gas training and development

with project management from the

program. He has been associated with

Heriot-Watt University.

the NExT program since 2001, serving

EXPERT NETWORK

as director of curriculum for reservoir

gas drainage, and waterflooding, as

has 22 years of experience, specializing

operations from floating rigs and

engineering, unconventional resources,

well as production optimization for

in hydrocarbon exploration, 2D and

deepwater rigs. He is considered

and competency assessments, in

gas life and liquid loading. Margarita

3D seismic structural interpretation,

a subject matter expert on drilling

addition to being the high-resolution

has broad experience in designing and

as well as interpolation by matching

hydraulics, multiphase flow, and well

tool business development manager

implementing production workflows

pursuit (IMAP) and modeling of

control. Steve holds a BS degree

in Schlumberger Oilfield Services. He

using SIS technology. She is also an

structural surfaces in the surface and

in electronics and an MS degree in

has 40 years of petroleum engineering

expert in applying artificial intelligence

subsoil, both in passive margins and

drilling engineering from Robert Gordon

experience, including teaching

to workover candidate recognition and

in compressive systems of tectonic

University in Aberdeen, Scotland.

undergraduate and graduate courses

virtual flowmeters. She holds a BS

complexes. Rafael has extensive

in well testing and heavy oil recovery

degree in petroleum engineering from

experience in field geology, and

methods at the Universidad de Oriente

the Universidad de America and an MS

integrating surface information with

in Venezuela and serving as visiting

degree in petroleum engineering from

subsurface information. His experience

adjunct professor at Texas A&M

the University of Texas at Austin.

extends to advising and consulting in

University and the University of Tulsa.

the areas of integrated interpretation,

He is also the former assistant director

orientated to the geosciences and

of the Energy Institute at Texas A&M University. In the Venezuela private sector, he served as founder, principal owner, and president of SIMUPET, C.A., a petroleum engineering consulting firm

Olegario Rivas is the director of curriculum, artificial lift and completions, for the NExT oil and gas training and development program. He

seismic interpretation, in addition working with groups of consultants in integrated management of assets.

Valmore Rodriguez is the director of curriculum, surface facilities and competency assessment, with the NExT oil and gas training and development program. His more than 30 years of oil and gas industry experience includes development of competency models for a large number of companies in the Americas, Europe, Asia, and Africa. Recently, he has focused on developing

began his career with REDA* electric submersible pumping systems and

Steve Nas is the training manager,

competency models, technical

Schlumberger in 1997 in the area of

Drillbench* dynamic drilling simulation

capability development, and teaching

artificial lift. In 2007, he became a

software, with the NExT oil and gas

for the oil and gas industry. Valmore

production engineering instructor with

training and development program. He

holds BS, MS, and PhD degrees in

the NExT program. Olegario has 40

has more than 35 years of experience

chemical engineering.

years of career experience in creating

in advanced drilling operations with

and developing new production

international and small independent

engineering technologies with an

oil companies, drilling contractors,

emphasis in the artificial lift area and

and service companies. Steve

well completions. From 1977 to 1997,

has worked as a wellsite drilling

he headed the Artificial Lift-Pumps

engineer for more than 17 years on

Margarita Campos is the training

group at the Intevep RD center of

land as well as offshore operations,

manager, production and Merak

PDVSA in Venezuela.

including deepwater drilling. He has

and Lamar C.A., an integrated oilfield tubulars management company. Dr. Marcelo has also been the president of S.A. Holditch-Venezuela. He holds a BS degree in petroleum engineering from the Universidad del Zulia, Venezuela and MS and PhD degrees in petroleum engineering from Texas A&M University, College Station, Texas.

been involved in underbalanced and

software, in the NExT oil and gas training and development program. She has 14 years of Schlumberger experience in production surveillance projects for shale gas, steam-assisted

Rafael Guevara is the director of curriculum, geology and geophysics, Latin America, for the NExT oil and gas training and development program. He


managed pressure drilling operations since 1995, including the first offshore underbalanced drilling operations and the first managed pressure drilling

|5

EXPERT NETWORK NExT OFFERINGS To meet the educational and career-advancement needs of oil

NExT Client Advisory Board

and gas professionals worldwide, and to enhance E&P professionals' core competencies, NExT offers

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comprehensive, customized training programs that fit the needs of your organization. Covering the entire breadth of the E&P domain, NExT builds development programs that span core industry disciplines and challenges.

materials to the highest standard, and ensuring that curricula evolve to embrace the latest technology advances.

By working with industry and university partners as well as client advisory board members, NExT continually incorporates emerging

By employing a comprehensive course- and instructor-

and industry-relevant concepts and technologies to its curricula.

evaluation system, NExT assures that a continuous quality

Its faculty has gained a wide variety of technical and regional

assurance (QA) process is in place and that faculty members

experiences that allows NExT to bring world-class expertise to

are technical experts as well as competent teachers.

address each customer's unique skills and training requirements.

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6| NExT Catalog-2014(21.5x27.5).indd 6

12/22/13 2:48 AM

HOW TO USE THIS CATALOG NExT’s curriculum provides courses for technical and nontechnical professional at all experience levels. The course matrix at the start of each discipline organizes the curriculum by course focus and competency level. You can use this matrix to find the right course and build your training plans. Software-intensive courses are marked

, and field courses are marked

and the courses with practical sessions are highlighted with

. Technical courses that use software have been marked

,

. There are some courses that use simulators and are highlighted with . All

NExT courses are available to be held at your location.

Discipline The discipline is listed at the top of the page. Each discipline has been assigned a different color.

Competency Level The courses have been designed for learners at different experience levels – Awareness, Foundation, Skill, and Advanced. The course descriptions inside stipulate the prerequisites for each course, which will help you determine whether the course’s experience level is right for you.

Technical Courses All technical courses are listed under their relevant discipline, on solid colored background corresponding to the subject color.



Course Focus These headings show the various sections in which the courses have been organized, under each discipline.

Software Courses All software courses are listed under their relevant discipline, on a lighter-colored background corresponding to the subject color.

|7 12/22/13 2:48 AM

E&P INTRODUCTION AND FUNDAMENTALS COMPETENCY LEVEL

Reservoir Characterization

Reservoir Production

Reservoir Management

SKILL Conducting an Integrated Reservoir Study

Integrated Approach to Optimize the Economy of the Asset Life Cycle

FOUNDATION Oil and Gas Asset Management

Mastering Finance for Non-Financial Oil and Gas Personnel

Fundamentals of Field Development Planning

Health, Saftey, and Environment in Exploration and Production

AWARENESS Introduction to Geology

Introduction to Drilling

Introduction to Petroleum Economics

Introduction to Geophysics

Introduction to Production Engineering

Introduction to Finance and Accounting in Oil and Gas

Introduction to Petrophysics

Introduction to Surface Facilities

Introduction to Geoscience

Introduction to Reservoir Engineering

Project Management for Team Members

Petroleum Technology

Petroleum Exploration and Production

8| NExT Catalog-2014(21.5x27.5).indd 8


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E&P INTRODUCTION AND FUNDAMENTALS Techlog

ProSource

Merak

PIPESIM

OFM

COMPETENCY LEVEL SOFTWARE

Petrel

SKILL ProSource Front Office Fundamentals

FOUNDATION Merak Peep Fundamentals and Merak Peep Decline Fundamentals Combined Course

PIPESIM Fundamentals

OFM Fundamentals Using Gas Operations Examples

OFM Fundamentals Using Oil and Waterflood Production Examples

AWARENESS Petrel Fundamentals

Software

Techlog Fundamentals




Field trips

Uses simulation

|9 12/22/13 2:48 AM

E&P INTRODUCTION AND FUNDAMENTALS Petroleum Exploration and Production

Petroleum Technology

Project Management for Team Members


Awareness – 4 Days




In this course, attendees will be introduced to the different phases of an OILÏlELDSÏLIFEÏCYCLEÏEXPLORATION ÏAPPRAISAL Ï WELLÏCONSTRUCTION ÏlELDÏDEVELOPMENT Ï and production. The attendees will gain ANÏOVERVIEWÏOFÏRESERVOIRÏANDÏlELDÏ%0Ï THROUGHÏEXERCISES ÏCLASSÏDISCUSSIONS Ï TEAMÏPRESENTATIONS ÏANDÏINTERACTIVEÏ CHALLENGESÏ4HEÏCOURSEÏINCLUDESÏAÏREVIEWÏ OFÏRELEVANTÏPRINCIPLESÏANDÏCONSIDERATIONÏ FROMÏAÏDOMAINÏPERSPECTIVEÏOFÏGEOLOGYÏ GEOPHYSICSÏPETROPHYSICSÏRESERVOIR Ï DRILLING ÏCOMPLETIONS ÏANDÏPRODUCTIONÏ ENGINEERINGÏANDÏPRODUCTIONÏOPERATIONSÏ Attendees will also learn about the lNANCIALÏIMPLICATIONSÏOFÏTHESEÏVARIOUSÏ phases and the role of professionals in each, as well as the functions of stakeholders.

This course presents attendees with a PRACTICALÏUNDERSTANDINGÏOFÏPETROLEUMÏ INDUSTRYÏTECHNOLOGYÏINÏANÏINTERESTING Ï EFFECTIVE ÏANDÏEFlCIENTÏMANNERÏ4OPICSÏ INCLUDEDÏAREÏTHEÏBASICSÏOFÏTHEÏINDUSTRYÏ FROMÏTERMINOLOGYÏTHROUGHÏBASICÏ TECHNOLOGYÏANDÏFROMÏGEOLOGYÏTHROUGHÏ SURFACEÏPROCESSINGÏOFÏTHEÏPETROLEUMÏ product. Attendees are placed in the POSITIONÏOFÏAÏRESERVOIRÏENGINEER ÏANDÏ h/URÏ2ESERVOIRvÏISÏDElNED ÏANALYZED Ï ANDÏPLACEDÏONÏPRODUCTIONÏFOLLOWEDÏBYÏ selecting drill sites. The attendees are then placed in the position of a drilling/ COMPLETIONÏENGINEER ÏANDÏTHEÏDRILLING COMPLETIONÏPROGRAMÏFORÏh/URÏ7ELLvÏISÏ ANALYZEDÏ4HEÏPURPOSEÏISÏTOÏDEVELOPÏANÏ UNDERSTANDINGÏOFÏTHEÏTECHNOLOGYÏANDÏ ITSÏAPPLICATIONS ÏANDÏTHEÏCONlDENCE Ï PROFESSIONALÏENTHUSIASMÏAND Ï THEREFORE ÏPRODUCTIVITYÏTHATÏCOMESÏWITHÏ that understanding.

4HISÏCOURSE ÏDELIVEREDÏBYÏAÏ0ROJECTÏ -ANAGEMENTÏ)NSTITUTEÏ0-) ÏEDUCATIONÏ PROVIDER ÏWILLÏPROVIDEÏATTENDEESÏWITHÏ the basic knowledge and skills required TOÏSUCCESSFULLYÏPARTICIPATEÏINÏANÏOILÏANDÏ GASÏPROJECTÏ4HISÏAWARENESSÏCOURSEÏISÏ DESIGNEDÏTOÏPROVIDEÏATTENDEESÏWITHÏANÏ INTRODUCTIONÏTOÏTHEÏCONCEPTSÏOFÏPROJECTÏ MANAGEMENTÏ!SÏSUCH ÏTHISÏCOURSEÏ PROVIDESÏAÏGOODÏBASISÏFORÏANYÏPERSONÏ SEEKINGÏFUTUREÏCAREERÏADVANCEMENTÏASÏAÏ TEAMÏLEADERÏORÏPROJECTÏMANAGERÏ)TÏALSOÏ ESTABLISHESÏAÏCOMMONÏLANGUAGEÏTHUS Ï FACILITATINGÏMOVESÏACROSSÏSEGMENTSÏ ORÏDEPARTMENTSÏ4HEÏCASEÏSTUDIESÏFORÏ APPLYINGÏTHEÏPROJECTÏMANAGEMENTÏ METHODOLOGYÏWILLÏUSEÏOILÏANDÏGASÏ EXAMPLES ÏANDÏCANÏBEÏTAILOREDÏFORÏANÏ ADDITIONALÏFEE ÏTOÏSPECIlCÏNEEDSÏOFÏAÏ CUSTOMERÏ4HEÏSTUDIESÏWILLÏBEGINÏWITHÏ CORRECTLYÏDElNINGÏTHEÏPROJECT ÏINCLUDINGÏ SCOPEÏANDÏREQUIREMENTS ÏANDÏEXTENDÏTOÏ PLANNING ÏIMPLEMENTINGÏTHEÏPLANÏANDÏ lNALLY ÏCLOSINGÏOUTÏTHEÏPROJECTÏ4HEÏCOURSEÏ FOLLOWSÏTHEÏGUIDELINESÏESTABLISHEDÏBYÏ THEÏ0-)ÏANDÏTHEIRÏ0ROJECTÏ-ANAGEMENTÏ "ODYÏOFÏ+NOWLEDGEÏ0-"/+®Ï'UIDE Ï 4HEÏCOURSEÏUSESÏAÏCOMBINATIONÏOFÏ TEACHINGÏCOMPONENTSÏTOÏENSUREÏDELEGATESÏ ABSORBÏBOTHÏTHEÏTHEORYÏANDÏTHEÏPRACTICALÏ application of the topics.

4HISÏ DAYÏCOURSEÏWILLÏENABLEÏATTENDEESÏ WHOÏDOÏNOTÏHAVEÏAÏlNANCIALÏBACKGROUNDÏ TOÏUNDERSTANDÏTHEÏBASICÏPRINCIPLES ÏTHEORY Ï ANDÏPRACTICEÏOFÏlNANCIALÏREPORTINGÏANDÏ ANALYSISÏINÏTHEÏUPSTREAMÏOILÏANDÏGASÏ INDUSTRYÏ#OURSEÏATTENDEESÏWILLÏLEARNÏ the sources and uses of accounting and lNANCIALÏINFORMATIONÏANDÏUNDERSTANDÏTHEÏ DIFFERENCESÏBETWEENÏCASHÏmOWÏFORÏPROJECTÏ ECONOMICSÏANDÏACCOUNTINGÏPROlTÏ"ASICÏ OILÏANDÏGASÏINDUSTRYÏACCOUNTINGÏPOLICIESÏ will be presented, as well as the general BUDGETINGÏANDÏlNANCIALÏPROCESSESÏOFÏAÏ TYPICALÏINTERNATIONALÏOILÏCOMPANY

COURSE CONTENT Q

%0ÏLIFEÏCYCLE

Q

&UNCTIONSÏOFÏCOMPANIESÏANDÏ personnel, and their roles and responsibilities

Q

Q

Technologies, processes, and WORKmOWSÏFORÏSUCCESSFULÏEXPLOITATION 0OLITICAL ÏENVIRONMENTAL ÏANDÏlNANCIALÏ ASPECTSÏOFÏTHEÏOILÏANDÏGASÏINDUSTRY

COURSE CONTENT Q

2ESERVOIRÏmUIDÏPROPERTIESÏ

Q

0ETROLEUMÏGEOLOGYÏANDÏRESERVOIRSÏ

Q

(YDROCARBONÏGENERATIONÏANDÏ occurrence

Q

2ESERVOIRÏmUIDÏDISTRIBUTIONÏANDÏmOWÏ characteristics

Q

4IGHTÏOILÏANDÏGASÏRESERVOIRSÏ

Q

%XPLORATIONÏTECHNOLOGYÏ

Q

(YDROCARBONÏRESERVOIRÏANDÏRESERVOIRÏ DEVELOPMENTÏPLANÏ

AUDIENCE %NTRY LEVELÏPROFESSIONALSÏOFÏALLÏDISCIPLINESÏ and nontechnical support staff who want ANÏINTRODUCTIONÏTOÏ%0 PREREQUISITE None

Q

Drilling engineering and operations

Q

7ELLÏCOMPLETIONÏANDÏPRODUCTIONÏ TECHNOLOGYÏ

Q

2ESERVOIRÏDEVELOPMENTÏPRACTICESÏ

Q

(YDROCARBONÏRECOVERYÏMECHANISMSÏ

Q

3URFACEÏPROCESSINGÏOFÏPRODUCEDÏmUIDS

PREREQUISITE #OURSEÏCONTENTSÏAREÏESSENTIALLYÏTHEÏ SAMEÏASÏTHOSEÏFORÏ0ETROLEUMÏ%NGINEERINGÏ 0RACTICESÏBUTÏPRESENTEDÏWITHÏMUCHÏLESSÏ MATHEMATICALÏANDÏTECHNICALÏDETAIL

10 | NExT Catalog-2014(21.5x27.5).indd 10

$ElNEÏAÏPROJECTÏANDÏPROJECTÏ MANAGEMENT

Q

$ElNEÏTHEÏDIFFERENCEÏBETWEENÏ PROJECTSÏANDÏOPERATIONALÏWORK

Q

%XPLAINÏTHEÏRELATIONSHIPÏOFÏTHEÏPROJECTÏ MANAGEMENTÏ4RIPLEÏ#ONSTRAINTÏTRIANGLE

Q

)DENTIFYÏTHEÏKEYÏCOMPONENTSÏOFÏTHEÏ PROJECTÏLIFEÏCYCLEÏANDÏEXPECTATIONSÏOFÏ TEAMÏMEMBERSÏINÏEACHÏPHASE

Q

)DENTIFYÏPROJECTÏSTAKEHOLDERSÏANDÏ their contributions

Q

$ElNEÏROLESÏANDÏRESPONSIBILITIESÏOFÏ PROJECTÏTEAMÏMEMBERS

Q

%XPLAINÏWHYÏWEÏAPPLYÏPROJECTÏ MANAGEMENTÏBESTÏPRACTICES

Q

$EVELOPÏAÏHIGH LEVELÏWORKÏPLAN ÏINCLUDINGÏ PROJECTÏACTIVITIESÏANDÏEFFORTÏESTIMATES

AUDIENCE -ANAGEMENT ÏADMINISTRATIVE ÏSECRETARIAL Ï lELDÏSUPPORT ÏACCOUNTING ÏPURCHASING Ï ECONOMICS ÏLEGAL ÏlNANCE ÏGOVERNMENT Ï HUMANÏRESOURCES ÏDRAFTING ÏLANDÏANDÏ data processing personnel, as well as INVESTORSÏANDÏROYALTYÏOWNERS

COURSE CONTENT Q

3OURCESÏANDÏUSESÏOFÏlNANCIALÏ INFORMATIONÏANDÏDATA

Q

&INANCIALÏINFORMATIONÏFORÏDECISION MAKINGÏ

Q

"ASICÏlNANCIALÏPRINCIPLESÏSUCHÏASÏTHEÏ BALANCEÏSHEETÏANDÏPROlTÏANDÏLOSSÏ

Q

#ASHÏmOWÏANDÏPROlT

Q

#ONTROLÏCASHÏmOWÏ

Q

4ECHNIQUESÏFORÏMEASURINGÏlNANCIALÏ PERFORMANCEÏ

Q

COURSE CONTENT Q

NEW

Oil and gas accounting and budget preparation and control

Q

2OLEÏOFÏlNANCIALÏPLANNINGÏ

Q

/PERATINGÏBUDGETÏVERSUSÏCAPITALÏ budget

Q

Budget preparation and control

AUDIENCE !NYONEÏDESIRINGÏANÏINTRODUCTIONÏTOÏBASICÏ lNANCIALÏPRACTICESÏANDÏPRINCIPLESÏINÏTHEÏOILÏ ANDÏGASÏINDUSTRY PREREQUISITE None

AUDIENCE !NYONEÏWITHÏAÏMINIMALÏBACKGROUNDÏINÏ PROJECTÏMANAGEMENTÏORÏSOMEONEÏWHOÏ desires an increased understanding of HOWÏTOÏPARTICIPATEÏSUCCESSFULLYÏINÏ AÏPROJECT PREREQUISITE None


12/22/13 2:48 AM

E&P INTRODUCTION AND FUNDAMENTALS Introduction to Geoscience







Awareness – 5 Days This course focuses on the basics of production engineering that attendees

introduces attendees to the classic and

correlations. The attendees will learn

Topics are production surface facilities

interactions. The attendees will learn about the role of production engineering

saleable products.

links between the three disciplines. This

downhole and on the surface.

COURSE CONTENT

actual situations.

COURSE CONTENT

COURSE CONTENT

the geoscience disciplines. COURSE CONTENT

perforations, and sand control Structural features Multilaterals

AUDIENCE

acquisition Data processing

Surface facilities

and gas

AUDIENCE

PREREQUISITE Basics of logging, logging tools,

of basic production processes and operations.

interpretation

PREREQUISITE None

AUDIENCE

AUDIENCE

wishing to understand the principles of

PREREQUISITE None

PREREQUISITE None

Software




Field trips

Uses simulation

| 11 12/22/13 2:48 AM

E&P INTRODUCTION AND FUNDAMENTALS Introduction to Petrophysics

Introduction to Geophysics

Introduction to Drilling






In this course, attendees are INTRODUCEDÏTOÏPETROPHYSICALÏPRINCIPLESÏ ANDÏTECHNIQUESÏTHROUGHÏHANDS ONÏ PHYSICALÏEXPERIMENTSÏTHATÏILLUSTRATEÏTHEÏ IMPORTANCEÏOFÏBASICÏRESERVOIRÏPROPERTIESÏ POROSITY ÏPERMEABILITY ÏRESISTIVITYÏOFÏOILÏ ANDÏWATER ÏANDÏCAPILLARYÏPRESSUREÏ4HEÏ COURSEÏTOPICSÏINCLUDEÏPETROPHYSICALÏROCKÏ TYPESÏINÏCONVENTIONALÏANDÏUNCONVENTIONALÏ RESERVOIRS ÏWIRELINEÏLOGGING ÏLOGGINGÏWHILEÏ DRILLINGÏ,7$ ÏPOREÏGEOMETRY ÏCORE ÏANDÏ coring processes. The attendees will DISCOVERÏHOWÏCONVENTIONALÏRESERVOIRÏ PROPERTIESÏDIFFERÏFROMÏ UNCONVENTIONALÏRESERVOIRS

This course introduces attendees to THEÏFUNDAMENTALSÏANDÏPRINCIPLESÏOFÏ VALUE ADDEDÏGEOPHYSICALÏANDÏSEISMICÏ APPLICATIONSÏINÏEXPLORATION ÏlELDÏ APPRAISAL ÏANDÏRESERVOIRÏMANAGEMENTÏ The attendees will gain a practical UNDERSTANDINGÏOFÏSEISMICÏACQUISITION Ï PROCESSING ÏIMAGING ÏINTERPRETATION ÏANDÏ EXTRACTIONÏOFÏGEOLOGICÏANDÏPETROPHYSICALÏ INFORMATIONÏINÏADDITIONÏTOÏLEARNINGÏTHEÏ practical issues and pitfalls that affect THEÏUSEÏOFÏSEISMICÏDATAÏINÏ%0ÏWORKmOWSÏ THROUGHÏDATAÏEXAMPLES ÏEXERCISES ÏANDÏ WORKSHOPSÏ%XAMPLESÏDEMONSTRATEÏ THEÏPRACTICALÏASPECTSÏOFÏSEISMICÏ INTERPRETATIONÏINVOLVINGÏSEISMICÏSTRUCTURALÏ MAPPING ÏSTRATIGRAPHICÏANALYSIS ÏANDÏ AMPLITUDEÏMETHODS

)FÏYOUÏWORKÏCLOSELYÏWITHÏDRILLINGÏ engineering, operations, or MANAGEMENT ÏTHISÏCOURSEÏWILLÏINCREASEÏ YOURÏUNDERSTANDINGÏOFÏTHEÏCONCEPTS Ï TERMINOLOGY ÏANDÏPROCESSESÏUSEDÏINÏ DRILLINGÏAÏWELLÏ4HEÏCOURSEÏPROVIDESÏAÏ COMPLETEÏOVERVIEWÏOFÏTHEÏWORKmOWÏ INVOLVEDÏINÏTHEÏDRILLINGÏOFÏOILÏANDÏ GASÏWELLS ÏFROMÏOFlCEÏTOÏWELLSITEÏ Attendees will also learn the roles and RESPONSIBILITIESÏINVOLVEDÏINÏAÏ drilling operation.

4HISÏBLENDED LEARNINGÏCLASSÏISÏANÏ EXCELLENTÏINTRODUCTIONÏFORÏTHEÏATTENDEESÏ TOÏTHEÏFUNDAMENTALSÏOFÏPETROLEUMÏ ECONOMICS ÏINCLUDINGÏREVENUE Ï EXPENDITURES ÏlSCALÏSYSTEMS ÏRISKÏ ANALYSIS ÏANDÏINVESTMENTÏANALYSISÏ4HEÏ BLENDED LEARNINGÏEXPERIENCEÏINCLUDESÏ QUESTIONSÏANDÏANSWERSÏFROMÏLEARNINGÏ MATERIAL ÏEXERCISES ÏCLASSÏDISCUSSIONS Ï TEAMÏPRESENTATIONS ÏANDÏANÏ INTERACTIVEÏCHALLENGE

COURSE CONTENT Q

Q Q

Q

0OROSITYÏBULKÏVOLUME ÏGRAINÏVOLUME Ï ANDÏPOREÏVOLUME 0ERMEABILITY 0OREÏGEOMETRYÏFUNDAMENTALSÏANDÏ IMPACTSÏINÏSANDSTONE ÏLIMESTONE ÏANDÏ DOLOMITE Core and coring operations

Q

2ESERVOIRÏPRINCIPLESÏANDÏMECHANICS

Q

5NCONVENTIONALÏRESERVOIRS

AUDIENCE Geoscientists, engineers, and technicians WHOÏPROVIDEÏPETROPHYSICALÏTECHNICALÏ SUPPORTÏINÏNEEDÏOFÏANÏINTRODUCTORYÏ UNDERSTANDINGÏOFÏPETROPHYSICALÏPRINCIPLES

Q

Q

2OLEÏOFÏGEOPHYSICSÏINÏ%0

Q

.ONSEISMICÏGEOPHYSICALÏTECHNIQUES

Q

7AVEÏPROPAGATION ÏREmECTIONÏ principles, and resolution

Q

3IGNALÏANALYSIS ÏGEOMETRY ÏANDÏ positioning

Q

!CQUISITIONÏIMPLEMENTATION Ï operations, and processing principles

Q

3EISMICÏINTERPRETATION ÏPROCESSINGÏ PRINCIPLES ÏANDÏWORKmOWS

Q

0RESTACKÏANALYSISÏANDÏSIGNALÏ CORRECTIONS ÏVELOCITYÏANALYSIS ÏSTATICÏ CORRECTIONS ÏANDÏMIGRATIONÏANDÏ IMAGING

Q

)NVERSIONÏANDÏATTRIBUTESÏANDÏ AMPLITUDEÏVSÏOFFSET

Q

-ULTICOMPONENTÏ# ÏTIME LAPSEÏ $ ÏANDÏBOREHOLEÏSEISMICÏDATA

Q

2OLEÏOFÏGEOPHYSICSÏINÏINTEGRATEDÏ RESERVOIRÏSTUDIES

AUDIENCE !NYÏ%0ÏPROFESSIONALÏWANTINGÏTOÏBETTERÏ UNDERSTANDÏTHEÏPRINCIPLESÏOFÏGEOPHYSICS

7ELLÏCONSTRUCTIONÏANDÏTHEÏROLEÏOFÏ DRILLINGÏINÏTHEÏ%0ÏLIFEÏCYCLE 7ELLÏDESIGN ÏINCLUDINGÏPLANNINGÏ and engineering, and the data and ANALYSISÏTECHNIQUESÏNEEDEDÏTOÏDESIGNÏ AÏQUALITYÏWELL

COURSE CONTENT Q

#ASHÏmOWÏBASICS

Q

#ALCULATINGÏREVENUE

Q

%STIMATINGÏEXPENDITURES

Q

&ISCALÏSYSTEMS

Q

2ISKÏANALYSIS

Q

)NVESTMENTÏANALYSIS

Q

0ETROLEUMÏECONOMICSÏCHALLENGEÏ INTERACTIVEÏEXERCISE

4ERMINOLOGYÏANDÏCONCEPTSÏUSEDÏ in the business of drilling, such as WELLÏTIMING ÏCOSTS ÏRISKS ÏANDÏ!&%Ï generation

AUDIENCE

Q

$RILLINGÏEQUIPMENTÏEXPLANATIONÏ $RILLINGÏRIGS ÏBITS ÏCASING ÏANDÏRIGÏmOORÏ EQUIPMENT

.ON lNANCIALÏPROFESSIONALSÏOFÏALLÏ LEVELSÏFROMÏTECHNICALÏANDÏNON TECHNICALÏ backgrounds.

Q

$IRECTIONALÏDRILLINGÏANDÏDEVIATIONÏ CONTROLÏEQUIPMENTÏANDÏTHEIRÏ operation, including unique characteristics of directional drilling

Q

PREREQUISITE None

Q

COURSE CONTENT

7IRELINEÏLOGGINGÏANDÏ,7$

Q

COURSE CONTENT

Q

Q

Q

PREREQUISITE None

7ELLSITEÏOPERATIONSÏ$RILLING ÏLOGGING Ï CASING ÏCEMENTING ÏANDÏCOMPLETIONS Drilling kicks and well control, INCLUDINGÏWELLÏCONTROLÏEQUIPMENT 2EAL TIMEÏDATAÏCOLLECTION ÏMONITORING Ï and interpretation techniques used during drilling operations

AUDIENCE %NTRY LEVELÏPROFESSIONALSÏOFÏALLÏDISCIPLINESÏ and nontechnical support staff. PREREQUISITE None

PREREQUISITE None



12/22/13 2:48 AM

E&P INTRODUCTION AND FUNDAMENTALS Introduction to Geology

Health, Safety, and Environment in Exploration and Production



Foundation – 3 Days


Mastering Finance for Non-Financial Oil and Gas Personnel NEW

Foundation – 2 Days This course will instruct attendees who

Attendees will be presented with an approach to working with and writing

understanding the basic principles,

based tasks, is designed to create a

of instruction, group discussions, and

of operating conditions at production

ensure that the attendees absorb both

COURSE CONTENT

COURSE CONTENT

occupational health plan, risk recognition, unsafe act, and

input for designing associated surface

of the topics, which will include learning how to interpret, understand, and act

will be introduced to all these concepts fractures

accounting topics, including depreciation,

Clastic and carbonate depositional

COURSE CONTENT COURSE CONTENT Sources, uses, data, and

Data acquisition and data use

Risk control

Traps and seals

Data integration principles

and occupational and disease Understanding the difference

policies natural threats, and preparation for

appraisal costs Understanding the nature and

AUDIENCE AUDIENCE AUDIENCE PREREQUISITE procedures.

None

PREREQUISITE

of engineers, geoscientists, and

Budget preparation and control

resources, other actual or potential asset AUDIENCE

PREREQUISITE

PREREQUISITE None

Software




Field trips

Uses simulation

| 13 12/22/13 2:48 AM

E&P INTRODUCTION AND FUNDAMENTALS Oil and Gas Asset Management

Integrated Approach to Optimize the Economy of the Asset Life Cycle

Conducting an Integrated Reservoir Study


Skill – 5 Days

Skill – 5 Days

Attendees will gain an understanding of THEÏENTIREÏOILÏCOMPANYÏDECISION MAKINGÏ PROCESSÏFROMÏINITIALÏNEWÏCOUNTRYÏENTRYÏ STRATEGYÏTOÏlELDÏABANDONMENTÏ4HISÏ course addresses the technical and business challenges as well as the INTERACTIONSÏWITHÏlSCALÏANDÏGOVERNMENTÏ BODIESÏ4OPICSÏINCLUDEÏTHEÏVALUEÏOFÏ INFORMATIONÏ6/) ÏINÏVARIOUSÏASPECTSÏ FROMÏEXPLORATIONÏTOÏPRODUCTION ÏASÏWELLÏ ASÏTHEÏTYPICALÏBUSINESSÏANDÏECONOMICSÏ FRAMEWORKSÏFORÏOILÏCOMPANIES

4ECHNIQUESÏTHATÏCANÏOPTIMIZEÏTHEÏ ECONOMICÏVALUEÏOFÏANÏASSETÏTHROUGHOUTÏ ITSÏLIFEÏCYCLEÏAREÏTHEÏFOCUSÏOFÏTHISÏ course. Theoretical and practical topics AREÏINCLUDED ÏASÏWELLÏASÏRISKÏANALYSIS Ï RELIABILITYÏENGINEERING ÏLIFE CYCLEÏ ECONOMICÏANALYSISÏPROBABILISTICÏANDÏ DETERMINISTIC ÏANDÏDECISION MAKINGÏ ANALYSISÏFORÏPRODUCTIONÏOPERATIONÏ ACTIVITIES

In this course, attendees conduct an INTEGRATEDÏRESERVOIRÏSTUDYÏFORÏTHEÏPURPOSEÏ OFÏOPTIMIZINGÏAÏRESERVOIRÏDEPLETIONÏPLANÏ ORÏINSTITUTINGÏ%/2ÏOPERATIONSÏ!TTENDEESÏ will understand the data that are required ANDÏTHEÏWORKmOWÏTHATÏSHOULDÏBEÏFOLLOWEDÏ TOÏENSUREÏAÏSUCCESSFULÏEVALUATION Ï in addition to learning techniques to CHARACTERIZEÏHYDROCARBONÏRESERVOIRS Ï BUILDÏAÏSTATICÏRESERVOIRÏMODEL ÏANDÏ IMPORTÏTHEÏSTATICÏMODELÏINTOÏAÏRESERVOIRÏ SIMULATORÏ$ISCUSSIONÏINCLUDESÏPROCEDURESÏ FORÏINTEGRATEDÏRESERVOIRÏEVALUATIONÏ ANDÏHOWÏTOÏIMPROVEÏPRODUCTIONÏRATES Ï ULTIMATEÏRECOVERY ÏANDÏlELDÏECONOMICSÏ BYÏIDENTIFYINGÏPOTENTIALÏFORÏINlLLÏDRILLING Ï RECOGNIZINGÏBYPASSEDÏHYDROCARBONS ÏANDÏ IMPROVINGÏ%/2ÏPROCESSÏEFlCIENCY

COURSE CONTENT Q

2ISKÏANALYSIS

Q

2ELIABILITYÏENGINEERING

COURSE CONTENT Q

Q

7ORLDWIDEÏOILÏANDÏGASÏSUPPLYÏANDÏ DEMAND ÏRESERVES ÏANDÏPRODUCTION

Q

%XPLORATIONÏPHASEÏOFÏTHEÏ%0ÏLIFEÏCYCLE Q

Q

%CONOMICS ÏlNANCIALÏPLANNING Ï APPRAISAL ÏANDÏlELDÏDEVELOPMENTÏ planning

Q

)NDUSTRYÏCHALLENGESÏANDÏTOUGHÏ PROBLEMSÏBYÏREGIONÏANDÏGEOGRAPHY

Q

Q

2EVIEWÏOFÏINDEPENDENTÏANDÏNATIONALÏ OILÏCOMPANIES

Q

Q

0ROSPECTÏRISKSÏANDÏCALCULATIONÏOFÏ EXPECTEDÏMONETARYÏVALUE

Q

2ESERVOIRÏDRIVEÏMECHANISMS ÏRECOVERYÏ FACTORS ÏANDÏPRODUCTIONÏPROlLES

Q

7ELLÏPLANNINGÏPROCESS ÏDRILLINGÏ PROBLEMS ÏANDÏSOLUTIONS

Q

2IGÏTYPESÏANDÏSELECTION ÏSITEÏ PREPARATION ÏDRILLINGÏSYSTEMSÏANDÏ EQUIPMENT ÏDRILLINGÏTECHNIQUES ÏANDÏ CASINGÏANDÏCEMENTING

Q

0RODUCTIONÏOPERATIONSÏ

Q

%CONOMICÏANDÏPLANNINGÏSCENARIOSÏ REmECTINGÏINVESTMENTÏCRITERIA ÏRISKÏ ANALYSIS ÏDECISIONÏTREES ÏANDÏ6/)

Q

2EVIEWÏOFÏOILlELDÏDEVELOPMENTÏ PROJECT

AUDIENCE

3TEPWISEÏAPPROACHÏTOÏIMPLEMENTÏ INTEGRATEDÏRISKÏRELIABILITYÏPRACTICES Integrated approach to asset OPTIMIZATIONÏTHROUGHOUTÏTHEÏLIFEÏ CYCLEÏ#ONCEPT ÏAPPLICATIONSÏANDÏ BENElTS ÏIMPLEMENTATION ÏANDÏTOOLKIT 3TATISTICSÏFORÏRISKÏANDÏRELIABILITYÏ ANALYSESÏ-ONTEÏ#ARLOÏSIMULATION

$ATAÏSOURCESÏFORÏRELIABILITYÏANALYSIS

Q

0RINCIPLESÏOFÏSUBSURFACEÏRISKÏANALYSIS

Q

0RINCIPLESÏOFÏPRODUCTIONÏPROCESSÏ RELIABILITYÏANALYSIS ÏANDÏANALYSISÏOFÏ actual case

Q

%CONOMICÏANALYSIS

Q

2ISK BASEDÏANALYSISÏOFÏASSETSÏ ECONOMICÏLIFEÏCYCLE

AUDIENCE %NGINEERSÏORÏOPERATIONSÏMANAGERSÏ INTERESTEDÏINÏAPPLYINGÏTHEÏPRINCIPLESÏOFÏ ECONOMICÏANALYSISÏTOÏASSETÏORÏ OPERATIONSÏOPTIMIZATION PREREQUISITE "ASICÏKNOWLEDGEÏOFÏRELIABILITYÏ ENGINEERING ÏRISKÏASSESSMENT ÏANDÏ ECONOMICÏANALYSIS

0RESSURE VOLUME TEMPERATUREÏ064 Ï CAPILLARYÏPRESSURE ÏANDÏVOLUMETRICÏ RESERVESÏESTIMATES

Q

2ESERVOIRÏDRIVEÏMECHANISMSÏANDÏ producing characteristics

Q

#ONVENTIONALÏDATAÏANALYSIS ÏPRESSUREÏ transient test, production data ANALYSIS ÏMATERIALÏBALANCEÏANALYSIS Ï ANDÏMOVINGÏDOMAINÏANALYSIS

Q

5PSCALINGÏINTERACTIVEÏPROCESSÏ INVOLVINGÏGEOSCIENTISTSÏANDÏENGINEERSÏ

Q

)NITIALIZINGÏTHEÏRESERVOIRÏMODEL

Q

)NTEGRATEDÏTEAMÏAPPROACHÏFORÏHISTORYÏ MATCHING

Q

0ERFORMANCEÏFORECASTING ÏRESERVOIRÏ OPTIMIZATIONÏANALYSIS ÏANDÏPARAMETRICÏ studies

Q

%CONOMICÏMODELINGÏANDÏOPTIMIZINGÏ THEÏRESERVOIRÏDEVELOPMENTÏPLAN

COURSE CONTENT Q

Q

5NCERTAINTYÏMANAGEMENT

Q

Q

/BJECTIVESÏOFÏINTEGRATEDÏRESERVOIRÏ studies Flow scale considerations for data MANAGEMENT

AUDIENCE 'EOSCIENTISTSÏANDÏPETROLEUMÏ engineers responsible for conducting COMPREHENSIVEÏRESERVOIRÏSTUDIES

Q

2ESERVOIRÏCHARACTERIZATIONÏANDÏ BUILDINGÏBLOCKSÏOFÏTHEÏSTATICÏMODEL

Q

3EISMICÏDATAÏANDÏWELLÏLOGSÏ

PREREQUISITE

Q

3TRUCTURALÏCOMPARTMENTSÏ

Q

&RACTUREDÏRESERVOIRÏINÏSITUÏSTRESSÏ

Q

&LUIDÏCONTACTÏDETERMINATIONÏ7ELLÏ LOGS ÏCAPILLARYÏPRESSURE ÏANDÏSEISMICÏ attributes

"ACKGROUNDÏINÏPETROLEUMÏENGINEERINGÏ ORÏGEOSCIENCESÏANDÏEXPERIENCEÏINÏ RESERVOIRÏSTUDIES

Q

2ESERVOIRÏHETEROGENEITYÏ

Q

3EDIMENTARYÏFACIESÏANALYSISÏ

Q

&LOWÏANDÏNONmOWÏUNITS

Q

$ATAÏINTEGRATIONÏANDÏ$ÏPROPERTYÏ MODELING

Q

2OLEÏOFÏGEOSTATISTICSÏINÏRESERVOIRÏ MODELINGÏ

!NYONEÏWANTINGÏANÏINCREASEDÏ UNDERSTANDINGÏOFÏTHEÏMANAGEMENTÏOFÏ%0Ï ASSETSÏSUCHÏASÏPROPERTIESÏANDÏlELDS PREREQUISITE None



12/22/13 2:48 AM

E&P INTRODUCTION AND FUNDAMENTALS Petrel Fundamentals







Foundation – 2 Days This course introduces attendees to

This course introduces a new user to geological data together. Attendees will

interact with a preprepared gas well

collaboration.

course centers on the attendee acting results. The attendee will learn how

intersections. The course also introduces

and the foundation utilities for loading,

integration and openness that allows users and the principles behind the application Model. The attendees will gain a general

software application. During the course, the attendees will learn how to use the

COURSE CONTENT

COURSE CONTENT

structure

COURSE CONTENT through line graphs to geographic

Basic plotting tools

process facilities

representations.

tools, and windows

COURSE CONTENT Surface editing and creation Grid building

reference points AUDIENCE

Data plotting

AUDIENCE technical personnel with no prior

AUDIENCE

PREREQUISITE None PREREQUISITE None PREREQUISITE other applications AUDIENCE

OFM software. PREREQUISITE None

Software




Field trips

Uses simulation

| 15 12/22/13 2:48 AM

E&P INTRODUCTION AND FUNDAMENTALS OFM Fundamentals Using Oil and Waterflood Production Examples

Merak Peep Fundamentals and Merak Peep Decline Fundamentals Combined Course

ProSource Front Office Fundamentals



Skill – 2 Days

This course introduces the attendees to THEÏPRIMARYÏFUNCTIONALITIESÏOFÏTHEÏ/&-Ï SOFTWAREÏBYÏALLOWINGÏTHEÏATTENDEESÏ to interact with a preprepared oil and WATERmOODÏPRODUCTIONÏPROJECTÏ4HEÏ course centers on the attendee acting ASÏAÏMEMBERÏOFÏAÏlCTIONALÏENGINEERINGÏ TEAM ÏCHARGEDÏWITHÏACCOMPLISHINGÏAÏ NUMBERÏOFÏCOMMONÏTASKSÏINÏTHEÏ/&-Ï SOFTWAREÏSUITEÏ4HEÏCOURSEÏCOVERSÏEACHÏ OFÏTHEÏREQUIREDÏTASKSÏ)NÏACCOMPLISHINGÏ THESEÏTASKSTHEÏATTENDEESÏAREÏEXPOSEDÏ TOÏTHEÏRANGEÏOFÏCOMMONÏFEATURESÏOFÏTHEÏ software application. During the course, the attendees will learn how to use the /&-ÏSOFTWAREÏASÏAÏ1!ÏTOOL ÏSEEKINGÏ DElCIENCIESÏINÏTHEÏDATAÏBEFOREÏUSINGÏTHEÏ PROJECTÏDATAÏTOÏILLUSTRATEÏPRIMARYÏANDÏ DERIVEDÏPERFORMANCEÏPARAMETERSÏ4HEÏ COURSEÏALSOÏCOVERSÏGRAPHICALÏDISPLAYÏ FEATURESÏRANGINGÏFROMÏTABULARÏPLOTSÏ THROUGHÏLINEÏGRAPHSÏTOÏ')3ÏMAP BASEDÏ representations.

!TTENDEESÏINÏTHISÏCOURSEÏWILLÏEXPLOREÏ THEÏFUNCTIONALITYÏOFÏTHEÏ-ERAKÏ0EEPÏ PETROLEUMÏECONOMICÏEVALUATIONÏPROGRAM Ï ANDÏDECLINEÏANALYSISÏMODULEÏ4HESEÏ SOFTWAREÏPACKAGESÏALLOWÏFORÏNAVIGATINGÏ EFlCIENTLYÏTHROUGHÏTHEÏCASEÏDOCUMENT Ï EDITINGÏEXISTINGÏDATA ÏANDÏANALYZINGÏ ECONOMICÏRUNS

Q

#REATE ÏEDIT ÏANDÏCOPYÏECONOMICÏCASEÏ DOCUMENTSÏ

This course introduces attendees to 0RO3OURCEÏDELIVERYÏSYSTEMÏ&RONTÏ/FlCE Ï ANÏEASY TO USEÏWEB BASEDÏAPPLICATIONÏ THATÏPROVIDESÏWORKmOW BASEDÏDATAÏ DELIVERYÏINÏTWOÏIMPORTANTÏMETHODSÏ 4HESEÏMETHODSÏEFlCIENTLYÏDELIVERÏLOGÏ DATAÏDIRECTLYÏINTOÏTHEÏ0ETRELÏANDÏ4ECHLOGÏ PLATFORMSÏBYÏMEANSÏOFÏPLUG INS ÏALLOWINGÏ USERSÏTOÏSEARCHÏANDÏVISUALIZEÏEXPORTINGÏ DATAÏFROMÏTHEÏ0RO3OURCEÏDELIVERYÏ SYSTEMÏTHROUGHÏAÏLIGHTWEIGHTÏWEBÏ INTERFACEÏ4HEÏ0RO3OURCEÏ&RONTÏ/FlCEÏ PACKAGEÏINTERFACESÏWITHÏ0RO3OURCEÏ,OGS Ï %NTERPRISE ÏANDÏ3EISMICÏSYSTEMS

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2EVIEWÏESSENTIALÏECONOMICÏINPUTSÏ

COURSE CONTENT

Q

#REATEÏlLTERSÏANDÏUSERÏPARAMETERSÏTOÏ EASILYÏSORTÏLARGEÏDATAÏVOLUMESÏ

COURSE CONTENT Merak Peep Fundamentals

Q

Q

Q

Q

-AINTAINÏCURRENTÏIN HOUSEÏANDÏVENDORÏ DATAÏTOÏUNDERSTANDÏPRODUCTIONÏLEVELSÏ

Q

"RIEmYÏWALKÏTHROUGHÏAÏFULLYÏ FUNCTIONINGÏPROJECT

)MPORTÏANDÏEXPORTÏPRODUCTIONÏHISTORYÏ

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2EVIEWÏPROJECTÏDATAÏANDÏCHECKÏFORÏ MISSINGÏVALUES

#REATEÏGROUPSÏANDÏSUMMARYÏWELLSÏTOÏ BETTERÏMANAGEÏWELLÏDATAÏ

Q

5SEÏlLTERSÏTOÏSCREENÏOUTÏUNWANTEDÏ ENTITIESÏFORÏANALYSIS

Q

Q

'ROUPÏPROJECTÏDATAÏATÏMULTIPLEÏLEVELSÏ

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#REATEÏCALCULATEDÏlELDSÏANDÏ CALCULATEDÏVARIABLES

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#REATEÏSINGLE ÏANDÏMULTIPLE WELLÏPLOTS

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#REATEÏANDÏFORMATÏWELLÏANDÏlELDÏ SUMMARYÏREPORTS

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%XPORTÏREPORTSÏANDÏTABLEÏDATAÏTOÏ other applications

AUDIENCE !NYONEÏRESPONSIBLEÏFORÏSETTINGÏUPÏ ANDÏMAINTAININGÏAÏPROJECTÏUSINGÏ OFM software.

Q

Merak Peep Decline Fundamentals

COURSE CONTENT Q

Use batch processes to edit or report MULTIPLEÏCASESÏSIMULTANEOUSLYÏANDÏ CALCULATEÏPRICEÏSENSITIVITYÏ

Q

Forecast production rates and VOLUMESÏ 0ERFORMÏBASICÏDECLINEÏANALYSISÏRATE TIMEÏCURVESÏANDÏCUMULATIVEÏCURVESÏ

)NITIATEÏTHEÏ0RO3OURCEÏ&RONTÏ/FlCEÏ DELIVERYÏSYSTEMÏANDÏNAVIGATEÏTHEÏ interface Search for and browse well INFORMATION ÏDEVIATIONÏSURVEYS Ï MARKERS ÏPERFORATIONS ÏCHECKSHOTÏ SURVEYS ÏCOREÏINTERVALS ÏVERTICALÏ SEISMICÏPROlLEÏ630 ÏSURVEYS ÏANDÏ SEISMICÏDATA

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/BSERVEÏTHEÏINTERRELATIONSHIPÏOFÏ 0RO3OURCEÏ&RONTÏ/FlCEÏDELIVERYÏ SYSTEMÏSOFTWARE

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5SEÏAÏVARIETYÏOFÏFEATURESÏINÏDIFFERENTÏ WINDOWS ÏINCLUDINGÏMAP ÏLOGÏVIEWER Ï LOGÏPASSÏVIEWER ÏEXTENDEDÏBINARYÏ CODEDÏDECIMALÏINTERCHANGEÏCODEÏ %"$)# ÏHEADER ÏANDÏTHEÏVISUALIZATIONÏ ANDÏROTATIONÏOFÏ$ÏDEVIATIONÏGRAPHICS

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%XPORTÏLOGÏDATAÏINTOÏSTANDARDÏ FORMATS ÏSUCHÏASÏLOGÏ!3#))ÏSTANDARD Ï LOGÏINFORMATIONÏSTANDARD ÏANDÏDIGITALÏ LOGÏINFORMATIONÏSTANDARDÏ,!3Ï,)3 $,)3

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$OWNLOADÏWELL Ï630 ÏANDÏSEISMICÏ DATAÏlLESÏANDÏASSOCIATEDÏDOCUMENTS

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4RANSFERÏDATAÏTOÏ0ETRELÏANDÏ4ECHLOGÏ PLATFORMSÏUSINGÏTHEÏASSOCIATEDÏ 0RO3OURCEÏ&RONTÏ/FlCEÏDELIVERYÏ SYSTEMÏPLUG IN

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,OGÏDATAÏANDÏASSOCIATEDÏDOCUMENTÏ DATAÏ3UBMITÏLOGÏFROMÏ0RO3OURCEÏ DELIVERYÏSYSTEMÏ&RONTÏ/FlCEÏSOFTWAREÏ TOÏ0RO3OURCEÏ,OGSÏMODULE

Q

"UILDÏEND USERÏWORKmOWS

AUDIENCE 'EOSCIENTISTS ÏPETROLEUMÏENGINEERS ÏDATAÏ MANAGERS ÏANDÏTECHNICALÏ)4ÏPERSONNELÏ WITHÏDATAÏMANAGEMENTÏDELIVERYÏ responsibilities. PREREQUISITE 'ENERALÏUNDERSTANDINGÏOFÏDATAÏDELIVERYÏ ANDÏDATAÏmOWÏPROCESSESÏREQUIREDÏ TOÏPERFORMÏPETROLEUMÏSUBSURFACEÏ interpretation studies.

AUDIENCE !NYONEÏNEEDINGÏTOÏDEVELOPÏORÏIMPROVEÏ THEIRÏSKILLÏANDÏUNDERSTANDINGÏOFÏPROJECTÏ ECONOMICSÏANDÏDECLINEÏCURVEÏANALYSISÏ PERFORMEDÏWITHÏTHEÏ-ERAKÏ0EEPÏANDÏ0EEPÏ $ECLINEÏMODULES PREREQUISITE 0ETROLEUMÏ%CONOMICSÏ&UNDAMENTALSÏORÏ EQUIVALENTÏKNOWLEDGE ÏINÏADDITIONÏTOÏANÏ UNDERSTANDINGÏOFÏBASICÏDECLINEÏANALYSISÏ TECHNIQUESÏANDÏTHEORY

PREREQUISITE None



12/22/13 2:48 AM

E&P INTRODUCTION FUNDAMENTALS OIL AND GASAND SOFTWARE TRAINING Today, E&P companies face numerous challenges—not only to explore and produce complex hydrocarbon environments, but also to keep technical staff trained to successfully approach and overcome those challenges.

Application t 5SBJOJOHJO4DIMVNCFSHFSQMBUGPSNTBOEGPVOEBUJPOTPGUXBSF

NExT is dedicated to the professional development of E&P industry professionals, accelerating the development of oil and gas professionals

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through competency management services, training programs, classroom

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instruction, mentoring, technical domain courses, and software training certification programs.

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Gain the expertise to meet today’s complex challenges Schlumberger understands that learning and adopting new technologies and workflows can be a huge challenge. NExT applies hands-on software instruction and domain training to relevant industry challenges such as

t 3FBDIIJHIFSMFWFMTPGQSPEVDUJWJUZXJUIBEWBODFEPS workflow-focused courses

Features t $PNCJOFEEPNBJOBOETPGUXBSFDPVSTFT GPDVTJOHPO industry challenges such as deepwater, shale, and heavy oil

deepwater, shale, and heavy oil exploration targets. NExT training on industry-standard Schlumberger software allows maximizing return on software investment by accelerating technology

exploration targets t 5SBJOJOHDFOUFSTBSPVOEUIFXPSMEUIBUPGGFSDPVSTFTJO state-of-the-art facilities

adoption among customers' technical staff. With software training that meets the needs of professionals with varying levels of experience, NExT

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empowers teams to reach higher levels of productivity with

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workflow-focused courses.

Hands-on training enables geoscientists to take full advantage of the advanced features and applications of Schlumberger software.

Software




Field trips

Uses simulation

| 17 12/22/13 2:48 AM

FIELD DEVELOPMENT PLANNING COMPETENCY LEVEL

Geology and Geophysics


Petrophysics


ADVANCED

Management and Economics Project Risk Analysis and Management

Reservoir Monitoring Solutions Workshop

Production Logging Solutions Workshop

Resources and Reserves Evaluation

Applied Production Logging and Reservoir Monitoring

SKILL

Applied Project Management –Oil and Gas

Advanced Integrated Reservoir Analysis

Applied Geostatistics for Petroleum Engineers and Geoscientists

Risk, Uncertainty and Decisions in E&P Projects

Integrated 3D Reservoir Modeling Workshop

Clastic Sedimentology for Exploration and Development

Intermediate Production Logging and Reservoir Monitoring


FOUNDATION Integrated Resevoir Analysis

Petroleum economics

Fundamentals of Reservoir Engineering

Well Placement Fundamentals

Development Geology

Project Management

Basic Reservoir Monitoring

Petroleum Decision and Risk Analysis

Basic Production Logging

Prospect Evaluation, Risks and Volumes

Basic Logging Methods and Formation Evaluation




12/22/13 2:48 AM

FIELD DEVELOPMENT PLANNING Avocet

ECLIPSE

MEPO

Merak

OFM

Techlog

COMPETENCY LEVEL ADVANCED

Techlog for Geologists

Petrel Property Modeling

Petrel Geological Workflows and Uncertainty Analysis

Petrel Structural Modeling

Petrel Well Deliverability

Petrel Velocity Modeling

Petrel Assisted History Matching and Uncertainty Analysis

Petrel Well Design

SKILL

Merak Decision Tool Kit and Merak Peep Monte Carlo

Avocet Integrated Asset Modeler Fundamentals

ECLIPSE Blackoil Reservoir Simulation

MEPO Introduction


SOFTWARE

Petrel

PIPESIM / INTERSECT

Introduction to INTERSECT


PIPESIM Gas Field Production Operations

FOUNDATION


Petrel Geology

Petrel Reservoir Engineering

Software




Field trips

Uses simulation

| 19 12/22/13 2:48 AM

FIELD DEVELOPMENT PLANNING Fundamentals of Field Development Planning Foundation – 5 Days

NEW

4HISÏlELDÏDEVELOPMENTÏPLANNINGÏ&$0 Ï COURSEÏPROVIDESÏATTENDEESÏWITHÏTHEÏ FUNDAMENTALÏAPPROACHÏTOÏWORKINGÏWITHÏANDÏ WRITINGÏANÏ&$0Ï4HEÏDOCUMENT ÏWHICHÏISÏ THEÏOUTPUTÏOFÏAÏSEQUENCEÏOFÏDECISION ÏANDÏ DISCIPLINE BASEDÏTASKS ÏISÏDESIGNEDÏTOÏ CREATEÏAÏDEVELOPMENTÏPLANÏ4HISÏPLANÏISÏ THEÏBASISÏFORÏAÏMETHODÏOFÏDEVELOPING Ï PRODUCING ÏANDÏMAINTAININGÏHYDROCARBONÏ resources, including surface design, and FORMSÏANÏINPUTÏFORÏDESIGNINGÏASSOCIATEDÏ SURFACEÏFACILITIESÏ#OMBINEDÏSUBSURFACEÏ ANDÏSURFACEÏDOCUMENTSÏFORMÏTHEÏBASISÏFORÏ lNANCIALÏDECISIONSÏ4HEÏATTENDEESÏWILLÏBEÏ INTRODUCEDÏTOÏALLÏTHESEÏCONCEPTSÏASÏTHEYÏ are applied in the process of creating AÏDEVELOPMENTÏPLANÏINÏRELATIONÏTOÏTHEÏ RESERVOIRÏLIFEÏCYCLE

Basic Logging Methods and Formation Evaluation






In this introduction to openhole data acquisition, interpretation concepts, and practices, attendees will learn the PRIMARYÏLOGGINGÏTOOLSÏUSED ÏTHEÏPHYSICSÏ OFÏHOWÏTHEÏMEASUREMENTSÏAREÏMADE ÏANDÏ BESTÏPRACTICESÏTOÏDETERMINEÏPOROSITYÏANDÏ water saturation. Topics include new HIGH TECHNOLOGYÏTOOLSÏANDÏTHEIRÏAPPLICATIONÏ TOÏCONVENTIONALÏANDÏUNCONVENTIONALÏ ENVIRONMENTS ÏINCLUDINGÏNUCLEARÏMAGNETICÏ RESONANCEÏ.-2 ÏLOGGINGÏWHILEÏDRILLINGÏ ,7$ ÏWIRELINEÏFORMATIONÏTESTING ÏANDÏ BOREHOLEÏIMAGINGÏ4HEÏATTENDEESÏWILLÏALSOÏ learn how to interpret actual log data in EXERCISESÏDESIGNEDÏTOÏSTRENGTHENÏYOURÏ understanding and interpretation skills.

0RODUCTIONÏLOGGINGÏTOOLSÏHAVEÏSPECIlCÏUSESÏ ASÏWELLÏASÏLIMITATIONSÏ!TTENDEESÏWILLÏLEARNÏ THEÏVARIOUSÏAPPLICATIONSÏFORÏTHESEÏTOOLS ÏTHEÏ INTERPRETATIONÏASSUMPTIONSÏTHATÏAREÏINTEGRALÏ TOÏTHEIRÏDESIGNS ÏANDÏHOWÏLOGÏQUALITYÏISÏ AFFECTEDÏBYÏTHEÏACQUISITIONÏPROCESSÏ(ANDS ONÏDEMONSTRATIONSÏTEACHÏTHEÏFUNDAMENTALSÏ of production log interpretation, and ANÏIN CLASSÏWORKSHOPÏFOCUSESÏONÏTHEÏ INTERPRETATIONÏOFÏSINGLE ÏANDÏTWO PHASEÏ mOWÏ$ISCUSSIONÏINCLUDESÏUSEÏOFÏTHESEÏLOGSÏ FORÏMEASURINGÏTHREE PHASEÏmOW

)NÏTHISÏCOURSE ÏATTENDEESÏWILLÏSTUDYÏTHEÏ BASICSÏOFÏlELDÏSURVEILLANCEÏANDÏRESERVOIRÏ MONITORINGÏWITHÏTOOLSÏSUCHÏASÏPULSEDÏ NEUTRONÏANDÏCARBONOXYGENÏLOGGINGÏ4HEÏ attendees will learn how these tools AREÏAPPLIEDÏTOÏDIAGNOSEÏRESERVOIR WIDEÏ BEHAVIORSÏOFÏWATERÏBREAKTHROUGH ÏGASÏCAPÏ MIGRATION ÏANDÏBEHIND PIPEÏCOMMINGLINGÏ)NÏ ANÏIN CLASSÏWORKSHOP ÏATTENDEESÏWILLÏLEARNÏ TOÏEVALUATEÏWATERÏANDÏGASÏSATURATIONSÏANDÏ DETERMINEÏRESISTIVITYÏBEHINDÏTHEÏCASING

COURSE CONTENT Q

COURSE CONTENT Q

2ESERVOIRÏMANAGEMENTÏPROCESS

Q

2ESERVOIRÏMANAGEMENTÏCONCEPTSÏANDÏ EXPERTISEÏSOURCESÏ

Q

4HEÏRESERVOIRÏMODEL

Q


Q

Data integration

Q

2ESERVOIRÏMONITORING ÏSURVEILLANCE ÏANDÏ CHARACTERIZATIONÏ

Q

0RESSUREÏPROlLINGÏINÏDEVELOPEDÏ RESERVOIRS

Q

2ESERVOIRÏROCK ÏSEDIMENTARYÏBASINS Ï rock properties, carbonates, clastics, shales, and diagenesis ,OGGINGÏOVERVIEW

Q

3PONTANEOUSÏPOTENTIALÏ30 ÏANDÏ GAMMAÏRAY

Q

0OROSITYÏLOGSÏ$ENSITY ÏNEUTRON ÏANDÏ acoustic

Q

2ESISTIVITYÏBASICS ÏDEEP READINGÏTOOLS Ï TRUEÏRESISTIVITY ÏSHALLOW READINGÏTOOLS Ï ANDÏmUSHED ZONEÏRESISTIVITY

COURSE CONTENT Q

)NmOWÏANDÏOUTmOWÏPERFORMANCEÏANDÏ PRODUCTIVITYÏINDEXÏFORÏOILÏANDÏGASÏWELLSÏ

Q

4OOLÏCONVEYANCEÏUSINGÏTRACTORSÏANDÏ coiled tubing

Q

Depth control in cased wells using GAMMAÏRAYÏANDÏCASINGÏCOLLARÏLOCATORÏ data

COURSE CONTENT Q

2ESERVOIR DRIVEÏMECHANISMSÏANDÏ ASSOCIATEDÏPRODUCTIONÏPROBLEMS

Q

2ESERVOIRÏmUIDÏPROPERTIESÏ'AS oil ratio, bubblepoint pressure, and THREE PHASEÏDIAGRAM

Q

4OOLÏCONVEYANCEÏUSINGÏTRACTORSÏANDÏ coiled tubing

Q

Depth control in cased hole wells USINGÏGAMMAÏRAYÏANDÏCASINGÏCOLLARÏ locator

Q

#OMPLETIONSÏFORÏVERTICAL ÏDEVIATED Ï HORIZONTAL ÏANDÏMULTILATERALÏWELLS

Q

0RESSURE CONTROLÏSYSTEMÏFORÏRIGLESSÏ operation

Q

#OMPLETIONSÏINÏVERTICAL ÏDEVIATED Ï HORIZONTAL ÏANDÏMULTILATERALÏWELLS

Q

2ESERVOIRÏmUIDSÏPROPERTIES ÏINCLUDINGÏ gas/oil ratio, bubblepoint pressure, ANDÏTHREE PHASEÏDIAGRAMS

Q

0RESSURE CONTROLÏSYSTEMÏFORÏRIGLESSÏ operation

Q

*USTIlCATIONÏFORÏPRODUCTIONÏLOGS

Q

2ESERVOIRÏDRIVEÏMECHANISMSÏANDÏ ASSOCIATEDÏPRODUCTIONÏPROBLEMS

Q

0ULSEDÏNEUTRONÏCAPTUREÏCROSS SECTIONÏ MODEÏANDÏCARBONOXYGENÏMODE

*USTIlCATIONÏOFÏPRODUCTIONÏLOGÏ acquisition

Q

!CQUISITIONÏOFÏFORMATIONÏRESISTIVITYÏINÏ cased hole

Q

3HALEÏVOLUMEÏCOMPUTATIONS

4HEÏ&$0

Q

1UICKLOOKÏMETHODS

Q

Q

&$0ÏCONCEPTS ÏRESERVOIRÏAPPRAISAL ÏANDÏ DEVELOPMENTÏPLANNING

Q

7ATERÏSATURATIONÏCOMPUTATIONSÏINÏTHEÏ presence of shale

Q

Q

#ASEÏSTUDY

Q

Carbonates and their challenges

Standard production logging tools

Q

Q

NMR

3LIMHOLEÏINDUCTIONÏLOGGINGÏINÏPLASTICÏ NONCONDUCTIVE ÏCASING

Q

4ECHNIQUESÏFORÏMEASURINGÏOIL ÏWATER Ï and gas rates

Q

Q

"OREHOLEÏIMAGING

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)NTERPRETATIONÏOFÏLOGSÏFORÏSINGLE ÏTWO Ï ANDÏTHREE PHASEÏPRODUCTION

7ORKSHOPÏ5SINGÏCAPTUREÏMODEÏFORÏ EVALUATINGÏWATERÏANDÏGASÏSATURATION

Q

7ORKSHOPÏ)NTERPRETINGÏBEHIND CASINGÏ RESISTIVITYÏLOGS

Q

AUDIENCE -ULTIDISCIPLINARYÏASSETÏTEAMSÏCONSISTINGÏ OFÏENGINEERS ÏGEOSCIENTISTS ÏANDÏMANAGERSÏ WHOÏAREÏINVOLVEDÏINÏORÏWILLÏBEÏINVOLVEDÏ INÏDEVELOPINGÏHYDROCARBONÏRESOURCES Ï ANDÏOTHERÏACTUALÏORÏPOTENTIALÏASSETÏTEAMÏ MEMBERS PREREQUISITE %NGINEERINGÏORÏGEOSCIENCEÏBACKGROUND


AUDIENCE 0ETROPHYSICISTS ÏGEOSCIENTISTS ÏENGINEERS Ï ANDÏLOGÏANALYSTSÏWANTINGÏTOÏINCREASEÏTHEIRÏ UNDERSTANDINGÏOFÏBASICÏLOGÏANALYSIS

AUDIENCE

PREREQUISITE

PREREQUISITE

!Ï YEARÏTECHNICALÏDEGREE

%NGINEERINGÏORÏGEOSCIENCEÏDEGREEÏ RECOMMENDEDÏASÏTHISÏCOURSEÏDEALSÏWITHÏ PRODUCTIONÏLOGGINGÏPHYSICS

Geoscientists or engineers responsible for interpreting production logs.

AUDIENCE Geoscientists or engineers responsible FORÏlELD WIDEÏSURVEILLANCEÏORÏRESERVOIRÏ MONITORINGÏPROGRAMS PREREQUISITE %NGINEERINGÏORÏGEOSCIENCEÏDEGREE


12/22/13 2:48 AM

FIELD DEVELOPMENT PLANNING Development Geology



Integrated Resevoir Analysis





4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏTHEÏ FUNDAMENTALÏSKILLSÏTOÏCONSTRUCTÏGEOLOGICÏ MODELSÏANDÏUNDERSTANDÏTHEÏFACTORSÏ THATÏAFFECTÏlELDÏOPERATIONSÏANDÏlELDÏ MANAGEMENTÏ4HEÏCOURSEÏCOVERSÏFROMÏTHEÏ gathering and interpretation of geologic data to the preparation of geologic MODELSÏTOÏTHEÏQUANTIlCATIONÏOFÏSUBSURFACEÏ UNCERTAINTY ÏINÏADDITIONÏTOÏAPPLYINGÏ GEOLOGICÏCONCEPTS ÏCONSTRUCTINGÏMAPSÏ ANDÏSECTIONS ÏANDÏVALIDATINGÏCOMPUTER generated interpretations. Also included AREÏCALCULATINGÏSUBSURFACEÏVOLUMESÏANDÏ assessing their uncertainties, preparing a well proposal, planning appraisal WELLS ÏANDÏASSESSINGÏTHEIRÏECONOMICÏ VALUEÏ!TTENDEESÏWILLÏACQUIREÏPRACTICALÏ EXPERIENCEÏBYÏWORKINGÏINÏTEAMSÏONÏANÏ ACTUALÏlELDÏSTUDY

This course introduces the concept of GEOLOGICALÏWELLÏPLACEMENTÏGEOSTEERING Ï ANDÏPROVIDESÏKNOWLEDGEÏOFÏTHEÏPROCESSESÏ and techniques that can be used to SUCCESSFULLYÏPLACEÏHIGH ANGLEÏANDÏ HORIZONTALÏWELLSÏUSINGÏGEOLOGICALÏANDÏ PETROPHYSICALÏDATAÏINÏREAL TIMEÏDURINGÏ DRILLINGÏ4HEÏMAINÏPURPOSEÏOFÏHIGH ANGLEÏ ANDÏHORIZONTALÏWELLSÏISÏTOÏMAXIMIZEÏ RESERVOIRÏCONTACTÏANDÏENHANCEÏWELLÏ PRODUCTIVITYÏ4OÏPLANÏANDÏCONSTRUCTÏSUCHÏ WELLSÏREQUIRESÏREAL TIMEÏCOLLABORATIONÏ BETWEENÏGEOLOGISTS ÏWHOÏNEEDÏQUALITYÏ FORMATIONÏEVALUATIONÏDATAÏDRILLERS ÏWHOÏ REQUIREÏCONSIDERABLEÏINPUTÏFROMÏTHEÏ GEOLOGISTSÏANDÏPETROPHYSICISTS ÏWHOÏ INTERPRETÏTHEÏFORMATIONÏEVALUATIONÏDATAÏ DURINGÏTHEÏDRILLINGÏPROCESSÏTOÏOPTIMIZEÏ WELLÏPLACEMENTÏ4HISÏPROCESSÏISÏGENERALLYÏ FACILITATEDÏBYÏTHEÏWELLÏPLACEMENTÏ COORDINATORÏ6ARIOUSÏTECHNOLOGIESÏINVOLVEDÏ INÏDIRECTIONALÏDRILLING ÏMEASUREMENT ÏANDÏ FORMATIONÏEVALUATIONÏWHILEÏDRILLINGÏAREÏ REVIEWEDÏ4HEÏTHREEÏDIFFERENTÏMETHODSÏ USEDÏTOÏGEOLOGICALLYÏPLACEÏHORIZONTALÏWELLSÏ are introduced and the applications are discussed.

#OURSEÏMATERIALÏFOCUSESÏONÏTHEÏCLASSICALÏ METHODSÏOFÏRESERVOIRÏENGINEERINGÏ !TTENDEESÏWILLÏLEARNÏTHEÏFUNDAMENTALÏ PRINCIPLESÏOFÏMULTIPHASEÏmUIDÏmOWÏANDÏ STUDYÏmUIDÏANDÏROCKÏCHARACTERISTICSÏ #ASEÏHISTORIESÏDEMONSTRATEÏENGINEERINGÏ concepts and actual situations.

This course focuses on the skills required for INTEGRATEDÏANALYSISÏOFÏROCK ÏPORE ÏANDÏmUIDSÏ DATAÏANDÏHOWÏTOÏSOLVEÏPROBLEMSÏASSOCIATEDÏ WITHÏIDENTIFYINGÏANDÏEXPLOITINGÏRESERVESÏ4HEÏ ATTENDEESÏWILLÏIMPROVEÏTHEIRÏUNDERSTANDINGÏ of pore scale interaction, including rock TEXTUREÏCHARACTERISTICSÏANDÏPETROPHYSICALÏ ROCKÏTYPINGÏTECHNIQUES ÏINÏADDITIONÏTOÏ LEARNINGÏHOWÏTOÏUSEÏPOREÏGEOMETRYÏTOOLSÏ SUCHÏASÏCOREÏANALYSISÏOFÏPOROSITYÏANDÏ PERMEABILITY ÏCAPILLARYÏPRESSURE ÏWETTABILITY Ï ANDÏRELATIVEÏPERMEABILITYÏ4HEÏATTENDEESÏ will also better understand how to integrate THESEÏMEASUREMENTSÏWITHÏWELLÏLOGÏ INFORMATIONÏTOÏPREDICTÏPETROPHYSICALÏROCKÏ TYPESÏANDÏmOWÏUNITS ÏPLUSÏGAINÏEXPERIENCEÏ WITHÏ.%X4Ï1UICK3CANÏANDÏQUICKLOOKÏ TECHNIQUESÏTHROUGHÏIN CLASSÏEXERCISES

COURSE CONTENT Q Q

Q

Q

Scope of oil and gas business 3UBSURFACEÏMODELS ÏINPUTÏDATA ÏANDÏ MODELINGÏCONCEPTS Gathering, processing, and INTERPRETINGÏSEISMICÏDATA 3TRUCTURALÏTYPES ÏTRAPS ÏFAULTÏSEALS Ï MAPSÏANDÏSECTIONS ÏANDÏCORRELATIONS

COURSE CONTENT

COURSE CONTENT

Q

&UNDAMENTALSÏOFÏRESERVOIRÏENGINEERINGÏ

Q

2ESERVOIRÏENVIRONMENTÏANDÏFORMATIONÏ properties

Q

2ESERVOIRÏPRESSURE ÏPRESSUREÏ gradients, and contacts

Q

2ELATIVEÏPERMEABILITY

Q

2ESERVOIRÏmUIDSÏPROPERTIES ÏmUIDÏmOW Ï ANDÏ$ARCYSÏLAW

Q

0RINCIPLESÏOFÏWELLÏTESTINGÏINÏRESERVOIRÏ CHARACTERIZATION

Q

2ESERVOIRÏDRIVEÏMECHANISMS

Q

7ATERÏINmUX

Q

$ECLINEÏCURVEÏANALYSISÏ

Q

$ETERMININGÏOFÏHYDROCARBONÏRESERVESÏ 6OLUMETRICÏMETHODÏ

Q

'EOLOGICALÏWELLÏPLACEMENTÏ

Q

2ESERVOIRÏGEOLOGYÏREVIEWÏ

Q

Directional drilling

2ESERVOIRÏENGINEERS ÏGEOLOGISTS ÏANDÏ GEOPHYSICISTS

Q

-EASUREMENTÏWHILEÏDRILLINGÏ

#ARBONATEÏRESERVOIRS

PREREQUISITE

Q

&ORMATIONÏEVALUATIONÏANDÏ,7$Ï

Q

3UBSURFACEÏDEVELOPMENTÏOPTIONS

Q

Q

6OLUMETRICSÏANDÏSUBSURFACEÏ uncertainties

!PPLICATIONSÏOFÏ,7$ÏMEASUREMENTSÏINÏ WELLÏPLACEMENTÏ

Q

!PPLICATIONSÏOFÏWELLÏPLACEMENTÏ METHODSÏ

#LASTICÏSEDIMENTARYÏENVIRONMENTS

Q

"ASICÏWELLÏTECHNOLOGY ÏHORIZONTALÏ wells, well data, log and core data, UNCERTAINTIES ÏANDÏMAPPING

Q

Q Q

3TATICÏANDÏDYNAMICÏMODELS Field operations, well design, and geologic input

Q

$EVELOPMENTÏOPTIONS ÏPROJECTÏ planning, and phased costs

Q

)MPACTÏOFÏSUBSURFACEÏUNCERTAINTYÏONÏ PROJECTÏECONOMICS

Q

PREREQUISITE

PREREQUISITE

"ASICÏUNDERSTANDINGÏOFÏRESERVOIRÏANDÏ PETROLEUMÏGEOLOGY

Geoscience or engineering degree.

Software



%NVIRONMENTSÏOFÏDEPOSITIONÏ Carbonates and clastics

Q

3CALEÏOFÏTHEÏPOREÏSYSTEMÏ#OREÏVERSUSÏ logs

Q

,AB MEASUREDÏPOROSITYÏANDÏ PERMEABILITY

Q

7INLANDÏ2ÏMETHODÏFORÏPETROPHYSICALÏ ROCKÏTYPE ÏWITHÏEMPHASISÏONÏPORE throat radius

Q

0ETROPHYSICALÏROCKÏTYPESÏ)MPACTÏOFÏ water saturation

Q

#APILLARYÏPRESSUREÏMEASUREMENTSÏ 0ORE THROATÏRADIUSÏANDÏWATERÏ SATURATIONÏABOVEÏFREEÏWATER

Q

&LOWÏUNITSÏ&LOWÏCAPACITYÏVERSUSÏ STORAGEÏCAPACITY

Q

(IGH mOWÏZONESÏANDÏBARRIERS

"ASICÏKNOWLEDGEÏOFÏPETROLEUMÏENGINEERINGÏ ANDÏGEOLOGY

AUDIENCE 'EOLOGISTS ÏGEOPHYSICISTS ÏENGINEERS ÏANDÏ PETROPHYSICISTSÏWANTINGÏTOÏLEARNÏIMPROVEDÏ INTERPRETATIONÏWORKmOWS

AUDIENCE

%NGINEERSÏANDÏGEOLOGISTSÏINVOLVEDÏ INÏRESERVOIRÏAPPRAISALÏANDÏ DEVELOPMENTÏPROJECTS

AUDIENCE

'EOLOGICALÏFRAMEWORKÏOFÏRESERVOIRS

Q

AUDIENCE

Case studies illustrating the use of the THREEÏWELLÏPLACEMENTÏMETHODSÏ

-ULTIDISCIPLINARYÏASSETÏTEAMSÏOFÏOPERATINGÏ COMPANIESÏCOMPRISINGÏMAINLYÏDRILLINGÏ ENGINEERS ÏRESERVOIRÏENGINEERS ÏANDÏ GEOSCIENTISTSÏWHOÏNEEDÏTOÏMAKEÏDECISIONSÏ REGARDINGÏTHEÏAPPLICABILITYÏANDÏBENElTSÏOFÏ IMPLEMENTINGÏAÏGEOLOGICALÏWELLÏPLACEMENTÏ PROCESSÏFORÏDRILLINGÏHORIZONTALÏANDÏ HIGH ANGLEÏWELLBORES

Q

Material balance applications

Q

Q

COURSE CONTENT


PREREQUISITE )NTERMEDIATEÏUNDERSTANDINGÏOFÏGEOLOGYÏANDÏ PETROPHYSICS

Field trips

Uses simulation

| 21 12/22/13 2:48 AM

FIELD DEVELOPMENT PLANNING Prospect Evaluation, Risks and Volumes

Project Management

Petroleum Economics

Petroleum Decision and Risk Analysis





2ISKÏANDÏVOLUMEÏASSESSMENTSÏFORMÏTHEÏ basis for decisions on whether to drill ORÏNOTÏDRILLÏAÏWELL ÏANDÏASÏSUCH ÏFORMÏTHEÏ LINKÏBETWEENÏSUBSURFACEÏEVALUATIONÏANDÏ THEÏBUSINESSÏASPECTSÏOFÏTHEÏPETROLEUMÏ INDUSTRYÏ4HISÏCOURSEÏEXPLAINSÏHOWÏRISKSÏ ANDÏVOLUMESÏCANÏBEÏASSESSEDÏINÏAÏREALISTICÏ MANNERÏBASEDÏONÏAÏSOUNDÏUNDERSTANDINGÏ of the geological details of the prospect as well as of its regional geological setting ANDÏCURRENTÏPLAYÏUNDERSTANDING

4HISÏCOURSEÏSATISlESÏTHEÏ0-0®ÏCERTIlCATIONÏ HOURÏTRAININGÏREQUIREMENT

4HEÏCOURSEÏTEACHESÏTHEÏFUNDAMENTALSÏ OFÏPETROLEUMÏECONOMICSÏASÏAPPLIEDÏTOÏ SELECTINGÏOILÏANDÏGASÏPROJECTS ÏINCLUDINGÏ AÏREVIEWÏOFÏTHEÏTIMEÏVALUEÏOFÏMONEYÏ concepts.

!TTENDEESÏWILLÏLEARNÏMULTIPLEÏAPPROACHESÏ TOÏMODELINGÏDECISIONSÏFORÏOILÏANDÏGASÏ PROJECTSÏ4HISÏCOURSEÏHIGHLIGHTSÏAÏPROVENÏ PROCESSÏANDÏTECHNOLOGYÏFORÏDECISIONÏ ANALYSISÏUSEDÏBYÏCOMPANIESÏWORLDWIDEÏ !NÏOVERVIEWÏINCLUDESÏFUNDAMENTALSÏANDÏ EXAMPLESÏOFÏDECISIONÏANALYSIS ÏDISCUSSIONÏ OFÏUNCERTAINTIESÏANDÏRISK ÏANDÏVARIOUSÏWAYSÏ TOÏINCORPORATEÏTHEMÏINÏOILÏANDÏGASÏPROJECTÏ EVALUATIONSÏ$ISCUSSIONSÏCOVERÏTHEÏUSEÏ OFÏSENSITIVITIES ÏDECISIONÏTREES ÏANDÏVALUEÏ OFÏINFORMATIONÏINÏBOTHÏDETERMINISTICÏANDÏ PROBABILISTICÏAPPROACHESÏTOÏEVALUATINGÏOILÏ ANDÏGASÏPROJECTS

At the conclusion of the course, the PARTICIPANTSÏWILLÏHAVEÏANÏEXCELLENTÏ understanding of the essentials required FORÏREALISTICÏRISKÏANDÏVOLUMEÏASSESSMENTSÏ OFÏEXPLORATIONÏPROSPECTSÏ4HEÏCOURSEÏ ALLOWSÏPARTICIPANTSÏTOÏPRODUCEÏWELL CONSIDEREDÏANDÏREALISTICÏASSESSMENTSÏFORÏ PROSPECTSÏINÏWHICHÏTHEYÏMAYÏBEÏINVOLVED Ï ANDÏTOÏUNDERSTANDÏANDÏCONSTRUCTIVELYÏ CHALLENGEÏRISKÏANDÏVOLUMEÏASSESSMENTSÏOFÏ COLLEAGUESÏANDÏPARTNERSÏORÏCOMPETITORS COURSE CONTENT Q

Q Q

2ISKÏANDÏVOLUMESÏASSESSMENTÏ FUNDAMENTALS 2ISKÏANDÏUNCERTAINTYÏDIFFERENCE 3TATISTICSÏFUNDAMENTALS ÏINCLUDINGÏ DISTRIBUTIONÏCURVES ÏEXPECTATIONÏ CURVES ÏADDINGÏANDÏNOTÏADDINGÏRISKÏ VOLUMES ÏANDÏ"AYESÏTHEOREM

In this course, attendees will gain IN DEPTHÏANDÏCOMPREHENSIVEÏEXPOSUREÏ TOÏTHEÏKEYÏSKILLSÏANDÏKNOWLEDGEÏTHEYÏ NEEDÏFORÏEFFECTIVEÏPROJECTÏMANAGEMENTÏ as described in the Association for 0-)gSÏh!0-Ï"ODYÏOFÏ+NOWLEDGEvÏANDÏ THEÏ0ROJECTÏ-ANAGEMENTÏ)NSTITUTESÏ h!Ï'UIDEÏTOÏTHEÏ0ROJECTÏ-ANAGEMENTÏ "ODYÏOFÏ+NOWLEDGEvÏ#OURSEÏINSTRUCTIONÏ ISÏTHROUGHÏAÏCOMBINATIONÏOFÏLECTURES Ï PRACTICALÏEXERCISES ÏANDÏINTERACTIVEÏ sessions. The attendees draw upon their OWNÏEXPERIENCESÏANDÏREAL WORLDÏEXAMPLESÏ TOÏENHANCEÏTHEÏLEARNINGÏEXPERIENCEÏ4HEÏ topics, disciplines, and enabling skills AREÏPROGRESSIVELYÏBUILTÏUPONÏANDÏLINKEDÏ TOÏTHEÏDEVELOPMENTÏOFÏCASEÏSTUDIESÏINÏAÏ TEAMÏENVIRONMENTÏ4HISÏCOURSE ÏTAUGHTÏ BYÏAÏ0-)ÏREGISTEREDÏEDUCATIONÏPROVIDER Ï PREPARESÏTHEÏATTENDEESÏFORÏTHEÏ0-)gSÏ0-0Ï CERTIlCATIONÏEXAMINATION COURSE CONTENT Q

0ROJECTÏlNANCIALÏAPPRAISALÏ

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3COPEÏMANAGEMENT ÏINCLUDINGÏWORKÏ DElNITIONÏ

Q

Q

4IMEÏMANAGEMENTÏ0LANNINGÏANDÏ scheduling #OSTÏMANAGEMENTÏ-ONITORINGÏANDÏ control

4RAP ÏRESERVOIR ÏSEAL ÏANDÏCHARGEÏ uncertainties

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2ISKÏMANAGEMENT

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#ONSISTENTÏANDÏREALISTICÏRISKÏESTIMATION

Q

0ROCUREMENTÏANDÏCONTRACTSÏ

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6OLUMEÏRANGEÏCALCULATIONSÏFORÏ PROSPECTSÏANDÏPORTFOLIOSÏOFÏPROSPECTSÏ PROSPECTÏVOLUMEÏSUMMATIONSÏFORÏAÏ correct representation of prospect portfolios

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Alliances and partners

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1UALITYÏ

Q

Q

'EOPHYSICALÏEVIDENCEÏINCORPORATED $()SÏINÏAÏREALISTICÏRISKÏASSESSMENT

AUDIENCE 'EOSCIENTISTSÏWORKINGÏINÏEXPLORATION Ï PROSPECTÏPORTFOLIOÏANALYSTSÏANDÏTHEIRÏDIRECTÏ SUPERVISORS ÏANDÏSTAFFSÏFROMÏDISCIPLINESÏ WORKINGÏCLOSELYÏWITHÏRESERVOIRÏENGINEERS Ï PETROPHYSICISTS ÏANDÏGEOPHYSICISTS

Q

(UMANÏRESOURCESÏMANAGEMENT

Q

0ROJECTÏSUCCESSÏANDÏFAILURE

AUDIENCE 0ROJECTÏENGINEERS ÏSUPERVISORS Ï ANDÏPROJECTÏLEADERSÏSEEKINGÏTOÏ increase their knowledge of PROJECTÏMANAGEMENT PREREQUISITE None

COURSE CONTENT Q

)NTRODUCTIONÏTOÏPETROLEUMÏECONOMICS

Q

&ORECASTINGÏPRODUCTIONÏVOLUMES

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%NTERINGÏANDÏUSINGÏPRODUCTÏPRICES

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#ALCULATINGÏROYALTYÏANDÏINTEREST

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5NDERSTANDINGÏOPERATINGÏEXPENSES Ï CAPITALÏINVESTMENTS ÏDEPRECIATION ÏANDÏ TAXES

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5NDERSTANDINGÏINmATION ÏESCALATION Ï and discounting

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$ECISIONÏANDÏRISKÏANALYSIS ÏINCLUDINGÏ decision criteria

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#ALCULATINGÏCASHÏmOW ÏECONOMICÏ INDICATORS ÏANDÏNETÏPRESENTÏVALUE

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Q

5NDERSTANDINGÏWORLDWIDEÏlSCALÏ SYSTEMS

$ECISIONSÏ(OWÏTOÏADDRESSÏTHEMÏAND Ï MOREÏIMPORTANTLY ÏHOWÏNOTÏTOÏADDRESSÏ THEM

Q

Q

0ERFORMINGÏINCREMENTALÏANALYSIS

Q

3ELECTINGÏPROJECTS

%SSENTIALSÏOFÏUNCERTAINTY ÏRISK Ï PROBABILITY ÏANDÏSTATISTICS ÏINCLUDINGÏ CHOOSINGÏDISTRIBUTIONÏTYPESÏANDÏ ELIMINATINGÏBIAS

AUDIENCE

Q

$ECISIONÏANALYSISÏPROCESS

!NYONEÏWANTINGÏAÏFUNDAMENTALÏKNOWLEDGEÏ OFÏPETROLEUMÏECONOMICS

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5PSTREAMÏOILÏANDÏGASÏDECISIONÏMODELS

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$ECISIONÏANALYSISÏANDÏ RECOMMENDATIONÏOPTIONS

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+EYÏUNCERTAINTIES

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3IMPLEÏDECISIONÏMODELSÏWITHÏ DETERMINISTICÏANALYSIS

Q

#OMPLEXÏDECISIONÏMODELSÏWITHÏ PROBABILISTICÏANALYSIS

COURSE CONTENT

PREREQUISITE None

Q

Case studies

Q

'ROUPÏPROBLEM

AUDIENCE 'EOSCIENTISTS ÏENGINEERS ÏCOMMERCIALÏ TEAMÏMEMBERS ÏORÏANYONEÏWANTINGÏTOÏ INCORPORATEÏUNCERTAINTYÏANDÏRISKÏINTOÏ MODELSÏOFÏOILÏANDÏGASÏDECISIONS PREREQUISITE 0ETROLEUMÏ%CONOMICSÏCOURSEÏWITHÏSOMEÏ EXPERIENCEÏINÏPROJECTÏDECISIONÏMAKINGÏANDÏ RISKÏANALYSIS

PREREQUISITE +NOWLEDGEÏOFÏBASICÏPETROLEUMÏGEOLOGYÏ ASÏRELATEDÏTOÏEXPLORATIONÏ!ÏKNOWLEDGEÏOFÏ BASICÏPETROLEUMÏECONOMICSÏISÏHELPFULÏBUTÏ not required.



12/22/13 2:48 AM

FIELD DEVELOPMENT PLANNING Applied Geostatistics for Petroleum Engineers and Geoscientists

Applied Project Management—Oil and Gas


Skill – 5 Days

Skill – 5 Days

Skill – 10 Days

The focus of this course is to produce a CONSISTENTÏRESERVOIRÏDESCRIPTIONÏTHROUGHÏ INTEGRATIONÏOFÏCORE ÏWELLÏLOG ÏANDÏSEISMICÏ data and application of geostatistical techniques. Attendees will learn the RESERVOIRÏMODELINGÏWORKmOW ÏFROMÏ CONSTRUCTIONÏOFÏTHEÏ$ÏSTATICÏRESERVOIRÏ MODELÏTHROUGHÏUPSCALINGÏFORÏDYNAMICÏ RESERVOIRÏSIMULATION ÏINÏADDITIONÏTOÏ INCREASINGÏYOURÏAWARENESSÏOFÏGEOSTATISTICSÏ ANDÏTHEÏSITUATIONSÏTHATÏCANÏBENElTÏFROMÏ application of geostatistical techniques. Instruction includes guidance through ASSEMBLYÏANDÏANALYSISÏOFÏTHEÏREQUIREDÏ data for geostatistical techniques and the resulting NUMERICALÏMODELS

4HEÏFOCUSÏOFÏTHISÏCOURSEÏISÏDELIVERYÏOFÏ PROJECTÏMANAGEMENTÏTECHNIQUESÏFORÏ ESTIMATING ÏPLANNING ÏMANAGING ÏANDÏ CONTROLLINGÏANÏOILÏANDÏGASÏPROJECTÏ)TÏ EXTENDSÏTOÏIDENTIlCATION ÏASSESSMENT Ï ANDÏCONTROLÏOFÏQUALITATIVEÏRISKS ÏASÏWELLÏASÏ QUANTITATIVEÏRISKÏANALYSISÏUSINGÏTHEÏBASICSÏ OFÏPROBABILITYÏ$ELIVEREDÏINÏAÏWORKSHOPÏ STYLE ÏTHEÏCOURSEÏCOMBINESÏLECTURESÏONÏ HOWÏTOÏDEVELOPÏRELEVANTÏESTIMATES ÏPLANS Ï ANDÏRISKÏANALYSISÏWITHÏTHEÏCOURSEÏCASEÏ STUDYÏPROJECTÏ4HEÏWORKSHOPÏFORMATÏCANÏ BEÏADAPTEDÏTOÏDEVELOPÏESTIMATES ÏPLANS Ï ANDÏRISKÏANALYSESÏASÏDELIVERABLESÏFORÏ CLIENT SPECIlCÏPROJECTSÏ!LLÏTERMSÏANDÏ TECHNIQUESÏUSEDÏAREÏCOMPATIBLEÏWITHÏTHEÏ 0-)gSÏ!Ï'UIDEÏTOÏTHEÏ0ROJECTÏ-ANAGEMENTÏ "ODYÏOFÏ+NOWLEDGE

5SINGÏAÏSUBSURFACEÏINTEGRATIONÏMODELÏCANÏ RESOLVEÏRESERVOIRÏPROBLEMSÏTHATÏRANGEÏFROMÏ PETROPHYSICALÏROCKÏTYPINGÏTOÏLOGÏANALYSISÏ In this course, attendees will learn how TOÏPERFORMÏANÏINTEGRATEDÏANALYSISÏOFÏROCK Ï PORE ÏANDÏmUIDSÏDATAÏANDÏHOWÏTOÏSOLVEÏ PROBLEMSÏASSOCIATEDÏWITHÏIDENTIFYINGÏANDÏ EXPLOITINGÏRESERVESÏ4HEÏATTENDEESÏWILLÏ APPLYÏTOOLSÏFORÏANALYSISÏOFÏTHEÏUNDERLYINGÏ UNCERTAINTYÏANDÏASSUMPTIONSÏUSEDÏINÏMANYÏ RESERVOIRÏANALYSISÏTECHNIQUES ÏINÏADDITIONÏ TOÏLEARNINGÏHOWÏTOÏIDENTIFYÏLITHOLOGICÏ ZONESÏANDÏmUIDÏTYPESÏFROMÏLOGÏDATA ÏFOLLOWÏ SIMPLEÏPROCEDURESÏFORÏRAPIDÏANDÏACCURATEÏ INTERPRETATION ÏANDÏAPPLYÏCORRELATIONSÏ TOÏCOREÏANDÏPETROPHYSICALÏROCKÏTYPEÏ ZONATIONÏTOÏUPSCALEÏLOGÏDATAÏFORÏRESERVOIRÏ SIMULATIONÏAPPLICATIONSÏ#OURSEÏMATERIALSÏ COVERÏADVANCEDÏINTERPRETATIONÏFORÏBETTERÏ UNDERSTANDINGÏOFÏDATASETÏLIMITATIONSÏANDÏ MEASUREMENTÏREQUIREMENTSÏFORÏEFFECTIVEÏ RESERVOIRÏDEVELOPMENTÏANDÏRESERVOIRÏ DRIVEÏMECHANISMS ÏRECOVERYÏFACTOR ÏANDÏ SIMULATIONÏMODELSÏ4HEÏATTENDEESÏWILLÏ GAINÏEXPERIENCEÏWITHÏ.%X4Ï1UICK3CANÏANDÏ quicklook techniques through IN CLASSÏEXERCISES

COURSE CONTENT Q

Q

"ASICÏPROBABILITYÏTHEORYÏANDÏUNIVARIATEÏ ANDÏBIVARIATEÏSTATISTICSÏ Geologic content of data and spatial CONTINUITYÏOFÏROCKÏPROPERTIESÏUSINGÏ VARIOGRAMÏANALYSIS

COURSE CONTENT Q

4ERMS ÏPROCESSES ÏANDÏSTAGEÏGATEÏ REVIEWSÏINÏCAPITALÏVALUEÏPROCESS

Q

0-)ÏPROCESSESÏFORÏMANAGEMENTÏOFÏOILÏ ANDÏGASÏPROJECTS

Q

%STIMATIONÏMETHODS ÏINCLUDINGÏVARIOUSÏ TYPESÏOFÏKRIGING

Q

$ECISION SUPPORTÏREPORTSÏANDÏ DOCUMENTS

Q

3IMULATIONÏMETHODS ÏINCLUDINGÏ SEQUENTIALÏ'AUSSIANÏSIMULATIONÏANDÏ INDICATORÏSIMULATION

Q

0ROJECTÏLIFEÏCYCLEÏDElNITIONSÏANDÏ ESTIMATIONS

Q

3COPEÏMANAGEMENTÏANDÏWORKÏ breakdown structures

Q

Q

!DVANCEDÏGEOSTATISTICALÏTECHNIQUES Ï INCLUDINGÏOBJECTÏMODELINGÏANDÏ SIMULATEDÏANNEALING Techniques for upscaling and data INTEGRATIONÏ$ÏSEISMICÏANDÏPRODUCTIONÏ DATA

Q

Q

Q

AUDIENCE 0RACTICINGÏRESERVOIRÏENGINEERS ÏPRODUCTIONÏ engineers, and geoscientists working ASÏAÏPARTÏOFÏANÏINTEGRATEDÏRESERVOIRÏ MANAGEMENTÏTEAM

"ASICÏPROJECTÏCOSTÏANDÏPROGRESSÏ recording

)NTEGRATEDÏRESERVOIRÏANALYSISÏOVERVIEWÏ and case histories

Q

0ETROPHYSICALÏROCKÏTYPESÏANDÏmOWÏUNITS

Q

0RINCIPLESÏOFÏSATURATIONÏDISTRIBUTIONÏ ANDÏCAPILLARYÏPRESSUREÏFROMÏLABORATORYÏ data

Q

1UICKLOOKÏANALYSISÏANDÏINTERPRETATIONÏ techniques

Standard software for risk MANAGEMENTÏANDÏQUALITATIVEÏANDÏ QUANTITATIVEÏRISKÏASSESSMENTS

Q

-ONTEÏ#ARLOÏMETHODSÏANDÏEXPECTEDÏ MONETARYÏOUTCOME

Q

2ISK ÏEARNEDÏVALUE ÏANDÏRISK BASEDÏ forecasts

Q

3TAKEHOLDERÏANALYSISÏANDÏMANAGEMENTÏ skills

Q

0ROJECTÏANDÏBASELINEÏREVIEWS

PREREQUISITE +NOWLEDGEÏOFÏBASICÏMATHEMATICS

Q

2ISKÏMITIGATIONÏSTRATEGIES ÏPRELIMINARYÏ CONTINGENCYÏLEVELS ÏANDÏCRITICALÏ VARIABLES

Saturation calculations

Q

4OOLÏCORRECTIONSÏFORÏRESISTIVITYÏANDÏ mUSHEDÏZONEÏ2XO ÏMEASUREMENTS ÏANDÏ tornado chart corrections

Q

0OROSITYÏMEASUREMENTSÏSONIC Ï NEUTRON ÏANDÏDENSITY

Q

#APILLARYÏPRESSUREÏANDÏELECTRICALÏROCKÏ properties

Q

1UICKLOOKÏCARBONATEÏANDÏSHALYÏSANDÏ ANALYSISÏ

Q

!DVANCEDÏLOGÏANALYSIS

AUDIENCE 0ETROPHYSICISTS ÏGEOSCIENTISTS ÏANDÏ ENGINEERSÏRESPONSIBLEÏFORÏRESERVOIRÏ CHARACTERIZATIONÏWHOÏRELYÏONÏCOREÏ interpretation and other integrated PETROPHYSICALÏDATAÏFORÏDECISIONSÏANDÏ ANALYSES PREREQUISITE Basic understanding of geological concepts ANDÏRESERVOIRÏCHARACTERIZATION

COURSE CONTENT

Use of Microsoft®Ï0ROJECTÏINÏPROJECTÏ planning and control

Q

Q

AUDIENCE /ILÏANDÏGASÏINDUSTRYÏPROJECTÏMANAGEMENTÏ professionals. PREREQUISITE 0ROJECTÏ-ANAGEMENTÏCOURSEÏORÏ0-)Ï0-0Ï #ERTIlCATEÏORÏÏYEARSÏOFÏEXPERIENCEÏINÏ PROJECTÏMANAGEMENT

Software




Field trips

Uses simulation

| 23 12/22/13 2:48 AM

FIELD DEVELOPMENT PLANNING Conducting an Integrated Reservoir Study


Skill – 5 Days

Skill – 5 Days

In this course, attendees conduct an INTEGRATEDÏRESERVOIRÏSTUDYÏFORÏTHEÏPURPOSEÏ OFÏOPTIMIZINGÏAÏRESERVOIRÏDEPLETIONÏPLANÏ ORÏINSTITUTINGÏ%/2ÏOPERATIONSÏ!TTENDEESÏ will understand the data that are required ANDÏTHEÏWORKmOWÏTHATÏSHOULDÏBEÏFOLLOWEDÏ TOÏENSUREÏAÏSUCCESSFULÏEVALUATION Ï in addition to learning techniques to CHARACTERIZEÏHYDROCARBONÏRESERVOIRS Ï BUILDÏAÏSTATICÏRESERVOIRÏMODEL ÏANDÏ IMPORTÏTHEÏSTATICÏMODELÏINTOÏAÏRESERVOIRÏ SIMULATORÏ$ISCUSSIONÏINCLUDESÏPROCEDURESÏ FORÏINTEGRATEDÏRESERVOIRÏEVALUATIONÏ ANDÏHOWÏTOÏIMPROVEÏPRODUCTIONÏRATES Ï ULTIMATEÏRECOVERY ÏANDÏlELDÏECONOMICSÏ BYÏIDENTIFYINGÏPOTENTIALÏFORÏINlLLÏDRILLING Ï RECOGNIZINGÏBYPASSEDÏHYDROCARBONS ÏANDÏ IMPROVINGÏ%/2ÏPROCESSÏEFlCIENCY COURSE CONTENT Q

Q

Q

/BJECTIVESÏOFÏINTEGRATEDÏRESERVOIRÏ studies Flow scale considerations for data MANAGEMENT 2ESERVOIRÏCHARACTERIZATIONÏANDÏBUILDINGÏ BLOCKSÏOFÏTHEÏSTATICÏMODEL

Q


Q


Q


Q


Q


Q


Q


Q


Q



Q

064 ÏCAPILLARYÏPRESSURE ÏANDÏVOLUMETRICÏ RESERVESÏESTIMATES

Q


Q


Q


Q


Q


Q

Q

0ERFORMANCEÏFORECASTING ÏRESERVOIRÏ OPTIMIZATIONÏANALYSIS ÏANDÏPARAMETRICÏ studies %CONOMICÏMODELINGÏANDÏOPTIMIZINGÏTHEÏ RESERVOIRÏDEVELOPMENTÏPLAN

AUDIENCE 'EOSCIENTISTSÏANDÏPETROLEUMÏENGINEERSÏ RESPONSIBLEÏFORÏCONDUCTINGÏCOMPREHENSIVEÏ RESERVOIRÏSTUDIES PREREQUISITE

4HISÏCOURSEÏCOVERSÏTHEÏFUNDAMENTALSÏ OFÏCLASTICÏSEDIMENTOLOGYÏATÏSCALESÏFORÏ BOTHÏREGIONALÏEXPLORATIONÏANDÏDETAILEDÏ RESERVOIRÏCHARACTERIZATIONÏ2EVIEWSÏOFÏ THEÏMAINÏTYPESÏOFÏSEDIMENTARYÏBASINSÏ are presented to the attendees in the CONTEXTÏOFÏCRUSTALÏDYNAMICSÏ0LATEÏ tectonics and the production and TRANSPORTÏOFÏCLASTICÏMATERIALSÏAREÏINCLUDEDÏ for different tectonic, topographic, and CLIMATICÏSETTINGSÏ%MPHASISÏISÏONÏTHEÏ practical interpretation of subsurface DATASEISMIC ÏCORE ÏANDÏWIRELINEÏ LOGSFORÏFACIESÏANALYSISÏANDÏRESERVOIRÏ CHARACTERIZATIONÏ%XAMPLESÏDRAWÏFROMÏ different facies, ages, and basinal SETTINGSÏ0ARTICULARÏATTENTIONÏISÏGIVENÏ TOÏTHEÏPRINCIPLESÏBYÏWHICHÏDEPOSITIONALÏ settings are interpreted using both outcrop and subsurface data and to the BESTÏCORRELATIONÏMETHODSÏFORÏDIFFERENTÏ settings. COURSE CONTENT Q

4YPESÏOFÏSEDIMENTARYÏBASINSÏINÏ DIFFERENTÏTECTONICÏCONTEXTS

Q

,ARGE SCALEÏTECTONICÏSETTINGSÏOFÏMAINÏ TYPESÏOFÏSEDIMENTARYÏBASINSÏANDÏ RELATIONSHIPÏBETWEENÏSTRUCTURALÏSTYLEÏ ANDÏlLLÏPATTERNS

Q

%FFECTSÏOFÏBASE LEVELÏCHANGESÏANDÏ SYNDEPOSITIONALÏTECTONICSÏONÏSEDIMENTÏ distribution patterns

"ACKGROUNDÏINÏPETROLEUMÏENGINEERINGÏORÏ GEOSCIENCESÏANDÏEXPERIENCEÏINÏRESERVOIRÏ studies.

Q

#ORRELATIONÏINÏDIFFERENTÏSEDIMENTARYÏ settings

Q

2OLEÏOFÏANALOGSÏINÏBUILDINGÏRESERVOIRÏ MODELSÏINÏDIFFERENTÏDEPOSITIONALÏ settings

Q

3EDIMENTÏGENERATIONÏANDÏSUPPLYÏINÏ different settings

Q

&LUIDÏDYNAMICSÏANDÏRHEOLOGYÏOFÏ erosion, transport, and deposition

Q

"ASICÏMECHANICSÏOFÏSEDIMENTÏEROSION Ï TRANSPORT ÏANDÏDEPOSITIONÏRESULTANTÏ BEDFORMSÏANDÏSEDIMENTARYÏSTRUCTURES

Q

0OSTDEPOSITIONALÏPROCESSESÏANDÏ products

AUDIENCE %XPLORATIONÏANDÏDEVELOPMENTÏGEOLOGISTS Ï GEOPHYSICISTS ÏANDÏRESERVOIRÏENGINEERSÏ WHOÏNEEDÏANÏOVERVIEWÏOFÏSEDIMENTARYÏ ORGANIZATIONÏACROSSÏAÏRANGEÏOFÏSCALESÏ INÏDIFFERENTÏBASINALÏANDÏENVIRONMENTALÏ settings. PREREQUISITE "ASICÏKNOWLEDGEÏOFÏGEOLOGYÏANDÏ SEDIMENTARYÏPROCESSES


12/22/13 2:48 AM

FIELD DEVELOPMENT PLANNING Integrated 3D Reservoir Modeling Workshop



Applied Production Logging and Reservoir Monitoring

Skill – 5 Days

Skill – 5 Days

Skill – 5 Days

Advanced – 5 Days

)NÏTHISÏWORKSHOP ÏATTENDEESÏLEARNÏAÏHANDS ONÏPRACTICALÏWORKmOWÏFORÏBUILDINGÏAÏSTATICÏ RESERVOIRÏMODELÏUSINGÏTHEÏ0ETRELÏPLATFORMÏ Course topics include a solid presentation OFÏTHEÏTHEORYÏANDÏMETHODOLOGIESÏBEHINDÏ $ÏRESERVOIRÏMODELINGÏWITHÏPRACTICALÏ APPLICATIONSÏ!TTENDEESÏWILLÏLEARNÏAÏSTEP WISEÏAPPROACHÏTOÏMODELÏBUILDINGÏTHATÏSTARTSÏ WITHÏANÏOVERVIEWÏOFÏRESERVOIRÏMODELING Ï BUILDINGÏOFÏAÏSTRUCTURALÏFRAMEWORK Ï CONTINUINGÏWITHÏLAYERINGÏANDÏGRIDDING Ï ANDÏPOPULATINGÏTHEÏMODELÏWITHÏRESERVOIRÏ PROPERTIESÏ4HEÏATTENDEESÏWILLÏGAINÏVALUABLEÏ EXPERIENCEÏINÏTHEÏUSEÏOFÏVOLUMETRICSÏWITHÏ uncertainties and basic geostatistics.

4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ IN DEPTHÏINSTRUCTIONÏONÏCASEDÏHOLEÏLOGGINGÏ TOOLÏPHYSICS ÏINTERPRETATION ÏANDÏ1#Ï TECHNIQUESÏFORÏWELLBORE SPECIlCÏPRODUCTIONÏ LOGGINGÏANDÏRESERVOIRÏMONITORINGÏSCENARIOSÏ Attendees learn how and when to use THESEÏTOOLSÏTOÏMEETÏLOGGINGÏOBJECTIVESÏANDÏ QUICKLOOKÏTECHNIQUESÏFORÏIDENTIFYINGÏLOGÏ1#Ï PROBLEMSÏ5SINGÏREAL WORLDÏEXAMPLES ÏTHEÏ ATTENDEESÏLEARNÏTOÏINTERPRETÏBEHIND CASINGÏ RESISTIVITYÏDATAÏANDÏMEASUREÏTHREE PHASEÏ mOWÏUSINGÏPRODUCTIONÏLOGS

5NDERSTANDÏWHYÏPROJECTSÏCANÏFAILÏBECAUSEÏ OFÏADVERSEÏEVENTSÏWITHÏGEOLOGIC ÏTECHNICAL Ï COMMERCIAL ÏORÏCONTRACTUALÏORIGINSÏ)NÏ this course, attendees will increase their UNDERSTANDINGÏOFÏHOWÏRISKÏANDÏUNCERTAINTYÏ IMPACTÏTHEÏDECISIONSÏONÏWHICHÏPROJECTSÏ THEYÏSELECT ÏHOWÏTOÏDEVELOPÏTHEM ÏANDÏ HOWÏTHESEÏDECISIONSÏAFFECTÏTHEIRÏECONOMICÏ PERFORMANCEÏ)MPROVINGÏTHEÏQUALITYÏOFÏ DECISIONSÏISÏTHEÏMAINÏGOALÏOFÏTHISÏCOURSEÏ NOTÏJUSTÏUNDERSTANDINGÏRISKÏANDÏUNCERTAINTYÏ FORÏTHEIRÏOWNÏSAKEÏ0ROBABILISTICÏCONCEPTSÏ ANDÏTOOLSÏAREÏUSEDÏTOÏDESCRIBEÏPROJECTSÏ WITHÏRISKÏANDÏUNCERTAINTYÏTOÏGIVEÏAÏBETTERÏ understanding of the principles and tools UNDERLYINGÏTHESEÏCONCEPTS

%NCOMPASSINGÏADVANCEDÏTECHNIQUESÏ FORÏPRODUCTIONÏLOGGINGÏANDÏRESERVOIRÏ MONITORING ÏTHISÏCOURSEÏTEACHESÏATTENDEESÏ THEÏDESIGNÏOFÏAÏDATA ACQUISITIONÏPROGRAMÏ FORÏEVALUATIONÏOFÏWELLBOREÏORÏRESERVOIRÏ BEHAVIORÏBASEDÏONÏlELDÏDEVELOPMENTÏ OBJECTIVESÏ(ANDS ONÏEXAMPLESÏ DEMONSTRATEÏIN DEPTHÏLOGÏINTERPRETATIONÏ TECHNIQUESÏFORÏRESISTIVITYÏMEASUREMENTSÏ ACQUIREDÏBEHINDÏCASING ÏTHREE PHASEÏmOWÏ INÏHORIZONTALÏWELLS ÏANDÏmUIDÏSATURATIONSÏ Attendees will learn quicklook techniques FORÏLOGÏ1#ÏASÏWELLÏASÏHOWÏTOÏPLANÏANDÏ INTEGRATEÏMULTISOURCEÏDATAÏFORÏAÏMOREÏ COMPLETEÏEVALUATION

COURSE CONTENT Q

Q

Q

Q Q

Q

0ETRELÏPLATFORMÏDATAÏIMPORTÏANDÏEXPORTÏ REVIEW 7ELLÏCORRELATIONSÏ'ENERATEÏANDÏEDITÏ well tops 3TRUCTURALÏMODELINGÏ&AULTÏMODELING Ï GRIDÏDESIGN ÏQUALITYÏCHECKING ÏZONATION Ï ANDÏLAYERING 3TATISTICSÏANDÏDATAÏANALYSISÏREVIEW "ASICSÏOFÏGEOSTATISTICSÏANDÏVARIOGRAMÏ ANALYSIS ÏINTRODUCTIONÏTOÏKRIGING ÏANDÏ ESTIMATIONÏTECHNIQUES $ETERMINISTICÏANDÏPROPERTYÏMODELING Ï INCLUDINGÏFACIESÏMODELING

Q

0ROPERTYÏDATAÏPETROPHYSICS ÏSEISMIC Ï ANDÏWELL TESTÏDATA ÏINTEGRATION

Q

3TOCHASTICÏANDÏCONDITIONALÏSIMULATIONS

Q

6OLUMETRICÏCALCULATIONSÏEXERCISE ÏWITHÏ MULTIPLEÏREALIZATIONSÏANDÏRANKING

Q

Design and properties upscaling

AUDIENCE Geoscientists or engineers desiring a PRACTICALÏAPPROACHÏTOÏBUILDINGÏ$ÏRESERVOIRÏ MODELSÏWITHÏTHEÏ0ETRELÏPLATFORM PREREQUISITE "ASICÏUNDERSTANDINGÏOFÏ0ETRELÏPLATFORM

COURSE CONTENT Q

)NmOWÏPERFORMANCEÏANDÏPRODUCTIVITYÏ INDEXÏFORÏOILÏANDÏGASÏWELLS

Q

/UTmOWÏPERFORMANCEÏ-ATCHINGÏINmOWÏ WITHÏOUTmOWÏTOÏOPTIMIZEÏPRODUCTIVITY

Q

Q

COURSE CONTENT Q

&LOWÏREGIMESÏINÏVERTICAL ÏDEVIATED ÏANDÏ HORIZONTALÏWELLS 4ECHNIQUESÏFORÏMEASURINGÏINDIVIDUALÏ mUIDÏVELOCITIESÏOFÏOIL ÏWATER ÏANDÏGASÏ

0ROBABILITYÏOVERVIEWÏANDÏSIMPLEÏ EXPLORATIONÏECONOMICS

Q

Dependencies

Q

$ECISIONÏANALYSIS $ECISIONÏTREES Ï"AYESÏFORMULA ÏANDÏTHEÏ VALUEÏOFÏINFORMATION

Q

4HREE PHASEÏHOLDUPSÏFROMÏELECTRICALÏ and optical sensors

Q

Q

0RODUCTIONÏLOGGINGÏINÏHORIZONTALÏWELLS

Q

Uncertainties

Q

0ULSEDÏNEUTRONÏLOGÏPHYSICS ÏCAPTUREÏ CROSSÏSECTION ÏANDÏCARBONOXYGENÏ logging

Q

#OMPONENTSÏOFÏACCURACY

Q

-ONTEÏ#ARLOÏANALYSISÏANDÏITSÏ application

Q

#ASEDÏHOLEÏFORMATIONÏRESISTIVITYÏDATA

Q

Q

7ORKSHOPSÏ#APTUREÏMODEÏFORÏ EVALUATINGÏWATERÏANDÏGASÏSATURATIONÏ )NTERPRETINGÏBEHIND CASINGÏRESISTIVITYÏ LOGSÏ4HREE PHASEÏmOW

Q

AUDIENCE 0ETROPHYSICISTSÏANDÏENGINEERSÏRESPONSIBLEÏ FORÏWELLBOREÏDIAGNOSTICSÏORÏRESERVOIRÏ MONITORINGÏWHOÏWANTÏAÏDETAILEDÏ understanding of cased hole logging tools. PREREQUISITE "ASICÏ0RODUCTIONÏ,OGGINGÏANDÏ"ASICÏ 2ESERVOIRÏ-ONITORINGÏCOURSESÏORÏMOREÏTHANÏ ÏYEARÏOFÏEXPERIENCEÏWITHÏAPPLIEDÏCASEDÏ hole logging.

Correlations and regressions 'EOSTATISTICSÏ3TATIONARYÏASSUMPTIONS Ï VARIOGRAMS ÏKRIGING ÏCOKRIGING ÏlLTERING Ï ANDÏMULTIPLEÏREALIZATIONS

COURSE CONTENT Q

)NmOWÏANDÏOUTmOWÏPERFORMANCEÏANDÏ PRODUCTIVITYÏ

Q

&LOWÏREGIMESÏANDÏSLIPPAGEÏVELOCITIESÏ INÏVERTICAL ÏDEVIATED ÏANDÏHORIZONTALÏ wells

Q

6ARIOUSÏTECHNIQUESÏFORÏMEASURINGÏOIL Ï WATER ÏANDÏGASÏVELOCITY

Q

-EASUREMENTÏOFÏTHREE PHASEÏHOLDUPSÏ using electrical and optical sensors

Q

3PINNERÏCALIBRATIONSÏINÏVERTICAL Ï DEVIATED ÏANDÏHORIZONTALÏWELLSÏ

Q

4HREE PHASEÏPRODUCTIONÏLOGGINGÏINÏ HORIZONTALÏWELLSÏ

Q

0HYSICSÏOFÏPULSEDÏNEUTRONÏANDÏCARBON OXYGENÏLOGGINGÏ

Q

0RESSUREÏDATAÏANDÏFORMATIONÏmUIDÏ SAMPLEÏACQUISITIONÏBEHINDÏCASING

Q

7ORKSHOPÏ5SEÏOFÏCAPTUREÏANDÏCARBON OXYGENÏMODESÏFORÏEVALUATINGÏWATERÏ and gas saturations

Q

7ORKSHOPÏ)NTERPRETINGÏRESISTIVITYÏ LOGGINGÏMEASUREMENTSÏACQUIREDÏ behind casing

Q

7ORKSHOPÏ0RODUCTIONÏLOGGINGÏINÏ HORIZONTALÏWELLSÏWITHÏTHREE PHASEÏmOW

AUDIENCE %0ÏPROFESSIONALSÏINVOLVEDÏINÏDATAÏ ANALYSISÏANDÏINTERPRETATION ÏINCLUDINGÏ GEOLOGISTS ÏGEOPHYSICISTS ÏANDÏRESERVOIRÏ ENGINEERSÏACTIVEÏINÏEXPLORATION ÏAPPRAISAL Ï lELDÏDEVELOPMENT ÏRESERVESÏESTIMATION ÏORÏ ECONOMICSÏDECISIONÏMAKERSÏINTERESTEDÏINÏ LEARNINGÏMOREÏABOUTÏDECISIONÏANALYSIS PREREQUISITE %XPOSUREÏTOÏBASICÏSTATISTICSÏANDÏAÏWORKINGÏ knowledge of Microsoft %XCEL® worksheets.

AUDIENCE 0ROFESSIONALSÏWITHÏGEOSCIENCEÏBACKGROUNDÏ ANDÏMINIMUMÏOFÏÏYEARSÏOFÏEXPOSUREÏTOÏ lELDÏPRODUCTION PREREQUISITE -OREÏTHANÏÏYEARSÏOFÏEXPERIENCEÏ INTERPRETINGÏRESERVOIRÏMONITORINGÏLOGSÏ ATTENDEESÏAREÏENCOURAGEDÏTOÏBRINGÏDIFlCULTÏ LOGÏEXAMPLESÏFORÏIN CLASSÏDISCUSSIONÏANDÏ INTERPRETATION

Software




Field trips

Uses simulation

| 25 12/22/13 2:48 AM

FIELD DEVELOPMENT PLANNING Production Logging Solutions Workshop



Project Risk Analysis and Management

Advanced – 5 Days

Advanced – 5 Days

Advanced – 5 Days

Advanced – 4 Days

4HISÏIMMERSIVEÏWORKSHOPÏTEACHESÏTHEÏ ATTENDEESÏHOWÏTOÏINTERPRETÏDIFlCULTÏ product logging scenarios and to diagnose PRODUCTIONÏBEHAVIORSÏNOTÏINCLUDEDÏINÏ classical interpretation techniques. 4HROUGHÏAÏHANDS ON ÏINTERACTIVEÏWORKSHOP Ï USINGÏYOURÏDATAÏANDÏPROBLEMS ÏATTENDEESÏ LEARNÏHOWÏTOÏADJUSTÏTHEIRÏINTERPRETATIONÏ TECHNIQUESÏFORÏMECHANICALÏORÏmUID SPECIlCÏ PHENOMENAÏ!TTENDEESÏAREÏENCOURAGEDÏ TOÏBRINGÏDIFlCULTÏLOGÏEXAMPLESÏFORÏIN CLASSÏ discussion and interpretation.

4HISÏIMMERSIVEÏWORKSHOPÏTEACHESÏ ATTENDEESÏHOWÏTOÏINTERPRETÏDIFlCULTÏ RESERVOIRÏMONITORINGÏSCENARIOSÏANDÏTOÏ DIAGNOSEÏRESERVOIRÏBEHAVIORSÏNOTÏINCLUDEDÏ in classical interpretations. Focused on RESERVOIRÏMONITORINGÏLOGGINGÏTECHNIQUES Ï THISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ SPECIlCÏSTRATEGIESÏFORÏTHEIRÏUSEÏANDÏ INTERPRETATIONÏ4HROUGHÏAÏHANDS ONÏ INTERACTIVEÏWORKSHOP ÏUSINGÏYOURÏDATAÏ ANDÏPROBLEMS ÏATTENDEESÏWILLÏLEARNÏHOWÏ TOÏADJUSTÏINTERPRETATIONÏTECHNIQUESÏFORÏ RESERVOIRÏANDÏlELD WIDEÏPHENOMENA Ï ESPECIALLYÏINÏWATERmOODÏOPERATIONSÏ !TTENDEESÏAREÏENCOURAGEDÏTOÏBRINGÏDIFlCULTÏ LOGÏEXAMPLESÏFORÏIN CLASSÏDISCUSSIONÏANDÏ interpretation.

4HISÏCOURSEÏPRESENTSÏADVANCEDÏ TECHNIQUESÏFORÏRESERVESÏESTIMATIONÏANDÏ ADDRESSESÏTHEÏDIFFERENCEÏINÏCLASSIlCATIONÏ OFÏRESOURCESÏANDÏRESERVESÏ!TTENDEESÏ WILLÏLEARNÏDElNITIONSÏOFÏRESERVESÏANDÏ resources and guidelines for their APPLICATIONÏFROMÏVARIOUSÏREGULATORYÏANDÏ INDUSTRYÏAUTHORITIES ÏINCLUDINGÏ3OCIETYÏ OFÏ0ETROLEUMÏ%NGINEERSÏ30% Ï7ORLDÏ 0ETROLEUMÏ#OUNCILÏ70# Ï!MERICANÏ !SSOCIATIONÏOFÏ0ETROLEUMÏ'EOLOGISTSÏ !!0' ÏANDÏTHEÏ53Ï3ECURITIESÏANDÏ %XCHANGEÏ#OMMISSIONÏ3%# Ï!TTENDEESÏ WILLÏDISCOVERÏTHEÏLATESTÏANDÏMOSTÏACCURATEÏ METHODSÏFORÏESTIMATINGÏRESERVES ÏBOTHÏ DETERMINISTICÏANDÏPROBABILISTIC ÏANDÏGAINÏ AÏTHOROUGHÏUNDERSTANDINGÏOFÏVARIOUSÏ RESERVESÏLEVELSÏANDÏTHEIRÏEQUIVALENCEÏINÏ BOTHÏSYSTEMS ÏINCLUDINGÏPROVED ÏPROVEDÏ PLUSÏPROBABLE ÏANDÏPROVEDÏPLUSÏPROBABLEÏ plus possible.

5NCERTAINTYÏISÏINHERENTÏINÏALLÏPROJECTSÏ ANDÏOPERATIONS ÏPARTICULARLYÏINÏTECHNICAL Ï lNANCIAL ÏSCHEDULE ÏLEGAL ÏANDÏQUALITYÏ arenas. This course presents the attendees WITHÏTECHNIQUESÏUSEDÏINÏTHEÏIDENTIlCATION Ï ASSESSMENT ÏANDÏCONTROLÏOFÏUNCERTAINTIESÏINÏ AÏPROJECT BASEDÏENTERPRISEÏ!TTENDEESÏWILLÏ LEARNÏABOUTÏRISKÏANALYSISÏANDÏMANAGEMENTÏ ASÏAÏlELDÏOFÏEXPERTISEÏFOCUSEDÏONÏTHEÏ SYSTEMATICÏANDÏCOMPREHENSIVEÏANALYSISÏOFÏ UNCERTAINTY

COURSE CONTENT Q

(IGH TECHÏPRODUCTIONÏLOGGINGÏTOOLSÏFORÏ HORIZONTALÏWELLS

Q

&LOWÏREGIMESÏINÏHORIZONTALÏWELLSÏ and effects on production log interpretations

Q

Spinner calibrations and production LOGÏINTERPRETATIONSÏINÏHORIZONTALÏWELLS

Q

2ESERVOIRÏmUIDSÏANDÏDRIVEÏMECHANISMS

Q

)NmOWÏANDÏOUTmOWÏPERFORMANCE

Q Q

COURSE CONTENT Q

2ESERVOIRÏmUIDSÏANDÏDRIVEÏMECHANISMS

Q


Q

2ESERVOIRÏMONITORINGÏLOGÏJUSTIlCATION

Q

.UCLEARÏPHYSICSÏOFÏRESERVOIRÏ MONITORINGÏANDÏPULSEDÏNEUTRONÏLOGGINGÏ 0.,

*USTIlCATIONÏFORÏPRODUCTIONÏLOGGING Leak detection inside and behind casing and tubing

Q

0.,ÏTOOLSÏ3CHLUMBERGERÏANDÏ Halliburton®ÏTOOLS Ï

Q

%XPECTEDÏVALUE ÏANDÏEXPECTEDÏVALUEÏ and decision trees

!NYONEÏWANTINGÏTOÏINCREASEÏSKILLSÏINÏ PROJECTÏRISKÏMANAGEMENT

Q

5TILITYÏTHEORYÏ

Q

5NCONVENTIONALÏRESOURCES 2ESERVESÏDElNITIONÏANDÏCLASSIlCATION

Q

4IMEÏVALUEÏOFÏMONEY

Q

0RESSUREÏMEASUREMENTSÏANDÏSAMPLINGÏ behind casing

"EFORE TAXÏANDÏAFTER TAXÏCASHÏmOWS

Q

$ECLINEÏCURVES

Q

6OLUMETRICSÏ

Q

Material balance

Q

%CONOMICÏYARDSTICKSÏ

Q

)NVESTMENTÏCHOICES

Q

International contracts

Q

&IELDÏEXAMPLES

AUDIENCE 0ETROPHYSICISTSÏANDÏPRODUCTIONÏENGINEERSÏ WITHÏEXPERIENCEÏINÏRESERVOIRÏMONITORINGÏ logging, and log interpretation. PREREQUISITE -OREÏTHANÏÏYEARSÏOFÏEXPERIENCEÏ INTERPRETINGÏRESERVOIRÏMONITORINGÏLOGS

#ASEÏSTUDYÏANALYSISÏ2ESETTINGÏ PROBABILITYÏPARAMETERS

AUDIENCE

Q

-OREÏTHANÏÏYEARSÏOFÏEXPERIENCEÏ interpreting production logs.

Q

0ROBABILITYÏANDÏUNCERTAINTYÏ

&ORMATIONÏRESISTIVITYÏACQUISITIONÏ BEHINDÏSTEELÏANDÏNONCONDUCTIVEÏCASING

PREREQUISITE

5SINGÏ-ICROSOFTÏ%XCELÏAND 2ISK½ÏFORÏPROJECTÏRISKÏANALYSIS

3IMULATION

Q

&IELDÏMAPPINGÏOFÏWATERmOODÏTOÏIDENTIFYÏ UNSWEPTÏZONES

Mitigation strategies

Q

Q

3LIPPAGEÏVELOCITIESÏINÏVERTICALÏANDÏ DEVIATEDÏWELLS

Q

2ISKÏIDENTIlCATIONÏPROCESS

Q

Statistics and probabilities

,OG INJECT LOGÏTECHNIQUEÏTOÏESTIMATEÏ residual oil saturation

Q

Q

Q

Q

0ETROPHYSICISTSÏANDÏPRODUCTIONÏENGINEERSÏ WITHÏEXPERIENCEÏINÏCASEDÏHOLEÏLOGGINGÏANDÏ log interpretation.

%XPOSURE ÏIMPACT ÏANDÏPROBABILITYÏ ASSESSMENT

Q

4HREE PHASEÏmUIDÏHOLDUPSÏINÏVERTICAL Ï DEVIATED ÏANDÏHORIZONTALÏWELLS

AUDIENCE

Q

"ASICÏDElNITIONSÏANDÏCLASSIlCATIONS

Q

Q

2ISKÏANALYSISÏPROCESSÏANDÏSTAGESÏOFÏ RISKÏLIFEÏCYCLEÏ

Q

4ECHNIQUESÏFORÏESTIMATINGÏTHREE PHASEÏ mUIDÏVELOCITIES

0.,ÏCAPTUREÏCROSS SECTIONALÏ MEASUREMENTSÏANDÏCARBONOXYGENÏ data

Q

COURSE CONTENT

Q

Q

COURSE CONTENT

PREREQUISITE None

AUDIENCE 0ETROLEUMÏENGINEERS ÏGEOLOGISTS ÏRESERVESÏ ANALYSTS ÏANDÏOTHERSÏINVOLVEDÏINÏESTIMATIONÏ OFÏRESERVES PREREQUISITE Degree in engineering or geoscience, and KNOWLEDGEÏOFÏRESERVOIRÏENGINEERINGÏANDÏ PETROLEUMÏGEOLOGY



12/22/13 2:48 AM

FIELD DEVELOPMENT PLANNING Merak Peep Fundamentals and Merak Peep Decline Fundamentals Combined Course



MEPO Introduction




4HEÏCOURSEÏFOCUSESÏONÏUSEÏOFÏTHEÏ!VOCETÏÏ PLATFORMÏTOÏINTEGRATEÏTHEÏRESERVOIRÏWITHÏ THEÏSURFACEÏMODELSÏ)NSTRUCTIONÏINCLUDESÏ software installation.

The focus of this course is on learning THEÏ%#,)03%Ï"LACKOILÏRESERVOIRÏSIMULATIONÏ SOFTWARE ÏRATHERÏTHANÏSIMULATIONÏ METHODOLOGYÏ4HISÏFULLYÏIMPLICIT Ï THREE PHASE Ï$ ÏGENERAL PURPOSEÏBLACKOILÏ SIMULATORÏINCLUDESÏSEVERALÏADVANCEDÏ FEATURESÏOFÏ%#,)03%ÏSIMULATORÏSOFTWARE

This course is designed to introduce THEÏAPPLICATIONÏOFÏTHEÏ-%0/ÏOPTIMIZERÏ TOÏRESERVOIRÏENGINEERSÏANDÏASSETÏTEAMSÏ INVOLVEDÏWITHÏRELATEDÏDISCIPLINESÏ4HEÏ COURSEÏWILLÏCOVERÏWORKmOWÏPROCESSESÏFORÏ SEVERALÏCONCRETEÏAPPLICATIONÏSCENARIOSÏ USINGÏINDUSTRYÏSTANDARDÏDESIGNÏANDÏ OPTIMIZATIONÏTECHNIQUESÏINÏRESERVOIRÏ SIMULATIONÏ&OLLOWINGÏANÏINTRODUCTIONÏTOÏ THEÏBASICÏFUNCTIONALITYÏOFÏTHEÏTOOLÏANDÏ PROJECTÏSTRUCTURE ÏTHEÏCOURSEÏATTENDEESÏ WILLÏBEÏGIVENÏAÏBRIEFÏSUMMARYÏOFÏ TERMINOLOGYÏANDÏCONCEPTSÏINÏUNCERTAINTYÏ MODELING ÏASSISTEDÏHISTORY MATCHING Ï ANDÏPRODUCTIONÏFORECASTING ÏFOLLOWEDÏBYÏ PRESENTATIONÏANDÏHANDS ONÏEXPERIENCEÏ GAINEDÏBYÏWORKINGÏWITHÏTHEÏAPPLICATIONÏOFÏ THEÏ-%0/ÏOPTIMIZERÏ0RACTICALÏEXERCISESÏ INCLUDEÏPERFORMINGÏUNCERTAINTYÏANALYSESÏ ASÏWELLÏASÏINVESTIGATINGÏTHEÏINmUENCEÏ OFÏVARIOUSÏPARAMETERSÏONÏRESERVOIRÏ MODELINGÏANDÏALTERNATIVEÏDEVELOPMENTÏ STRATEGIESÏ4HEÏREMAINDERÏOFÏTHEÏCOURSEÏ is dedicated to principles and practice of -%0/ÏWITHÏAÏFOCUSÏONÏHISTORY MATCHINGÏ TASKSÏANDÏUNCERTAINTYÏQUANTIlCATIONÏ 3IGNIlCANTÏEMPHASISÏWILLÏBEÏPLACEDÏONÏ DESIGN ÏEXECUTION ÏANDÏPOSTPROCESSINGÏOFÏ RESERVOIRÏSIMULATIONÏRUNSÏ5SINGÏCAREFULLYÏ SELECTEDÏEXAMPLEÏCASESÏANDÏEXERCISES Ï the attendees will gain an understanding OFÏMETHODSÏANDÏMODELINGÏTECHNIQUESÏTHATÏ WILLÏENABLEÏTHEMÏTOÏMAKEÏUSEÏOFÏTHEÏ-%0/Ï OPTIMIZERÏINÏTHEIRÏROUTINEÏTASKS

COURSE CONTENT Q

Q

/VERVIEWÏOFÏKEYÏRESERVOIRÏNETWORKÏ COUPLINGÏFUNDAMENTALS #OUPLINGÏRESERVOIRSÏTOÏNETWORKS

Q

2UNNINGÏTIME BASEDÏSIMULATIONS

Q

#ONNECTINGÏMODELS

Q

!DDINGÏAÏ-ICROSOFTÏ%XCELÏPLANNING Ï RISK ÏANDÏRESERVESÏSOFTWAREÏMODELÏTOÏAÏ mOWÏDIAGRAM

Q

%VALUATINGÏECONOMICSÏWITHÏ-ERAKÏ SOFTWAREÏMODELS

Q

4RANSFERRINGÏCOMPOSITIONS

COURSE CONTENT Q

/VERVIEWÏOFÏHOWÏAÏSIMULATORÏINITIALIZESÏ ANDÏEXECUTES

Q

"LOCK CENTEREDÏANDÏCORNER POINTÏGRIDÏ GEOMETRIES

Q Q

!QUIFERÏDElNITION

Q

#ONTROLÏWELLSÏUNDERÏHISTORY MATCHINGÏ ANDÏPRODUCTIONÏREGIME

Q

%#,)03%Ï"LACKOILÏlLEÏSTRUCTURE

Q

Input rules

Q

3PECIFYINGÏANDÏEDITINGÏINPUTÏANDÏ output data

Q

"UILDINGÏANDÏEXECUTINGÏAÏSIMULATIONÏ MODEL

PREREQUISITE 0RODUCTION ÏRESERVOIR ÏORÏPROCESSÏ engineering background with knowledge of EITHERÏ%#,)03%ÏORÏ0)0%3)-ÏSIMULATORS

Allocation of initial pressure and saturation distribution

Q

AUDIENCE !NYONEÏWANTINGÏTOÏINTEGRATEÏRESERVOIRSÏ WITHÏSURFACEÏMODELSÏUSINGÏ!VOCETÏ SOFTWAREÏPLATFORM

2OCKÏANDÏmUIDÏPROPERTIES

Q

!NALYSISÏOFÏRESULTSÏTHROUGHÏ postprocessing

AUDIENCE 2ESERVOIRÏENGINEERS ÏGEOSCIENTISTS ÏANDÏ OTHERÏTECHNICALLYÏTRAINEDÏINDIVIDUALSÏ INTERESTEDÏINÏLEARNINGÏTHEÏ%#,)03%Ï"LACKOILÏ SIMULATOR

NEW

COURSE CONTENT Q

)NTRODUCTIONÏTOÏ-%0/ÏOPTIMIZER

PREREQUISITE

Q

%#,)03%Ï!PPLIEDÏ2ESERVOIRÏ3IMULATIONÏ &UNDAMENTALSÏCOURSEÏANDÏBACKGROUNDÏINÏ RESERVOIRÏENGINEERING

)NTRODUCTIONÏTOÏDYNAMICÏUNCERTAINTYÏ QUANTIlCATION

Q

%XPERIMENTALÏDESIGNS

Q

!NALYZINGÏFEATURES

Q

)NTRODUCTIONÏTOÏOPTIMIZATIONÏMETHODSÏ FORÏHISTORYÏMATCHINGÏANDÏRESERVOIRÏ OPTIMIZATION

Q

Q

Foundation – 3 Days !TTENDEESÏINÏTHISÏCOURSEÏWILLÏEXPLOREÏTHEÏ FUNCTIONALITYÏOFÏ-ERAKÏ0EEPÏSOFTWAREÏANDÏ DECLINEÏANALYSISÏMODULEÏ4HESEÏSOFTWAREÏ PACKAGESÏALLOWÏFORÏNAVIGATINGÏEFlCIENTLYÏ THROUGHÏTHEÏCASEÏDOCUMENT ÏEDITÏEXISTINGÏ DATA ÏANDÏANALYZEÏECONOMICÏRUNS COURSE CONTENT Merak Peep Fundamentals Q


Q


Q


Q


Merak Peep Decline Fundamentals Q


Q


Q


Q

&ORECASTÏPRODUCTIONÏRATESÏANDÏVOLUMESÏ

Q

0ERFORMÏBASICÏDECLINEÏANALYSIS RATE TIMEÏCURVESÏANDÏCUMULATIVEÏCURVESÏ

AUDIENCE !NYONEÏNEEDINGÏTOÏDEVELOPÏORÏIMPROVEÏ THEIRÏSKILLÏANDÏUNDERSTANDINGÏOFÏPROJECTÏ ECONOMICSÏANDÏDECLINEÏCURVEÏANALYSISÏ PERFORMEDÏWITHÏTHEÏ-ERAKÏ0EEPÏANDÏ0EEPÏ $ECLINEÏMODULES PREREQUISITE 0ETROLEUMÏ%CONOMICSÏ&UNDAMENTALSÏORÏ EQUIVALENTÏKNOWLEDGEÏINÏADDITIONÏTOÏANÏ UNDERSTANDINGÏOFÏBASICÏDECLINEÏANALYSISÏ TECHNIQUESÏANDÏTHEORY

General understanding of the use of -%0/ÏOPTIMIZERÏ 7ORKmOWÏEXAMPLESÏANDÏBESTÏPRACTICES

AUDIENCE 2ESERVOIRÏENGINEERS PREREQUISITE None

Software




Field trips

Uses simulation

| 27 12/22/13 2:48 AM

FIELD DEVELOPMENT PLANNING OFM Fundamentals Using Gas Operations Examples


Petrel Well Design

Petrel Geology



Foundation – 1 Day


This course introduces attendees to the PRIMARYÏFUNCTIONALITIESÏOFÏTHEÏ/&-ÏSOFTWAREÏ BYÏALLOWINGÏTHEÏATTENDEESÏTOÏINTERACTÏ with a preprepared gas well operations PROJECTÏ4HEÏmOWÏOFÏTHEÏCOURSEÏCENTERSÏ ONÏTHEÏATTENDEEÏACTINGÏASÏAÏMEMBERÏOFÏ AÏlCTIONALÏENGINEERINGÏTEAM ÏCHARGEDÏ WITHÏACCOMPLISHINGÏAÏNUMBERÏOFÏCOMMONÏ tasks using the OFM software suite. The COURSEÏCOVERSÏEACHÏOFÏTHEÏREQUIREDÏTASKSÏ)NÏ ACCOMPLISHINGÏTHEÏTASKS ÏTHEÏATTENDEESÏAREÏ EXPOSEDÏTOÏTHEÏRANGEÏOFÏCOMMONÏFEATURESÏ of the software application. During the course, the attendees will learn how to use THEÏ/&-ÏSOFTWAREÏASÏAÏQUALITYÏASSURANCEÏ TOOL ÏSEEKINGÏDElCIENCIESÏINÏTHEÏDATAÏBEFOREÏ USINGÏTHEÏPROJECTÏDATAÏTOÏILLUSTRATEÏPRIMARYÏ ANDÏDERIVEDÏPERFORMANCEÏPARAMETERSÏ 4HEÏCOURSEÏALSOÏCOVERSÏGRAPHICALÏDISPLAYÏ FEATURES ÏRANGINGÏFROMÏTABULARÏPLOTSÏ THROUGHÏLINEÏGRAPHSÏTOÏ')3ÏMAP BASEDÏ representations.

This course introduces the attendees to THEÏPRIMARYÏFUNCTIONALITIESÏOFÏTHEÏ/&-Ï SOFTWAREÏBYÏALLOWINGÏTHEÏATTENDEESÏ to interact with a preprepared oil and WATERmOODÏPRODUCTIONÏPROJECTÏ4HEÏ course centers on the attendee acting ASÏAÏMEMBERÏOFÏAÏlCTIONALÏENGINEERINGÏ TEAM ÏCHARGEDÏWITHÏACCOMPLISHINGÏAÏ NUMBERÏOFÏCOMMONÏTASKSÏINÏTHEÏ/&-Ï SOFTWAREÏSUITEÏ4HEÏCOURSEÏCOVERSÏEACHÏ OFÏTHEÏREQUIREDÏTASKSÏ)NÏACCOMPLISHINGÏ THESEÏTASKSÏTHEÏATTENDEESÏAREÏEXPOSEDÏ TOÏTHEÏRANGEÏOFÏCOMMONÏFEATURESÏOFÏTHEÏ software application. During the course, the attendees will learn how to use the /&-ÏSOFTWAREÏASÏAÏQUALITYÏASSURANCEÏTOOL Ï SEEKINGÏDElCIENCIESÏINÏTHEÏDATAÏBEFOREÏ USINGÏTHEÏPROJECTÏDATAÏTOÏILLUSTRATEÏPRIMARYÏ ANDÏDERIVEDÏPERFORMANCEÏPARAMETERSÏ 4HEÏCOURSEÏALSOÏCOVERSÏGRAPHICALÏDISPLAYÏ FEATURESÏRANGINGÏFROMÏTABULARÏPLOTSÏ THROUGHÏLINEÏGRAPHSÏTOÏ')3ÏMAP BASEDÏ representations.

The purpose of this course is to introduce THEÏWELLÏDESIGNÏMODULEÏANDÏTHEÏDRILLINGÏ FUNCTIONALITIESÏINÏTHEÏ0ETRELÏPLATFORMÏ The attendees are guided through the preparation stage for data used in offset WELLÏANALYSIS ÏWHICHÏINCLUDESÏLOADINGÏOFÏ DRILLINGÏEVENTS ÏDRILLINGÏLOGS ÏANDÏUSINGÏ ENDÏOFÏWELLÏREPORTSÏTOÏlLTERÏTHEÏKNOWLEDGEÏ DATABASEÏBY ÏFORÏEXAMPLE ÏDATAÏTYPE Ï CATEGORY ÏORÏEVENTÏSEVERITYÏ!TTENDEESÏWILLÏ BECOMEÏFAMILIARÏWITHÏTHEÏAVAILABLEÏWELLÏ design approaches, including an enhanced METHODÏALSOÏUSEDÏBYÏDRILLINGÏENGINEERSÏ (OWÏTOÏIMPORTÏTRAJECTORYÏANDÏTARGETSÏ FROMÏTHIRD PARTYÏAPPLICATIONSÏSUCHÏASÏTHEÏ ,ANDMARKÏ%$-½Ï%NGINEERSÏ$ATAÏ-ODELÏ will also be introduced. After the planning PHASE ÏATTENDEESÏWILLÏLEARNÏHOWÏREAL TIMEÏ data acquisitions are handled in the 0ETRELÏPLATFORM

4HEÏ0ETRELÏPLATFORMÏ'EOLOGYÏCOURSEÏCONSISTSÏ OFÏTWOÏWORKmOWSÏFORÏVOLUMETRICÏCALCULATIONÏ AÏMAP BASEDÏANDÏAÏ$ÏMODELÏWORKmOW

COURSE CONTENT Q

COURSE CONTENT Q

"RIEFÏWALKTHROUGHÏOFÏAÏFULLYÏ FUNCTIONINGÏPROJECTÏTOÏPROVIDEÏQUICKÏ set of reference points

COURSE CONTENT Q

!ÏBRIEFÏWALKTHROUGHÏOFÏAÏFULLYÏ FUNCTIONINGÏPROJECT 2EVIEWÏPROJECTÏDATAÏANDÏCHECKÏFORÏ MISSINGÏVALUES


Q

Q


Q


Q


Q


Q

#REATEÏCALCULATEDÏlELDSÏANDÏCALCULATEDÏ VARIABLES

Q

#REATEÏCALCULATEDÏlELDSÏANDÏCALCULATEDÏ VARIABLES

Q


Q


Q


Q


%XPORTÏREPORTSÏANDÏTABLEÏDATAÏTOÏOTHERÏ applications

Q

Q

Q

%XPORTÏREPORTSÏANDÏTABLEÏDATAÏTOÏOTHERÏ applications

AUDIENCE

AUDIENCE

!NYONEÏRESPONSIBLEÏFORÏSETTINGÏUPÏANDÏ MAINTAININGÏAÏPROJECTÏUSINGÏ/&-ÏSOFTWARE

!NYONEÏRESPONSIBLEÏFORÏSETTINGÏUPÏANDÏ MAINTAININGÏAÏPROJECTÏUSINGÏ/&-ÏSOFTWARE

PREREQUISITE

PREREQUISITE

None

None


Q Q Q Q

$RILLINGÏEVENTÏCLASSIlCATIONÏANDÏ VISUALIZATIONÏ 7EBMAPÏSERVICESÏ 7ELLÏDESIGNÏ 7ELLÏPATHÏDESIGN 2EAL TIMEÏDATAÏACQUISITION

AUDIENCE Drilling engineers, geologists, and PETROTECHNICALÏPERSONNELÏWITHÏFUNDAMENTALÏ KNOWLEDGEÏINÏ0ETRELÏSOFTWAREÏANDÏWHOÏ need to understand well path design and OPTIMIZATIONÏWITHINÏTHEÏ0ETRELÏPLATFORM PREREQUISITE 0ETRELÏ&UNDAMENTALSÏCOURSE

4HEÏMAP BASEDÏWORKmOWÏFOCUSESÏONÏ the creation of surfaces that delineate THEÏTARGETÏRESERVOIRÏ4HESEÏSURFACES ÏINÏ COMBINATIONÏWITHÏPROPERTIESÏINÏTHEÏFORMÏOFÏ gridded surfaces or constants, are used to CALCULATEÏVOLUMESÏ4HEÏ$ÏMODEL BASEDÏ WORKmOWÏFOCUSESÏONÏTHEÏCONSTRUCTIONÏOFÏAÏ 3D grid, populating the grid with properties TOÏBEÏUSEDÏINÏDETERMININGÏANÏACCURATEÏ VOLUMEÏCALCULATION COURSE CONTENT Q

3URFACEÏGENERATIONÏANDÏRElNEMENTÏ

Q

7ELLÏINTERPRETATIONÏANDÏVISUALIZATIONÏ

Q

Isochore processing

Q

-AP BASEDÏVOLUMEÏCALCULATIONSÏ

Q

3TRUCTURALÏFRAMEWORKÏ

Q

'EOMETRICALÏMODELINGÏ

Q

Upscaling well logs

Q

&ACIESÏMODELINGÏ

Q

0ETROPHYSICALÏMODELINGÏ

Q

Contacts creating

Q

6OLUMEÏCALCULATIONS

AUDIENCE 'EOSCIENTISTS ÏGEOPHYSICISTS ÏANDÏ ENGINEERSÏWORKINGÏONÏSTATICÏANDÏDYNAMICÏ MODELING PREREQUISITE 0ETRELÏ&UNDAMENTALSÏCOURSEÏORÏSIMILARÏ 0ETRELÏPLATFORMÏEXPERIENCEÏCOUPLEDÏWITHÏAÏ GENERALÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGYÏ ANDÏGEOPHYSICSÏASÏWELLÏASÏELEMENTALÏ software skills.


12/22/13 2:48 AM

FIELD DEVELOPMENT PLANNING Petrel Reservoir Engineering






Skill – 2 Days

Skill – 1 Day

This course enables attendees to prepare ANDÏRUNÏAÏ0ETRELÏPLATFORMÏMODELÏFORÏ RESERVOIRÏSIMULATIONÏINÏ%#,)03%ÏSIMULATOR Ï %#,)03%Ï&RONT3IM ÏANDÏ).4%23%#4 ÏNEXT GENERATIONÏRESERVOIRÏSIMULATIONÏSOFTWAREÏ In this course, attendees will build a 3D SIMULATIONÏMODELÏINSIDEÏTHEÏ0ETRELÏPLATFORMÏ based on geological input data, add wells and well control rules, create black oil mUIDÏMODELSÏANDÏROCKÏPHYSICSÏFUNCTIONS Ï ANDÏSUBMITÏTHEÏMODELÏTOÏTHEÏSIMULATORSÏ )NÏADDITION ÏPRACTICALÏAPPLICATIONÏOFÏMOSTÏ 0ETRELÏPLATFORMÏSIMULATIONÏPROCESSESÏ will be discussed and illustrated in the EXERCISESÏ/VERALL ÏPREÏPROCESSINGÏANDÏPOSTÏ PROCESSINGÏOFÏSIMULATIONÏDATAÏWILLÏBEÏDONEÏ WITHINÏTHEÏ0ETRELÏPLATFORMÏENVIRONMENT

4HISÏCOURSEÏCOVERSÏTHEÏUSEÏOFÏTHEÏ0)0%3)-Ï SIMULATORÏFORÏDESIGNINGÏANDÏMODELINGÏ GASÏPRODUCTIONÏSYSTEMSÏOPERATIONSÏ 0RACTICALÏANDÏCOMPREHENSIVEÏPROBLEMSÏ WILLÏBEÏPRESENTED ÏDISCUSSED ÏANDÏANALYZEDÏ throughout the course.

4HEÏ).4%23%#4ÏSIMULATORÏCOURSEÏ INTRODUCESÏRESERVOIRÏENGINEERSÏTOÏMETHODSÏ OFÏCONSTRUCTINGÏSIMULATIONÏMODELSÏUSINGÏ ).4%23%#4ÏSIMULATIONÏSOFTWAREÏ4HEÏ TRAININGÏDISCUSSESÏTHEÏMAINÏFEATURESÏ OFÏTHEÏ).4%23%#4ÏSIMULATORÏRELATIVEÏ TOÏWORKINGÏWITHÏINPUTÏDATAÏFROMÏ0ETRELÏ ORÏ%#,)03%ÏSOFTWAREÏ!LONGÏTHEÏWAY Ï ATTENDEESÏWILLÏALSOÏBEÏEXPOSEDÏTOÏ THEÏBASICÏFEATURESÏOFÏTHEÏ).4%23%#4Ï SIMULATORÏ4HEÏCOURSEÏINCORPORATESÏ INFORMATIONÏABOUTÏUSINGÏ0ETRELÏPREÏANDÏ POSTÏPROCESSORSÏASÏTHEÏPRIMARYÏFRONT ENDÏ FORÏTHEÏ).4%23%#4ÏSIMULATOR

In this course, attendees will work in the -ERAKÏ0EEPÏANDÏ-ERAKÏ$ECISIONÏ4OOLÏ+ITÏ MODULESÏTOÏEXPLOREÏTHEÏPRINCIPLESÏOFÏ-ONTEÏ #ARLOÏANALYSESÏANDÏHOWÏTOÏAPPLYÏTHEMÏTOÏ PROJECTÏEVALUATIONS

COURSE CONTENT Q

Q

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COURSE CONTENT

.AVIGATEÏTHEÏ0)0%3)-ÏSIMULATORÏUSERÏ interface Troubleshoot and debottleneck NETWORKÏMODELS -ODELÏGASÏWELLS ÏINCLUDINGÏVARIOUSÏ COMPLETIONÏMODELS -ATCHÏINmOWÏPERFORMANCEÏTOÏTESTÏDATA -ODELÏWATERÏSEPARATION ÏINJECTIONÏ into a salt water disposal well, and WELLHEADÏORÏMANIFOLDÏPRODUCTIONÏ sources

Q

3IMULATIONÏCASEÏSETUPÏ

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)NITIALIZATIONÏANDÏVOLUMEÏCALCULATION

Q

#ONSTRUCTÏAÏCOMPOSITIONALÏmUIDÏMODELÏ

Q

3IMULATIONÏRUNÏANDÏRESULTSÏVIEWING

Q

Q

(ISTORYÏMATCHINGÏANDÏPREDICTIONÏ

Q

7ELLÏENGINEERING

0REDICTÏGASÏHYDRATEÏFORMATION ÏEROSION Ï corrosion, and liquid loading in gas wells

Q

5PSCALINGÏANDÏADVANCEDÏCORNER POINTÏ gridding

Q

#OMPAREÏTHEÏRELATIVEÏBENElTSÏOFÏPUSHÏ VERSUSÏPULLÏCOMPRESSION

$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTS Ï GEOPHYSICISTS ÏPETROLEUMÏENGINEERS Ï MANAGERS ÏRESERVOIRÏENGINEERS ÏANDÏ TECHNICALÏPERSONNELÏWITHÏPRIORÏEXPERIENCEÏINÏ 0ETRELÏSOFTWARE

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%STIMATEÏTHEÏREQUIREDÏSLUGÏCATCHERÏSIZE

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-ODELÏAÏTRANSMISSIONÏNETWORK

PREREQUISITE 0ETRELÏ&UNDAMENTALSÏCOURSEÏORÏEQUIVALENTÏ 0ETRELÏPLATFORMÏEXPERIENCE ÏANDÏGENERALÏ KNOWLEDGEÏOFÏRESERVOIRÏENGINEERINGÏORÏ PETROLEUMÏGEOLOGYÏANDÏGEOPHYSICS

Software

AUDIENCE 0RODUCTIONÏENGINEERS ÏFACILITIESÏENGINEERSÏ ORÏlELDÏPRODUCTIONÏOPERATIONSÏENGINEERS

/VERVIEWÏOFÏRESERVOIRÏSIMULATIONÏUSINGÏ THEÏ).4%23%#4ÏSIMULATORÏ

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$ATAÏCREATIONÏTHROUGHÏTHEÏ0ETRELÏ PLATFORMÏAPPLICATIONÏ Data editing using the Migrator MODULEÏINÏ%#,)03%ÏSOFTWAREÏANDÏTHEÏ ).4%23%#4ÏSIMULATORÏ

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$ETERMINISTICÏANALYSISÏVERSUSÏ-ONTEÏ #ARLOÏANALYSIS

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2ANDOMÏWALKSÏANDÏTHEIRÏINPUTÏ PARAMETERS

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Correlations

Q

Use of report settings

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6ISUALÏ-ONTEÏ#ARLOÏTREES

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Choice and chance nodes

AUDIENCE -ERAKÏ0EEPÏMODULEÏUSERSÏRESPONSIBLEÏFORÏ PREPARINGÏORÏMODIFYINGÏ-ERAKÏ0EEPÏMODELSÏ USINGÏTHEÏ-ERAKÏ&ISCALÏ-ODELÏ,IBRARYÏ application.

&IELDÏMANAGEMENTÏ

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)MPROVINGÏSIMULATORÏPERFORMANCEÏ

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)MPORTANTÏBEHAVIORALÏDIFFERENCESÏINÏ %#,)03%ÏANDÏ).4%23%#4ÏSIMULATIONÏ software

-ERAKÏ$ECISIONÏ4OOLÏ+ITÏ&UNDAMENTALSÏ COURSE Ï-ERAKÏ0EEPÏ&UNDAMENTALSÏCOURSE Ï and an understanding of basic Monte Carlo THEORY

Q

AUDIENCE 2ESERVOIRÏENGINEERSÏWORKINGÏONÏSIMULATIONÏ studies. PREREQUISITE "ACKGROUNDÏINÏRESERVOIRÏENGINEERING

PREREQUISITE 'ENERALÏPETROLEUMÏENGINEERINGÏKNOWLEDGEÏ ASÏWELLÏASÏELEMENTALÏSOFTWAREÏSKILLS



Q

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Model centrifugal and reciprocating GASÏCOMPRESSORS

Q

AUDIENCE

COURSE CONTENT

COURSE CONTENT


Field trips

Uses simulation

| 29 12/22/13 2:48 AM

FIELD DEVELOPMENT PLANNING Petrel Property Modeling


Skill – 3 Days

Skill – 3 Days

4HISÏCOURSEÏFOCUSESÏONÏTHEÏFUNDAMENTALSÏ OFÏMODELINGÏUSINGÏTHEÏ0ETRELÏPLATFORMÏ4HEÏ COURSEÏCOVERSÏBASICÏGEOSTATISTICS ÏDATAÏ PREPARATION ÏDATAÏANALYSIS ÏFACIES ÏANDÏ PETROPHYSICALÏMODELINGÏ!TTENDEESÏWILLÏ LEARNÏDIFFERENTÏWAYSÏTOÏCREATEÏPROPERTYÏ MODELSÏANDÏHOWÏTOÏCONDITIONÏMODELSÏTOÏ EXISTINGÏMODELSÏANDÏSECONDARYÏDATAÏ4HISÏ course guides the user through concepts, ALGORITHMS ÏANDÏSOFTWAREÏFUNCTIONALITIESÏINÏ PROPERTYÏMODELING 4HEÏlRSTÏPORTIONÏOFÏTHEÏCOURSEÏFOCUSESÏ on the use of basic geostatistical tools THROUGHÏDATAÏANALYSISÏ!LSO ÏPREMODELINGÏ processes concerned with well data PREPARATIONÏWILLÏBEÏCOVERED ÏTHEÏlRSTÏ STEPÏOFÏWHICHÏISÏTHEÏPROPERTYÏMODELINGÏ WORKmOWÏFOLLOWEDÏBYÏUPSCALINGÏWELLÏ LOGSÏTOÏCREATEÏSINGLE PROPERTYÏVALUESÏ at the well location for each cell. This technique creates hard data that will be used to populate the 3D grid with either DETERMINISTICÏORÏSTOCHASTICÏALGORTIHMSÏ The second half of the course focuses ONÏFACIESÏANDÏPETROPHYSICALÏMODELINGÏ WORKmOWSÏUSINGÏSTOCHASTICÏMETHODSÏASÏ WELLÏASÏCOVERINGÏTHEÏUSAGEÏOFÏKRIGINGÏFORÏ CONTINUOUSÏPROPERTIESÏ)MPLEMENTINGÏDATAÏ ANALYSISÏRESULTSÏANDÏUSINGÏSECONDARYÏDATAÏ to constrain the result will also be shown. COURSE CONTENT Q

Q

"ASICSÏOFÏUNI ÏANDÏBIVARIATEÏ geostatistics Data preparation, including well log edits, calculations, and upscaling for discrete and continuous data


Q

&ACIESÏMODELINGÏ

Ï

Ï $ATAÏANALYSISÏ

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Ï 3EQUENTIALÏINDICATORÏSIMULATIONÏ

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Ï /BJECTÏFACIESÏMODELING

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Ï 4RUNCATEDÏ'AUSSIANÏSIMULATIONÏWITHÏ and without trends

Ï

Ï 5SINGÏSECONDARYÏDATAÏTOÏPOPULATEÏ FACIESÏMODELSÏ Q


Ï

Ï $ATAÏANALYSISÏ

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Ï 3EQUENTIALÏ'AUSSIANÏSIMULATIONÏ

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Ï 'AUSSIANÏRANDOMÏFUNCTIONÏ SIMULATIONÏ

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Ï 5SINGÏSECONDARYÏDATAÏTOÏPOPULATEÏ PETROPHYSICALÏMODELS

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏ GEOLOGISTS ÏGEOPHYSICISTS ÏGEOCHEMISTS Ï PETROPHYSICISTS ÏPETROLEUMÏENGINEERS Ï MANAGERS ÏRESERVOIRÏENGINEERS ÏANDÏ TECHNICALÏPERSONNELÏWITHÏPRIORÏEXPERIENCEÏ INÏUSINGÏ0ETRELÏPLATFORMÏSOFTWARE

4HEÏÏ0ETRELÏPLATFORMÏSTRUCTURALÏ MODELINGÏCOURSEÏPRESENTSÏDIFFERENTÏ APPROACHESÏTOÏBUILDINGÏMODELSÏTHATÏ CAPTUREÏGEOLOGICALLYÏCOMPLEXÏSITUATIONSÏ SUCHÏASÏREVERSEÏFAULTSÏANDÏTRUNCATIONS 4HISÏCOURSEÏCOVERSÏBOTHÏCORNER POINTÏ GRIDDINGÏANDÏSTRUCTURALÏFRAMEWORKÏ Attendees will be presented with WORKmOWSÏTHATÏCOMBINEÏBOTHÏPROCESSES Ï SPECIlCALLYÏHOWÏTOÏUSEÏTHEÏRESULTSÏFROMÏ THEÏSTRUCTURALÏFRAMEWORKÏTOÏGENERATEÏAÏ CORNER POINTÏGRIDÏ4HEÏATTENDEESÏWILLÏALSOÏ LEARNÏHOWÏTOÏGENERATEÏPARTIALLYÏANDÏFULLYÏ STAIR STEPPEDÏ$ÏGRIDSÏ4HEÏADVANTAGESÏ ANDÏLIMITATIONSÏOFÏTHEÏDIFFERENTÏTYPESÏOFÏ MODELSÏWILLÏALSOÏBEÏPRESENTEDÏ 4HEÏCOURSEÏWILLÏHIGHLIGHTÏTHEÏFOLLOWINGÏ Ï THEÏROBUSTÏFAULTÏMODELINGÏWHILEÏINTERPRETINGÏ SEISMICÏFUNCTIONALITY ÏWHICHÏALLOWSÏ RAPIDÏREAL TIMEÏCREATIONÏOFÏTHEÏSTRUCTURALÏ FRAMEWORKÏ ÏSALTÏMODELINGÏTECHNIQUESÏ USINGÏBOTHÏCORNER POINTÏGRIDDINGÏANDÏ STRUCTURALÏFRAMEWORKÏANDÏ ÏTHEÏINNOVATIVEÏ VOLUME BASEDÏMODELINGÏTECHNIQUEÏFORÏ THEÏCONSTRUCTIONÏOFÏCOMPLEXÏSTRUCTURALÏ FRAMEWORKS

3TRUCTURALÏFRAMEWORKÏAPPROACHÏ

Ï

Ï 'EOMETRYÏDElNITIONÏ

Ï

Ï &AULTÏFRAMEWORKÏMODELINGÏ

Ï

Ï &AULTÏMODELINGÏWHILEÏINTERPRETINGÏ

Ï

Ï (ORIZONÏMODELINGÏ Q

3TRUCTURALÏFRAMEWORKÏVERSUSÏCORNER point gridding

Q

3TAIR STEPÏFAULTINGÏ

Q

3ALTÏMODELINGÏMETHODSÏ

Q

6OLUME BASEDÏMODELINGÏTECHNIQUEÏ !VAILABLEÏONÏRELEASESÏAFTERÏ

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTS Ï GEOPHYSICISTS ÏPETROLEUMÏENGINEERS Ï MANAGERS ÏRESERVOIRÏENGINEERS ÏANDÏ TECHNICALÏPERSONNELÏWITHÏPRIORÏEXPERIENCEÏ USINGÏTHEÏ0ETRELÏPLATFORM PREREQUISITE 'ENERALÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGYÏ ANDÏGEOPHYSICSÏASÏWELLÏASÏHAVINGÏATTENDEDÏ THEÏ0ETRELÏ&UNDAMENTALSÏANDÏ0ETRELÏ'EOLOGYÏ COURSESÏORÏEQUIVALENTÏ0ETRELÏEXPERIENCE

COURSE CONTENT

PREREQUISITE 'ENERALÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGYÏ ANDÏATTENDANCEÏOFÏTHEÏ0ETRELÏ&UNDAMENTALSÏ COURSEÏORÏEQUIVALENTÏEXPERIENCE

Q

Ï

Q

0REPROCESSINGÏINPUTÏDATAÏ

Q

#ORNER POINTÏGRIDDINGÏAPPROACHÏ

Ï &AULTÏMODELINGÏ

Ï

Ï 0ILLARÏGRIDDINGÏ

Ï

Ï ,AYERINGÏ

Ï

Ï 4RUNCATIONSÏ

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Ï 2EVERSEÏFAULTSÏ


12/22/13 2:48 AM

FIELD DEVELOPMENT PLANNING Petrel Velocity Modeling


Skill – 3 Days

Skill – 2 Days

This course introduces the attendee to VELOCITYÏMODELING ÏVELOCITYÏHANDLING ÏANDÏ DOMAINÏCONVERSIONÏFUNCTIONALITYÏINÏTHEÏ 0ETRELÏÏPLATFORM

4HISÏCOURSEÏBUILDSÏONÏTHEÏ0ETRELÏPLATFORMÏ RESERVOIRÏENGINEERINGÏCOURSEÏANDÏFOCUSESÏ ONÏHOWÏTOÏUSEÏTHEÏ0ETRELÏPLATFORMÏFORÏ SENSITIVITYÏANDÏUNCERTAINTYÏSTUDIESÏ 4HESEÏSTUDIESÏINVOLVEÏHOWÏTOÏRUNÏTHEÏ SIMULATIONSÏASÏWELLÏASÏHOWÏTOÏUSEÏTHEÏ TOOLSÏTHATÏTHEÏ0ETRELÏPLATFORMÏOFFERSÏFORÏ RESULTSÏVIEWING ÏINCLUDINGÏHISTOGRAMS Ï tornado plots, spreadsheets, and line VECTORS

The course takes the attendee through the PREPARATIONÏSTAGEÏOFÏDATAÏUSEDÏFORÏVELOCITYÏ ESTIMATIONÏANDÏMODELINGÏ4HISÏPREPARATIONÏ STAGEÏINCLUDESÏQUALITYÏCONTROLÏANDÏEDITINGÏ of checkshot data used in sonic calibration ANDÏQUALITYÏCONTROLÏOFÏTIMEÏSURFACESÏ ANDÏWELLÏTOPSÏUSEDÏFORÏDElNINGÏVELOCITYÏ INTERVALS &URTHERMORE ÏTHEÏAVAILABLEÏVELOCITYÏ MODELINGÏTECHNIQUESÏAREÏPRESENTED Ï INCLUDINGÏWELLÏVELOCITYÏESTIMATION ÏTHEÏ NATUREÏANDÏMODELINGÏOFÏSEISMICÏVELOCITIES Ï SURFACE BASEDÏANDÏ$ÏGRID BASEDÏSEISMICÏ VELOCITYÏMODELING ÏASÏWELLÏASÏUSER DElNEDÏ VELOCITYÏFUNCTIONS &OLLOWINGÏTHEÏVELOCITYÏMODELINGÏPHASE Ï DOMAINÏCONVERSIONÏOFÏVARIOUSÏOBJECTSÏ ANDÏMETHODSÏFORÏMODELINGÏSTRUCTURALÏ UNCERTAINTYÏAREÏCOVERED COURSE CONTENT Q

Q Q

1UALITYÏCONTROLÏOFÏANDÏEDITINGÏOFÏWELLÏ data Checkshot calibration of sonic logs 6ELOCITYÏFUNCTIONSÏANDÏVARIOUSÏVELOCITYÏ MODELINGÏAPPROACHESÏ

NEW

4HEÏCOURSEÏBEGINSÏWITHÏSOMEÏBASICÏ CONCEPTSÏOFÏUNCERTAINTYÏANDÏHOWÏTHEYÏ AREÏINTERPRETEDÏINÏTHEÏ0ETRELÏPLATFORMÏ .EXT ÏPERFORMINGÏAÏSENSITIVITYÏSTUDYÏ ONCEÏTHEÏUNCERTAINÏINPUTÏPARAMETERSÏ AREÏIDENTIlEDÏWILLÏBEÏPRESENTEDÏIE ÏTHEÏ course guides the attendees through SETTINGÏINPUTÏDISTRIBUTIONS ÏSAMPLINGÏINPUTÏ FROMÏTHOSEÏDISTRIBUTIONS ÏANDÏRUNNINGÏ THEÏRESULTINGÏSIMULATIONÏCASESÏ)NÏTHEÏ SIMPLESTÏCONTEXT ÏTHEÏ0ETRELÏPLATFORMÏ ESTABLISHESÏAÏWORKmOWÏTHATÏALLOWSÏ FORÏRUNNINGÏAÏSENSITIVITYÏORÏUNCERTAINTYÏ STUDYÏINÏAÏFEWÏCLICKSÏ/CCASIONALLY ÏTHEÏ DEFAULTÏWORKmOWSÏMIGHTÏREQUIREÏBEINGÏ CUSTOMIZEDÏTOÏMEETÏTHEÏUSERSÏNEEDSÏ4HEÏ COURSEÏWILLÏINTRODUCEÏAÏNUMBERÏOFÏWAYSÏTOÏ ADDÏFUNCTIONALITYÏTOÏTHEÏBASICÏWORKmOWSÏ TOÏMEETÏTHEÏUSERSÏSPECIlCÏNEEDSÏFORÏ DElNINGÏINPUTÏORÏREPORTINGÏRESULTS COURSE CONTENT

Q

6ELOCITYÏMODELINGÏQUALITYÏCONTROLÏANDÏ MODELINGÏ

Q

4HEÏUNCERTAINTYÏANDÏOPTIMIZATIONÏ process

Q

$EPTHÏERRORÏANALYSISÏANDÏCORRECTIONÏ

Q

4HEÏWORKmOWÏEDITORÏ

Q

3URFACE BASEDÏANDÏ$ÏGRID BASEDÏ SEISMICÏVELOCITYÏMODELINGÏ

Q

Basic concepts in statistics

Q

!NISOTROPYÏINÏSEISMICÏVELOCITIESÏ

Q

'EOSTATISTICALÏMETHODSÏ

Q

1UANTIFYINGÏRESIDUALÏDEPTHÏERRORÏANDÏ CREATINGÏAÏDEPTHÏCORRECTIONÏMODELÏ

Q

#REATINGÏUSER DElNEDÏVELOCITYÏ functions

Q

$OMAINÏCONVERSIONÏ

Q

-ODELINGÏSTRUCTURALÏUNCERTAINTY

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTS Ï GEOPHYSICISTS ÏPETROLEUMÏENGINEERS Ï MANAGERS ÏRESERVOIRÏENGINEERSÏANDÏ TECHNICALÏPERSONNELÏEXPERIENCEDÏWITHÏ 0ETRELÏPLATFORM

Q

6ISUALIZEÏRESULTSÏFROMÏAÏSENSITIVITYÏORÏ UNCERTAINTYÏSTUDYÏ

Q

#USTOMIZEÏPREPAREDÏWORKmOWSÏINÏ 0ETRELÏPLATFORMÏTOÏMEETÏUSERÏNEEDS

Petrel Well Deliverability Skill – 1 Day 4HISÏCOURSEÏBUILDSÏONÏTHEÏ0ETRELÏPLATFORMÏ RESERVOIRÏENGINEERINGÏCOURSEÏANDÏISÏ ANÏEXTENSIONÏOFÏTHEÏWELLÏMODELINGÏ ENVIRONMENTÏWITHINÏTHEÏ0ETRELÏPLATFORMÏ SOFTWAREÏSUITEÏ4HEÏCOURSEÏPROVIDESÏ SUPPORTÏFORÏEXISTINGÏRESERVOIRÏENGINEERINGÏ WORKmOWSÏSUCHÏASÏDEVELOPMENTÏSTRATEGYÏ ANDÏlELDÏMANAGEMENTÏ4WOÏMAINÏ PRODUCTIONÏWORKmOWSÏAREÏDISCUSSEDÏINÏ THEÏCOURSEÏPERFORMANCEÏTABLEÏCOLLECTIONÏ ANDÏNODALÏANALYSISÏSIMULATIONÏ!TTENDEESÏ WILLÏLEARNÏHOWÏTOÏUSEÏRESERVOIRÏSIMULATEDÏ VARIABLESÏASÏINPUTÏDATAÏFORÏCREATINGÏ PERFORMANCEÏTABLESÏANDÏRUNNINGÏAÏ NODALÏANALYSISÏCASEÏ4HEÏINTEGRATIONÏOFÏ PRODUCTIONÏSIMULATEDÏVARIABLESÏTOÏSUPPORTÏ RESERVOIRÏENGINEERINGÏWORKmOWSÏWILLÏBEÏ DEMONSTRATEDÏBYÏCREATINGÏPERFORMANCEÏ TABLESÏ6&0 ÏWITHINÏTHEÏ0ETRELÏPLATFORMÏ suite and associating the results with THEÏDEVELOPMENTÏSTRATEGYÏPROCESSÏ)NÏTHISÏ WAY ÏANÏINTEGRATEDÏRESERVOIR PRODUCTIONÏ ENGINEERINGÏCYCLEÏISÏCOMPLETEDÏWITHOUTÏ LEAVINGÏTHEÏ0ETRELÏENVIRONMENTÏ4HEÏ attendees will also learn how to use nodal ANALYSISÏSIMULATIONÏTOÏINTRODUCEÏSEVERALÏ INmOWÏPERFORMANCEÏRELATIONSHIPÏMODELSÏFORÏ PRESSUREÏANDÏTEMPERATUREÏTRAVERSEÏ7HENÏ RUNNINGÏTHEÏNODALÏANALYSISÏCASE ÏATTENDEESÏ WILLÏLEARNÏHOWÏTOÏCREATEÏPROlLEÏPLOTS ÏSUCHÏ ASÏLIQUIDÏHOLDUP ÏEROSIONALÏVELOCITYÏRATIO Ï mUIDÏMEANÏVELOCITY ÏANDÏSOÏFORTH

COURSE CONTENT Q

7ELLÏDELIVERABILITYÏMODULEÏ

Q

)NmOWÏPERFORMANCEÏRELATIONSHIPÏ)02 Ï MODELÏMANAGERÏANDÏSUPPORTEDÏmOWÏ correlations.

Q

0ETRELÏPLATFORMÏWELLÏMODELÏ OPTIMIZATIONÏBYÏCREATINGÏAÏSINGLEÏmOWÏ PATHÏMODELÏ

Q

)02ÏMODELÏMANAGER

Q

Fluid properties for better understanding of input data

Q

(YDRAULICÏTABLESÏ6&0ÏTABLES

Q

6&0ÏTABLESÏASSOCIATEDÏWITHÏAÏ DEVELOPMENTÏSTRATEGY

Q

.ODALÏANALYSISÏCASEÏANDÏDISPLAYÏNODALÏ charts

Q

0ROlLEÏSPREADSHEETSÏANDÏDERIVEDÏLOGSÏ GENERATEDÏFROMÏNODALÏANALYSISÏTHROUGHÏ 0ETRELÏPLATFORM

Q

7ELLÏMODELSÏIMPORTINGÏFROMÏ

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTS Ï GEOPHYSICISTS ÏGEOCHEMISTS ÏPETROLEUMÏ ENGINEERS ÏMANAGERS ÏRESERVOIRÏENGINEERS Ï and other technical staff. PREREQUISITE 0ETRELÏ&UNDAMENTALSÏCOURSEÏINÏADDITIONÏ TOÏ0ETRELÏ2ESERVOIRÏ%NGINEERINGÏCOURSEÏORÏ EQUIVALENTÏEXPERIENCE

AUDIENCE 2ESERVOIRÏENGINEERS ÏGEOLOGISTS ÏANDÏ GEOPHYSICISTSÏWITHÏPREVIOUSÏRESERVOIRÏ engineering knowledge. PREREQUISITE 0ETRELÏ2ESERVOIRÏ%NGINEERINGÏCOURSEÏORÏ EQUIVALENTÏ0ETRELÏEXPERIENCE

PREREQUISITE 0ETRELÏ'EOPHYSICSÏCOURSEÏORÏSIMILARÏ0ETRELÏ EXPERIENCE

Software




Field trips

Uses simulation

| 31 12/22/13 2:48 AM

FIELD DEVELOPMENT PLANNING Petrel Geological Workflows and Uncertainty Analysis Skill – 2 Days

NEW

4HISÏTWO FOLDÏCOURSEÏAIMSÏTOÏGIVEÏTHEÏ ATTENDEESÏINSIGHTÏINTOÏTHEÏ7ORKmOWÏEDITORÏ ANDÏTHEÏ5NCERTAINTYÏANDÏ/PTIMIZATIONÏ PROCESSÏINÏTHEÏ0ETRELÏSOFTWAREÏPLATFORMÏ WITHÏAÏFOCUSÏONÏGEOLOGICALÏMODELINGÏ $URINGÏTHEÏlRSTÏDAY ÏTHEÏCOURSEÏWILLÏFOCUSÏ ONÏHOWÏTOÏUSEÏPREDElNEDÏWORKmOWSÏ ANDÏHOWÏTOÏCREATEÏYOURÏOWNÏWORKmOWSÏ for batch processing and operations, in addition to setting up, editing, and repeating processes with new data for AÏCOMPLETEÏANDÏSTANDARDIZEDÏRESERVOIRÏ MODELINGÏWORKmOWÏ4OÏTAKEÏFULLÏADVANTAGEÏ OFÏTHEÏUNCERTAINTYÏHANDLINGÏINÏTHEÏ0ETRELÏ PLATFORM ÏTHEÏATTENDEEÏWILLÏNEEDÏTOÏHAVEÏ ANÏUNDERSTANDINGÏOFÏTHEÏ7ORKmOWÏEDITORÏ MODULE ÏWHICHÏISÏTHEÏCORNERSTONEÏOFÏTHEÏ 5NCERTAINTYÏANDÏ/PTIMIZATIONÏPROCESSÏ4HEÏ ATTENDEEÏWILLÏBEÏALSOÏGIVENÏSOMEÏEXAMPLESÏ ONÏGEOLOGICALÏWORKmOWSÏ/NÏDAYÏTWO Ï this course will focus on understanding SENSITIVITIESÏANDÏUNCERTAINTIESÏOFÏAÏBASEÏ CASEÏVOLUMETRICÏRESERVOIRÏMODELÏ3TRUCTURALÏ uncertainties related to surfaces will be EXPLORED ÏASÏWELLÏASÏSTOCHASTICÏPARAMETERSÏ RELATEDÏTOÏTHEÏPROPERTYÏMODELÏ!LSO ÏTHEÏ UNCERTAINTYÏRELATEDÏTOÏTHEÏCONTACTSÏDElNINGÏ THEÏVOLUMEÏCASEÏWILLÏBEÏEXAMINED COURSE CONTENT Q

7ORKmOWÏEDITORÏINTERFACEÏANDÏLOGICÏ

Q

2UNNINGÏPREDElNEDÏWORKmOWSÏ

Q

#REATINGÏUSER DElNEDÏWORKmOWSÏ

Q

5PDATINGÏ$ÏMODELSÏWITHÏNEWÏINPUTÏ data

Q

"ECOMINGÏFAMILIARÏWITHÏTHEÏ 5NCERTAINTYÏANDÏ/PTIMIZATIONÏPROCESSÏ

Q

3ENSITIVITYÏANDÏUNCERTAINTYÏANALYSISÏ setup

Q

7ELLÏLOGÏINTERPRETATIONÏUNCERTAINTYÏ

Q

3TRUCTURALÏUNCERTAINTYÏ

Q

&LUIDÏCONTACTÏUNCERTAINTYÏ

Q

0ROPERTYÏUNCERTAINTY

Techlog for Geologists Advanced – 5 Days )NÏTHISÏCOURSE ÏATTENDEESÏLEARNÏADVANCEDÏ interpretation and processing capabilities WITHÏAÏFOCUSÏONÏTHEÏMANAGEMENTÏOFÏ WELLBOREÏIMAGEÏDATAÏANDÏTHEÏPERFORMANCEÏ OFÏINTERPRETATIONÏWORKmOWSÏFORÏANALYSISÏOFÏ THESEÏDATAÏ4OPICSÏINCLUDEÏFACIESÏTYPINGÏ USINGÏNEURALÏNETWORKÏMETHODS ÏMULTIWELLÏ plotting, cross section building, and MAPPINGÏINÏTHEÏ4ECHLOGÏSOFTWAREÏPLATFORMÏ APPLICATIONÏ,EARNÏTOÏUSEÏ4ECHLOGÏPLATFORMÏ GEOLOGICÏTOOLSÏTOÏACHIEVEÏEFlCIENTÏDATAÏ integration. COURSE CONTENT Q

,OAD ÏPROCESS ÏANDÏMANIPULATEÏIMAGEÏ data and core photos

Q

0ICKÏDIPSÏANDÏFACIES

Q

Interpret dips and facies

Q

Q

Neural network techniques for facies prediction 5SEÏZONEÏEDITINGÏFORÏlELDÏMAPS Ï KRIGING ÏANDÏMULTIWELLÏCROSSÏSECTIONS

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ WITHÏPRIORÏEXPERIENCEÏUSINGÏTHEÏ4ECHLOGÏ SOFTWAREÏPLATFORM PREREQUISITE 4ECHLOGÏ&UNDAMENTALSÏCOURSE

AUDIENCE 2ESERVOIR ÏDEVELOPMENT ÏANDÏEXPLORATIONÏ GEOLOGISTS ÏPETROPHYSICISTS ÏANDÏTECHNICALÏ PERSONNELÏEXPERIENCEDÏWITHÏTHEÏ0ETRELÏ SOFTWAREÏPLATFORM PREREQUISITE 0ETRELÏ&UNDAMENTALSÏCOURSEÏANDÏTHEÏ0ETRELÏ 'EOLOGYÏCOURSE



12/22/13 2:48 AM

INTEGRATEDFIELD FIELDDEVELOPMENT DEVELOPMENTPLANNING PROGRAM NExT offers FDP training that accelerates and transforms technical skills. It builds expertise in FDP techniques, tools, and workflows that are needed to address the challenges of field developments. This training is unique because it includes theory, software training, model building, workflows, and an in-class project designed to reinforce

lessons and demonstrate the acquired practical skills and understanding. The immersive, comprehensive curriculum starts from general understanding and extends to in-depth field assessment with economics, risk, and standard analysis techniques that provide a complete understanding of FDP.

Integrated FDP Program Flow Data Int egra tion

Static Model

Production, bbl/d

Integrated FDP Program Flow

Development Plans

Dynamic Model

Field development is becoming much more complex and expensive, so getting it right is critical. NExT offers four different FDP programs, each providing the opportunity to learn fundamental approaches in developing and working an FDP. The program incorporates the latest technologies and software to enable customers to design a suitable, long-term, and profitable development strategy.

Software




Field trips

Uses simulation

| 33 12/22/13 2:48 AM

GEOLOGY COMPETENCY LEVEL ADVANCED

Structural Geology and Tectonics

Carbonate Clastic Exploration; Play Stratigraphy and Stratigraphy and and Prospect Sedimentology Sedimentology Definition

Applied Structural Geology in Hydrocarbons System Analysis

Field Appraisal and Development

Field Trips

Evaluation and Management of Fractured Reservoirs

A Strategic Approach to Oil and Gas Exploration

Geostatistical Reservoir Modeling: Standard Approaches and Best Practices

Geological Assessment of Reservoir Seals and Pay

SKILL Integrated 3D Reservoir Modeling Workshop

Economics of Petroleum Exploration

Applied Geostatistics

Play-to-Prospect Exploration: Integrated Exploration Techniques and Workflows using Petrel Applications of Borehole Imaging to Hydrocarbon Exploration & Production

Deepwater Sedimentary Systems: Exploration and Production

Deepwater Petroleum Systems: Fundamentals and Applications

Mud Logging - Surface Gas Measurement and Fluid Characterization

Structural Geology

Practical Fracture Analysis of Clastic Reservoirs with Petrel: Casper, Wyoming, USA

Reservoir-Scale Heterogeneity in Upper Miocene Platforms of the Balearic Islands, Spain

Synrift Carbonate Platforms Miocene - Recent, Gulf of Suez, Egypt Delta-Slope Turbidite Deposition and Synsedimentary Deformation: County Clare, Ireland Depositional Environments from Slope Aprons to Tropical Reefs: Tabernas and Sorbas Basins, Spain Late Paleozoic - Early Mesozoic Sedimentation, South West Province, UK Oligo-Miocene Carbonate Sedimentary Models of Malta - Analogues for Cenozoic Reservoirs Worldwide

Petroleum Systems and Exploration and Development Geochemistry

Arid Coastline Carbonates and Evaporites, Abu Dhabi, UAE

Subsurface Facies Analysis - Integrating Borehole Images and Well Logs with Rock Physics and Seismic Data to Develop Geologic Reservoir Models

Fluvial and Deltaic Architecture and Advanced Modeling using Petrel: Utah/Colorado, USA

Sedimentology and Depositional Environments of Deepwater Deposits

Characterization and Petrel 3-D Modelling of Fluvio-Deltaic Sedimentary Architecture, Upper Carboniferous: East Kentucky, USA

Carbonate Sequence Stratigraphy and Application to Petroleum Reservoirs


Permian Basin Floor Fan Systems of Karroo, South Africa

Mapping the Subsurface

Sequence Stratigraphy: Principles and Applications

34 |

Foreland Basin Syntectonic Sedimentation: Southern Pyrenees, Spain



12/22/13 2:48 AM

GEOLOGY Structural Geology and Tectonics

Carbonate Clastic Exploration; Play Stratigraphy and Stratigraphy and and Prospect Sedimentology Sedimentology Definition

Field Appraisal and Development

Deepwater Reservoirs

Exploration Methods and Workflows: Integrating Petroleum System, Play and Prospect Evaluation, and Assessment

Development Geology

Siliclastic Reservoirs in Fluvial to Shelf Transitions

Basin Analysis and Petroleum Systems Modeling

Fractured Reservoir Characterization with Emphasis on Carbonates

Field Trips

COMPETENCY LEVEL FOUNDATION

Global Tectonics and Geological Prospecting Tools for Exploration

Introduction to Biostratigraphy

Prospect Evaluation, Risks, and Volumes

Geology of Clastic Reservoirs

Mudlogging Operations

Operations and Wellsite Geology

Petroleum Geoscience - Heriot-Watt University Program

Petroleum Geology

Introduction to Geology Including Day Pyrenees Field Trip

Introduction to Geology

Software




Field trips

Uses simulation

AWARENESS

| 35 12/22/13 2:48 AM

GEOLOGY

SOFTWARE

COMPETENCY LEVEL

Petrel

PetroMod

Techlog

GeoFrame

GeoX

Petrel Advanced Property Modeling

PetroMod Advanced Topics

Techlog Formation Evaluation

GeoFrame CPS-3 Advanced Mapping and Volumetrics

GeoX Advanced Risk and Resource Assessment

PetroMod Quantification of Uncertainty Analyses in Petroleum Systems Modeling

Techlog Advanced Analysis

GeoFrame Litho ToolKit Facies Classification

ADVANCED

Techlog Borehole Image Interpretation


SKILL

Petrel Petroleum System-Based Play-to-Prospect Exploration: Using Petrel Exploration Geology Software for Integrated Evaluation of Petroleum Systems, Plays, and Prospects

PetroMod Structural Analysis for Petroleum Systems Modeling


PetroMod Petroleum Systems Modeling for Shale Plays

Petrel Fracture Modeling

PetroMod Calibration Workflows for Petroleum Systems Models


PetroMod Version 11 to Release 2011.1/2012.1 Update

Techlog Formation Evaluation with Quanti.Elan

Petrel Introduction to Structural and Fault Analysis Module (Rock Deformation Research [RDR]) Petrel Geological Workflows and Uncertainty Analysis


Petrel Advanced Wells

Petrel Reservoir Geomechanics



12/22/13 2:48 AM

GEOLOGY

PetroMod

Techlog

GeoFrame

GeoX

GeoFrame Geology Office

GeoX Basic Risk and Resource Assessment

Petrel Well Correlation

GeoFrame CPS-3 Mapping Fundamentals

GeoX Prospect Assessment Concepts and Applications

Petrel Geology

GeoFrame Fundamentals

Petrel Fundamentals and Petrel Geology Combined Course

GeoFrame Administration

FOUNDATION Petrel Well Design

Introduction to PetroMod

Techlog Python

SOFTWARE

Petrel

COMPETENCY LEVEL



Software




Field trips

Uses simulation

| 37 12/22/13 2:48 AM

GEOLOGY Introduction to Geology

Introduction to Geology Including Day Pyrenees Field Trip

Basin Analysis and Petroleum Systems Modeling

Deepwater Reservoirs





Attendees will be presented with an OVERVIEWÏOFÏTHEÏFUNDAMENTALSÏOFÏGEOLOGYÏ ANDÏITSÏIMPACTÏONÏTHEÏPROCESSESÏOFÏ PETROLEUMÏEXPLORATION ÏDEVELOPMENT ÏANDÏ PRODUCTIONÏ4HISÏINTRODUCTORYÏGEOLOGYÏ COURSEÏFOCUSESÏONÏTHEÏKEYÏCONCEPTSÏANDÏ PRINCIPLESÏOFÏGEOLOGYÏASÏAPPLIEDÏTOÏTHEÏOILÏ ANDÏGASÏINDUSTRYÏ

4HISÏ DAYÏCOURSE ÏINCLUDINGÏAÏ DAYÏlELDÏ TRIPÏTOÏTHEÏ0YRENEES ÏINTRODUCESÏ%0Ï PROFESSIONALSÏFROMÏNONGEOLOGYÏDISCIPLINESÏ TOÏKEYÏGEOLOGICALÏCONCEPTSÏANDÏPRINCIPLESÏ FORÏUSEÏINÏTHEÏOILÏANDÏGASÏINDUSTRYÏ4HEÏ COURSEÏSUMMARIZESÏGEOLOGYÏFUNDAMENTALSÏ REQUIREDÏFORÏÏPETROLEUMÏEXPLORATION Ï DEVELOPMENT ÏANDÏPRODUCTIONÏ4HISÏCOURSEÏ ISÏANÏÏOFFSHOOTÏOFÏTHEÏ DAYÏ)NTRODUCTIONÏ TOÏ'EOLOGYÏCOURSE

4HISÏ DAYÏCOURSEÏCOVERSÏTHEÏKEYÏASPECTSÏ OFÏBASINÏANALYSISÏANDÏSUBSEQUENTÏBASINÏ ANDÏPETROLEUMÏSYSTEMSÏMODELINGÏFROMÏ input to output. The course contents INCLUDEÏBASINÏEVOLUTIONÏFROMÏPLATEÏ TECTONICSÏTOÏPETROLEUMÏGENERATIONÏANDÏ MIGRATIONÏ2ISKSÏANDÏUNCERTAINTIESÏTHATÏ INmUENCEÏUNDERSTANDINGÏPETROLEUMÏ SYSTEMSÏWITHINÏAÏBASINÏANDÏHOWÏTOÏ QUANTIFYÏTHOSEÏUNCERTAINTIESÏAREÏINCLUDEDÏ 4HISÏCOURSEÏPROVIDESÏTHEÏBASICÏGEOSCIENCEÏ BACKGROUNDÏNEEDEDÏBYÏANYONEÏENGAGEDÏINÏ PETROLEUMÏSYSTEMSÏMODELINGÏ!TTENDEESÏ WILLÏLEARNÏTHEÏTYPEÏOFÏQUESTIONSÏTOÏASK Ï THEÏKINDÏOFÏDATAÏNEEDEDÏTOÏBUILDÏMODELSÏ ANDÏSOLVEÏSPECIlCÏPROBLEMS ÏANDÏHOWÏTOÏ APPLYÏGEOLOGICALÏREASONINGÏINÏQUANTIFYINGÏ uncertainties.

4HISÏIN DEPTHÏCOURSEÏPROVIDESÏTHEÏPROCESSÏ SEDIMENTOLOGYÏBACKGROUNDÏREQUIREDÏTOÏ UNDERSTANDÏDEEPWATERÏSYSTEMSÏANDÏTOÏ RECOGNIZEÏSEDIMENTÏGRAVITYÏmOWSÏONÏ subsurface datasets. Course participants WILLÏBEÏABLEÏTOÏ

COURSE CONTENT Q

(ISTORYÏANDÏECONOMICSÏOFÏPETROLEUM

Q

%ARTHÏSTRUCTUREÏANDÏPLATEÏTECTONICS

Q

-AJORÏROCKÏTYPES

Q

3TRUCTURALÏSTYLEÏANDÏSTRESSÏlELDS

Q

&OLDS ÏFAULTS ÏUNCONFORMITIES ÏANDÏ fractures

Q

3TRUCTURALÏANDÏHYDROCARBONÏTRAPS

Q

Q

Clastic and carbonate depositional SYSTEMS 'EOLOGICÏMAPPINGÏANDÏCROSSÏSECTIONS

Q

0ETROLEUMÏSYSTEMS

Q

3OURCEÏROCKSÏANDÏTYPESÏOFÏORGANICÏ MATTER

Q

Traps and seals

Q

#ORRELATIONÏANDÏSTRATIGRAPHY

Q

0OREÏSYSTEMSÏANDÏDIAGENESIS

Q

0OREÏSYSTEMÏCHARACTERIZATION

Q

0OROSITYÏANDÏPERMEABILITY

Q

3TATICÏRESERVOIRÏMODEL

Q

3EISMICÏMETHODSÏANDÏPETROLEUMÏ GEOLOGY

Q

7IRELINEÏLOGGINGÏANDÏINTERPRETATIONÏ FUNDAMENTALS

AUDIENCE

COURSE CONTENT Q

'EOLOGYÏFUNDAMENTALSÏREQUIREDÏINÏ PETROLEUMÏEXPLORATION ÏDEVELOPMENT Ï and production

Q

DAYÏlELDÏTRIPÏREQUIRINGÏAÏMODERATEÏ AMOUNTÏOFÏWALKINGÏANDÏLOW INCLINEÏ CLIMBINGÏ

AUDIENCE %NTRYÏLEVEL TO MIDLEVELÏENGINEERS Ï GEOSCIENTISTS ÏANDÏOTHERÏ%0ÏSTAFFÏ who need an understanding of the role 'EOLOGYÏPLAYSÏINÏTHEIRÏEVERYDAYÏBUSINESSÏ ACTIVITIES PREREQUISITE None

COURSE CONTENT

sÏ $IFFERENTIATEÏBETWEENÏCHANNELS Ï LOBES ÏMASSÏTRANSPORTÏCOMPLEXES ÏANDÏ contoured deposits on well logs sÏ )DENTIFYÏPROCESSESÏRESPONSIBLEÏFORÏ SEDIMENTARYÏSTRUCTURES ÏBEDFORMS Ï ANDÏLITHOLOGYÏANDÏUSEÏTHESEÏTOÏ DETERMINEÏDEPOSITIONALÏENVIRONMENTSÏ ANDÏLATERALÏCONTINUITYÏOFÏRESERVOIRSÏ FROMÏCOREÏSAMPLESÏ

Q

)NTRODUCTIONÏTOÏSEDIMENTARYÏBASINS

Q

"ASINÏFORMINGÏMECHANISMS

Q

"ASINÏCLASSIlCATIONÏANDÏSTRUCTURALÏ ANALYSIS

Q

"ASINÏlLL

Q

'EOCHEMICALÏANALYSIS

Q

4EMPERATURESÏANDÏPRESSURESÏINÏ SEDIMENTARYÏBASINS

Q

0ETROLEUMÏSYSTEMÏMODELINGÏ

Q

0ETROLEUMÏSYSTEMSÏMODELINGÏ approach

Q

(YDROCARBONÏGENERATION

Q

(YDROCARBONÏMIGRATION

AUDIENCE

Q

5NCERTAINTYÏMANAGEMENTÏANDÏ QUANTIlCATION

Geoscientists who wish to understand DEEPWATERÏRESERVOIRS

AUDIENCE

PREREQUISITE

'EOSCIENTISTSÏINVOLVEDÏINÏPETROLEUMÏ SYSTEMSÏMODELINGÏORÏANYONEÏWANTINGÏTOÏ KNOWÏMOREÏABOUTÏTHEÏPETROLEUMÏSYSTEMSÏ MODELINGÏAPPROACH

None

PREREQUISITE

%0ÏPROFESSIONALSÏWITHÏAÏNEEDÏTOÏBETTERÏ UNDERSTANDÏGEOLOGYÏPRINCIPLES

sÏ $IFFERENTIATEÏBETWEENÏMASSÏ TRANSPORTÏCOMPLEXES ÏSEDIMENTÏ GRAVITYÏmOWS ÏANDÏCONTOURSÏANDÏ PREDICTÏNETGROSSÏVALUESÏFORÏEACHÏINÏ SEISMICÏDATAÏ

sÏ #ORRELATEÏRESERVOIRÏSANDSTONESÏUSINGÏ CONCEPTSÏDEVELOPEDÏBYÏ-IKEÏ'ARDNERÏ INÏTHEÏ"RUSHYÏ#ANYONÏFORMATIONÏOFÏ the southwestern U.S. The course ALSOÏBUILDSÏONÏSEVERALÏOUTCROPÏ ANALOGS ÏINCLUDINGÏTHEÏ2OSSÏFORMATIONÏ of Ireland COURSE CONTENT Q

#OMPANY SPECIlCÏCASEÏSTUDIESÏ

Q

#OURSEÏMANUALS ÏINCLUDINGÏSEISMICÏ data, well logs, core photos, and other handouts

PREREQUISITE Basic knowledge and understanding OFÏGEOLOGY

"ASICÏKNOWLEDGEÏOFÏGEOLOGYÏANDÏ NOÏPRIORÏPETROLEUMÏSYSTEMSÏ MODELINGÏEXPERIENCE



12/22/13 2:48 AM

GEOLOGY Development Geology

Exploration Methods and Workflows: Integrating Petroleum System, Play and Prospect Evaluation, and Assessment

Fractured Reservoir Characterization with Emphasis on Carbonates




4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ THEÏFUNDAMENTALÏSKILLSÏTOÏCONSTRUCTÏ GEOLOGICÏMODELSÏANDÏUNDERSTANDÏTHEÏ FACTORSÏTHATÏAFFECTÏlELDÏOPERATIONSÏANDÏ lELDÏMANAGEMENTÏ4HEÏCOURSEÏCOVERSÏ FROMÏTHEÏGATHERINGÏANDÏINTERPRETATIONÏ of geologic data to the preparation of GEOLOGICÏMODELSÏTOÏTHEÏQUANTIlCATIONÏOFÏ SUBSURFACEÏUNCERTAINTY ÏINÏADDITIONÏTOÏ APPLYINGÏGEOLOGICÏCONCEPTS ÏCONSTRUCTINGÏ MAPSÏANDÏSECTIONS ÏANDÏVALIDATINGÏ COMPUTER GENERATEDÏINTERPRETATIONSÏ Also included are calculating SUBSURFACEÏVOLUMESÏANDÏASSESSINGÏTHEIRÏ uncertainties, preparing a well proposal, planning appraisal wells, and assessing THEIRÏECONOMICÏVALUEÏ!TTENDEESÏWILLÏ ACQUIREÏPRACTICALÏEXPERIENCEÏBYÏWORKINGÏ INÏTEAMSÏONÏANÏACTUALÏlELDÏSTUDY

4HISÏEXERCISE RICHÏCOURSEÏTOUCHESÏONÏALLÏ ASPECTSÏANDÏFUNDAMENTALSÏOFÏPETROLEUMÏ SYSTEMSÏANDÏTEACHESÏATTENDEESÏHOWÏ TOÏAPPLYÏANÏEXPLORATIONISTSÏEVALUATIONÏ OFÏAÏPLAYÏORÏPROSPECTÏ4OÏUNDERSTANDÏ AÏPROSPECT ÏTHEÏEXPLORATIONISTÏMUSTÏ UNDERSTANDÏTHEÏPLAY ÏANDÏTOÏUNDERSTANDÏ THEÏPLAY ÏTHEÏEXPLORATIONISTÏMUSTÏ UNDERSTANDÏTHEÏPETROLEUMÏSYSTEMS

AUDIENCE

COURSE CONTENT

%XPLORATIONÏGEOLOGISTSÏANDÏGEOPHYSICISTS

COURSE CONTENT Q Q

Q

Q

0LAYSÏANDÏPETROLEUMÏSYSTEMSÏASÏ FOUNDATIONÏFORÏEVALUATIONS

Q

2OLEÏOFÏKEYÏPETROLEUMÏSYSTEMÏ ELEMENTSÏINÏEVALUATIONS

Q

4YPESÏOFÏPETROLEUMÏSYSTEMÏMODELSÏ and their applications

Q

Best practices and pitfalls

Q

)NPUTSÏFORÏVOLUMETRICÏCALCULATIONS

0ROBABILISTICÏVOLUMESÏANDÏESTIMATESÏ for prospect success

Q

%STIMATESÏOFÏPROSPECTIVEÏ HYDROCARBONÏVOLUMES

Q

$EVELOPMENTÏOFÏPLAYÏCONCEPTS Ï FEASIBILITYÏANALYSIS ÏANDÏEVALUATIONÏOFÏ HYDROCARBONÏPOTENTIAL

PREREQUISITE "ASICÏKNOWLEDGEÏOFÏGEOLOGY

4HISÏ DAYÏCOURSE ÏCOVERINGÏESSENTIALÏ GEOLOGYÏANDÏGEOMECHANICSÏOFÏFRACTUREDÏ RESERVOIRS ÏEXTENDSÏFROMÏAPPRAISALÏ THROUGHÏDEVELOPMENTÏTOÏSECONDARYÏ RECOVERYÏ)TÏALSOÏINTRODUCESÏTHEÏBASICSÏ OFÏRESERVOIRÏENGINEERINGÏISSUESÏ4HEÏ COURSEÏCONTENTSÏAREÏGENERALÏTOÏALLÏTYPESÏ OFÏFRACTUREDÏRESERVOIRSÏWITHÏANÏEMPHASISÏ ONÏCARBONATESÏ#LASSROOMÏSESSIONSÏ INCLUDEÏEXERCISESÏTHATÏPROVIDEÏFORÏOPENÏ DISCUSSIONÏOFÏTHEÏSPECIlCÏISSUESÏORÏ DATASETSÏSUBMITTEDÏBYÏTHEÏATTENDEESÏ!Ï COMPREHENSIVEÏREFERENCEÏLISTÏOFÏTECHNICALÏ SOURCESÏISÏPROVIDEDÏINÏADDITIONÏTOÏAÏSLIDEÏ set used during the course. COURSE CONTENT Q

&RACTUREDÏRESERVOIRÏTYPESÏANDÏ INTRODUCTIONÏOFÏTHEÏKEYÏISSUES

Q

4OOLSÏANDÏTECHNIQUESÏAVAILABLEÏFORÏ FRACTUREDÏRESERVOIRÏCHARACTERIZATIONÏ WORKmOWS

Q

"ASICÏSTRUCTURALÏGEOLOGYÏANDÏROCKÏ MECHANICS ÏEMPHASIZINGÏTHEIRÏ RELEVANCEÏTOÏRESERVOIRÏDESCRIPTIONSÏ INÏTHEÏGEOLOGYÏANDÏGEOPHYSICSÏ ENVIRONMENT

Q

6ARIOUSÏAPPROACHESÏTOÏFRACTUREÏ MODELING ÏFRACTUREDÏRESERVOIRÏ CHARACTERIZATIONÏPRINCIPLES ÏANDÏ WORKmOWSÏ

Q

$ISCUSSÏSPECIlCÏISSUESÏRELEVANTÏTOÏ REAL WORLDÏRESERVOIRÏCHARACTERIZATION

Scope of oil and gas business 3UBSURFACEÏMODELS ÏINPUTÏDATA ÏANDÏ MODELINGÏCONCEPTS Gathering, processing, and INTERPRETINGÏSEISMICÏDATA 3TRUCTURALÏTYPES ÏTRAPS ÏFAULTÏSEALS Ï MAPSÏANDÏSECTIONS ÏANDÏCORRELATIONS

Q

#LASTICÏSEDIMENTARYÏENVIRONMENTS

Q

"ASICÏWELLÏTECHNOLOGY ÏHORIZONTALÏ wells, well data, log and core data, UNCERTAINTIES ÏANDÏMAPPING

Q

#ARBONATEÏRESERVOIRS

Q

3UBSURFACEÏDEVELOPMENTÏOPTIONS

Q

6OLUMETRICSÏANDÏSUBSURFACEÏ uncertainties

Q

3TATICÏANDÏDYNAMICÏMODELS

Q

Q

Q

AUDIENCE 'EOLOGISTS ÏGEOPHYSICISTS Ï PETROPHYSICISTS ÏANDÏRESERVOIRÏENGINEERSÏ LOOKINGÏTOÏDEVELOPÏTHEIRÏSKILLSÏINÏTHEÏ FRACTUREDÏRESERVOIRÏCHARACTERIZATIONÏ WORKmOWS

Field operations, well design, and geologic input

Q

$EVELOPMENTÏOPTIONS ÏPROJECTÏ planning, and phased costs

Q

)MPACTÏOFÏSUBSURFACEÏUNCERTAINTYÏONÏ PROJECTÏECONOMICS

PREREQUISITE "ASICÏBACKGROUNDÏINÏGEOLOGY

AUDIENCE %NGINEERSÏANDÏGEOLOGISTSÏINVOLVEDÏ INÏRESERVOIRÏAPPRAISALÏAND DEVELOPMENTÏPROJECTS PREREQUISITE "ASICÏUNDERSTANDINGÏOFÏRESERVOIRÏANDÏ PETROLEUMÏGEOLOGY

Software




Field trips

Uses simulation

| 39 12/22/13 2:48 AM

GEOLOGY Geology of Clastic Reservoirs

Global Tectonics and Geological Prospecting Tools for Exploration

Introduction to Biostratigraphy




4HISÏCOURSEÏFOCUSESÏONÏIN DEPTHÏANALYSISÏ OFÏTHEÏDISTRIBUTION ÏGEOMETRY ÏANDÏ SEDIMENTARYÏARCHITECTUREÏOFÏCLASTICÏ RESERVOIRÏFACIESÏ!TTENDEESÏWILLÏLEARNÏ THEÏCRITERIAÏFORÏDISTINGUISHINGÏRESERVOIRÏ FACIESÏBYÏUSINGÏWIRELINEÏLOGÏANDÏCOREÏ data, how to interpret facies distributions ATÏREGIONALÏANDÏlELDÏSCALES ÏANDÏHOWÏTOÏ INTEGRATEÏTHISÏINFORMATIONÏINTOÏEXPLORATIONÏ ANDÏDEVELOPMENTÏPROJECTSÏ.UMEROUSÏ case studies are used to illustrate the NATUREÏOFÏCLASTICÏRESERVOIRS ÏANDÏEXERCISESÏ EMPLOYINGÏLOGÏANDÏCOREÏDATAÏSUPPORTÏ CLASSROOMÏLECTURES

!ÏCOMBINATIONÏOFÏLECTURESÏANDÏHANDS ONÏ PRACTICALÏEXERCISESÏWILLÏINTRODUCEÏ ATTENDEESÏTOÏTHEÏFUNDAMENTALSÏOFÏANÏ EFFECTIVEÏPETROLEUMÏSYSTEMÏ%MPHASISÏISÏ on global tectonics and how basins are FORMED ÏlLLED ÏANDÏDEFORMEDÏASÏWELLÏASÏ USEÏOFÏKEYÏGEOLOGICÏPROSPECTINGÏTOOLSÏ Although the course focus is on clastic ROCKS ÏESPECIALLYÏTURBIDITES ÏITÏALSOÏ REVIEWSÏCARBONATEÏROCKSÏANDÏEVAPORITEÏ FORMATIONSÏ4HEÏ!TLANTICÏ-ARGINÏBASINÏISÏ THEÏSOURCEÏFORÏDISCUSSIONSÏOFÏPETROLEUMÏ SYSTEMÏELEMENTS

3TRUCTUREDÏTOÏPROVIDEÏBASIC ÏPRACTICALÏ KNOWLEDGE ÏTHISÏCOURSEÏCOVERSÏTHEÏMAINÏ fossil groups used in geologic operations, SAMPLEÏPROCESSINGÏTECHNIQUES ÏMARKERÏ IDENTIlCATION ÏANDÏUSEÏOFÏBIOSTRATIGRAPHICÏ charts in the geologic interpretation of drilling sections.

COURSE CONTENT Q

&LUVIO DELTAICÏFACIES

Q

3EDIMENTARYÏARCHITECTURES

Q

!LLUVIALÏFAN ÏmUVIAL ÏEOLIAN ÏSHOREFACE Ï DELTAIC ÏANDÏSHELFÏENVIRONMENTS

Q

2ESERVOIRÏFACIES

Q

$ATAÏINTEGRATION ÏQUALITYÏCONTROL ÏANDÏ ANALYSISÏTECHNIQUESÏUSINGÏOUTCROPÏ data, core photos, wireline logs, ISOPACHÏMAPS ÏANDÏSEISMICÏATTRIBUTEÏ MAPS

AUDIENCE %NGINEERS ÏGEOSCIENTISTS ÏOPERATINGÏ PERSONNEL ÏANDÏOTHERÏASSETÏTEAMÏMEMBERSÏ RESPONSIBLEÏFORÏEXPLORATION ÏDEVELOPMENT Ï ORÏPRODUCTIONÏOFÏCLASTICÏRESERVOIRS

Attendees will be introduced TOÏKEYÏASPECTSÏOFÏSOURCEÏROCK Ï MIGRATION ÏOVERBURDENÏROCK ÏRESERVOIRÏ CHARACTERISTICS ÏSEALÏROCK ÏTRAPS ÏTIMING Ï ANDÏPRESERVATIONÏELEMENTS ÏINÏADDITIONÏ TOÏLEARNINGÏTHEÏFUNDAMENTALÏTOOLSÏFORÏ EXPLORATIONÏPETROPHYSICSÏ4HEÏCOURSEÏ WILLÏALSOÏCOVERÏCORRELATINGÏDIFFERENTÏWELLÏ logs that show faults and stratigraphic VARIATIONÏANDÏCREATINGÏCONTOURÏMAPSÏANDÏ LEARNÏTOÏPRESENTÏFAULTSÏINÏMAPÏVIEW

"IOSTRATIGRAPHICÏINFORMATIONÏISÏAÏTOOLÏ ROUTINELYÏUSEDÏINÏMANYÏOPERATIONS Ï ANDÏTHISÏINTRODUCTORYÏCOURSEÏCOVERSÏ ITSÏFUNDAMENTALÏ%0ÏAPPLICATIONSÏ ANDÏLIMITATIONSÏ!TTENDEESÏWILLÏBETTERÏ UNDERSTANDÏTHEÏMOSTÏCOMMONÏMISTAKESÏ MADEÏWHILEÏSTUDYINGÏSAMPLESÏANDÏ INTERPRETINGÏTHEÏFOSSILÏASSEMBLAGES Ï INÏADDITIONÏTOÏCORRECTLYÏASSESSINGÏ THEÏSTRATIGRAPHICÏLEVELÏDURINGÏDRILLINGÏ and interpret the paleontological associations. COURSE CONTENT

&IVEÏLAWSÏOFÏGEOLOGY

Q

"ASINÏFORMATION ÏPLATEÏTECTONICS ÏANDÏ source rocks

Q

5NCONVENTIONALÏPETROLEUMÏSYSTEMS

Q

%VAPORATEÏANDÏCARBONATEÏPETROLEUMÏ SYSTEMS

PREREQUISITE

Q

&LUVIAL ÏDELTAIC ÏANDÏTURBIDITEÏDEPOSITS

"ASICÏKNOWLEDGEÏOFÏSEDIMENTARYÏGEOLOGY

Q

Migration

Q

"ASINÏlLLINGÏANDÏDEFORMATION

Q

&AULTINGÏASÏPATHWAYSÏANDÏSEALS

Q

Structural traps

Q

$EFORMATION ÏSUTURESÏANDÏINCLUSIONS Ï RUBBLEÏZONES ÏANDÏIMAGINGÏBELOWÏSALT

Q

0ETROPHYSICSÏFORÏEXPLORATIONÏ

)NDEXÏANDÏFACIESÏFOSSILS

Q

0ALEOENVIRONMENTÏASSEMBLAGESÏANDÏ biofacies

Q

0RINCIPLESÏOFÏABSOLUTEÏANDÏRELATIVEÏ datation

Q

4IMEÏSCALEÏANDÏBIOSTRATIGRAPHICÏ ZONATIONS

Q

Age interpretation based on fossils

Q

5SEÏOFÏLITHOSTRATIGRAPHY Ï BIOSTRATIGRAPHY ÏCHRONOSTRATIGRAPHY Ï ANDÏDISCONTINUITY BOUNDEDÏ stratigraphical units

Q

+EYÏBIOSTRATIGRAPHICÏEVENTSÏINÏ%ARTHSÏ HISTORY

Q

4RANSGRESSIVE REGRESSIVEÏCYCLES Ï sequences, and interpretation

Q

+EYÏSEQUENCEÏSTRATIGRAPHYÏSURFACES

Q

(IGH RESOLUTIONÏBIOSTRATIGRAPHY

Q

"IOSTRATIGRAPHYÏDElNITIONSÏANDÏ principles

Q

&ORAMINIFERA ÏCALCAREOUSÏ NANOPLANKTON ÏAND ÏPALYNOMORPHS

'EOLOGISTS ÏGEOPHYSICISTS ÏPETROLEUMÏ engineers, drilling engineers, and other PROFESSIONALSÏWORKINGÏINÏ%0ÏOPERATIONS

Biostratigraphical studies while drilling

PREREQUISITE

COURSE CONTENT Q

Q

Q

Q

Q

Q

3AMPLEÏPROCESSING ÏPICKING ÏANDÏ IDENTIFYINGÏOFÏFOSSILÏGROUPS

AUDIENCE

"ASICÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGY

Biostratigraphic studies and fossil groups according to geologic section $ESIGNÏSAMPLINGÏSTRATEGYÏWHILEÏ DRILLINGÏEXERCISE

AUDIENCE %XPLORATIONÏGEOSCIENTISTSÏANDÏMANAGERSÏ WHOÏWANTÏAÏFUNDAMENTALÏUNDERSTANDINGÏ OFÏPETROLEUMÏSYSTEMSÏANDÏKEYÏGEOLOGICÏ prospecting techniques. PREREQUISITE "ASICÏPETROLEUMÏGEOLOGY ÏANDÏKNOWLEDGEÏ OFÏPETROLEUMÏSYSTEMS



12/22/13 2:48 AM

GEOLOGY Mud Logging Operations NEW


4HISÏ DAYÏCOURSEÏCONSISTSÏOFÏPRACTICALÏ ANDÏTHEORETICALÏSESSIONSÏINÏTHEÏCLASSROOM Ï MUDÏLOGGINGÏUNIT ÏANDÏWORKSHOPÏ %XPERIENCEDÏPROFESSIONALSÏPROVIDEÏ IN DEPTHÏDETAILSÏONÏMUDÏLOGGINGÏSERVICES Ï COUPLEDÏWITHÏHANDS ONÏPRACTICALÏLEARNINGÏ CENTEREDÏONÏAÏSTATE OF THE ARTÏTRAININGÏ ENVIRONMENTÏATÏTHEÏ3CHLUMBERGERÏ %UROPEANÏ,EARNINGÏ#ENTERÏ%,# ÏLOCATEDÏ in Melun, France. The practical sessions USEÏTHEÏMUDÏLOGGINGÏUNIT ÏACQUISITIONÏ SENSORSÏANDÏSAMPLEÏANALYSISÏEQUIPMENT Ï GEOLOGICALÏLABORATORY ÏANDÏRIG BASEDÏ TRAININGÏ4HEÏCOURSEÏWILLÏPROVIDEÏAÏCLEARÏ UNDERSTANDINGÏOFÏTHEÏPRIMARYÏOBJECTIVEÏ OFÏMUDÏLOGGINGÏSERVICES ÏWHICHÏISÏ THEÏSURFACEÏMEASUREMENTÏOFÏDRILLINGÏ PARAMETERS ÏGASÏDATA ÏANDÏGEOLOGICALÏ INFORMATIONÏ4HEÏ DAYÏCOURSEÏFOCUSESÏ on understanding drilling operations MONITOREDÏTHROUGHÏAÏMUDÏLOGGINGÏSYSTEM Ï helping to understand the principle of gas MEASUREMENTS ÏANDÏTOÏCOMPREHENDÏHOWÏ GEOLOGICALÏDESCRIPTIONSÏAREÏPERFORMEDÏ together with the process of building AÏLITHOSTRATIGRAPHICÏCOLUMNÏ"YÏTHEÏ conclusion of the course, participants WILLÏHAVEÏANÏIMPROVEDÏUNDERSTANDINGÏOFÏ THEÏADDEDÏVALUEÏOFÏMUDÏLOGGINGÏDATA ÏBEÏ FAMILIARÏWITHÏALLÏELEMENTSÏRELATEDÏTOÏDATAÏ QUALITYÏCONTROL ÏANDÏHAVEÏTHEÏSKILLSÏNEEDEDÏ TOÏCHALLENGEÏTHEÏDATAÏQUALITYÏ4HISÏCOURSEÏ ISÏONLYÏAVAILABLEÏATÏ%,#Ï-ELUN Ï0ARISÏ COURSE CONTENT

Operations and Wellsite Geology

Petroleum Geology

Petroleum Geoscience - Heriot-Watt University Program




)NÏTHISÏTHOROUGHÏOVERVIEWÏOFÏWELLSITEÏ DATAÏACQUISITIONÏANDÏQUALITYÏCONTROL Ï ATTENDEESÏWILLÏLEARNÏTHEÏFORMATIONÏ EVALUATIONÏTECHNIQUESÏUSEDÏBYÏWELLSITEÏ GEOLOGISTSÏ!ÏCOMBINATIONÏOFÏLECTURESÏ ANDÏPRACTICALÏEXERCISESÏENHANCEÏTHEÏ UNDERSTANDINGÏOFÏDRILLINGÏPROBLEMSÏ CAUSEDÏBYÏSUBSURFACEÏCONDITIONSÏANDÏ the application of wellsite data in EXPLORATIONÏANDÏDEVELOPMENTÏPROJECTS

4HISÏCOURSEÏWILLÏENHANCEÏANÏATTENDEESÏ KNOWLEDGEÏOFÏTHEÏFUNDAMENTALSÏOFÏGEOLOGYÏ ANDÏHOWÏTHEÏFUNDAMENTALSÏAREÏINTEGRATEDÏ WITHÏENGINEERINGÏDATAÏTOÏEFFECTIVELYÏANDÏ OPTIMALLYÏMANAGEÏRESERVOIRÏDEVELOPMENT Ï in addition to learning which geologic data AREÏNEEDEDÏTOÏDESCRIBEÏTHEÏ$ÏGEOMETRYÏ OFÏAÏRESERVOIRÏ4HEÏTOOLSÏANDÏTECHNIQUESÏ AVAILABLEÏFORÏRESERVOIRÏCHARACTERIZATIONÏANDÏ HOWÏTHEÏRESULTINGÏDATAÏCANÏBEÏCOMBINEDÏ ANDÏHARMONIZEDÏAREÏALSOÏCOVERED

4HISÏCOURSEÏISÏAÏCOMPONENTÏOFÏTHEÏ (ERIOT 7ATTÏ5NIVERSITYÏ$ISTANCEÏ,EARNINGÏ -ASTERSÏOFÏ2ESERVOIRÏ%NGINEERINGÏ0ROGRAMÏ 4HEÏCOURSE ÏWHICHÏREVIEWSÏALLÏOFÏTHEÏ FUNDAMENTALÏASPECTSÏOFÏTHEÏPETROLEUMÏ GEOSCIENCESÏANDÏDEMONSTRATESÏTHEIRÏCROSSÏ DISCIPLINARYÏAPPLICATIONS ÏFORMSÏAÏPORTIONÏ OFÏTHEÏ(ERIOT 7ATTÏ$ISTANCEÏ,EARNINGÏ -3CÏ0ETROLEUMÏ%NGINEERINGÏDEGREEÏ4HISÏ COURSEÏCANÏBEÏATTENDEDÏBYÏPERSONSÏWHOÏ seek to better their understanding of the SUBJECTÏBUTÏWHOÏAREÏNOTÏREGISTEREDÏFORÏ THEÏDEGREEÏCOURSEÏ4OÏLEARNÏMOREÏABOUTÏ THEÏ-3CÏ0ETROLEUMÏ%NGINEERINGÏPROGRAM Ï VISITÏTHEÏFOLLOWINGÏWEBSITE ÏHTTPWWW NEXTTRAININGNETMASTERSCFM

COURSE CONTENT Q

0ETROLEUMÏGEOLOGY ÏDEPOSITIONALÏ ENVIRONMENTS ÏANDÏSTRATIGRAPHY

Q

$RILLINGÏOPERATIONS ÏPROBLEMS ÏANDÏ well control

Q

,OGGINGÏOPERATIONSÏ0ETROPHYSICS Ï ACQUISITION ÏFUNDAMENTALS ÏANDÏTOOLS

Q

Q

Q

Q

(YDROCARBONÏDETECTIONÏDATAÏ ACQUISITION ÏANDÏSIDEWALLÏANDÏ CONVENTIONALÏCORINGÏACQUISITIONÏANDÏ CORINGÏOFÏPOORLYÏCONSOLIDATEDÏROCKS ,ITHOLOGICALÏANDÏCOMPOSITEÏWELLÏLOGS

Q

7ELLSITEÏCONTRACTINGÏ$RILLING ÏMUDÏ LOGGING ÏWIRELINEÏSERVICES ÏCORING Ï ANDÏQUALITYÏCONTROL #UTTINGSÏ$ESCRIPTIONS ÏABBREVIATIONS Ï lithologies, and log correlations

$RILLINGÏMONITORING

Q

4YPEÏOFÏGAS

AUDIENCE

Q

$EGASSINGÏPROCESSÏANDÏANALYSIS

Geologists participating in well drilling or wellsite operations.

'EOLOGICALÏSAMPLEÏPREPARATIONÏANDÏ description

Q

7ELLSITEÏGEOLOGYÏANDÏMUDÏLOGGINGÏ SERVICES

Q

Q

Q

/PERATIONSÏGEOLOGYÏ$UTIES Ï RESPONSIBILITIES ÏANDÏWELL PLANNINGÏ processes

Q

Q

COURSE CONTENT

Clastic and carbonate depositional SYSTEMS 3EQUENCEÏSTRATIGRAPHYÏCONCEPTS

Q

#ARBONATEÏRESERVOIRÏPROPERTIES

Q

'EOLOGICÏMAPPINGÏANDÏCROSSÏsections

Q

(YDROCARBONÏSOURCEÏROCKSÏANDÏ PETROLEUMÏSYSTEMS

Q

4RAPÏTYPESÏANDÏMECHANISMS

Q

0LAYÏFUNDAMENTALS

Q

0ETROLEUMÏSYSTEMÏPROCESSES ÏEVENTÏ CORRELATION ÏANDÏBIOSTRATIGRAPHY

0RINCIPLESÏOFÏmOWÏINÏPOROUSÏROCKSÏANDÏ rock properties

Q

"ASICÏSTRUCTURALÏTERMS

Q

2ESERVOIRÏHETEROGENEITYÏANDÏ SUBSURFACEÏGEOMETRIES

Q

$EPOSITIONALÏENVIRONMENTSÏOFÏCLASTICÏ rocks and facies concepts

Q

"ASINÏRESERVOIRÏGEOLOGY

Q

0RINCIPLESÏANDÏPRACTICEÏOFÏCORRELATIONÏ GEOSCIENCEÏINÏRESERVOIRÏMANAGEMENTÏ geostatistics 2ESERVOIRÏVOLUMETRICS ÏINTERFACESÏ between geoscience and other disciplines

Q

Q

'EOLOGICÏMODELINGÏ2ESERVOIRÏ HETEROGENEITY ÏSCALESÏOFÏ INVESTIGATION ÏANDÏmOWÏUNITS

Q

Q

$ETERMINISTICÏANDÏSTOCHASTICÏ MODELING ÏUSEÏOFÏSEISMICÏDATAÏINÏ MODELING 3EISMICÏMETHODSÏANDÏUSEÏOFÏSEISMICÏ TOOLSÏINÏPETROLEUMÏGEOLOGY

PREREQUISITE

'EOSCIENTISTSÏANDÏPETROLEUMÏENGINEERS


%XPLORATIONÏPLAYÏCONCEPT

Q

0OROSITYÏTYPESÏINÏCARBONATEÏANDÏ CLASTICÏROCKS ÏCLAYÏTYPES

AUDIENCE


Introduction to earth science

Q

Q

Geoscientists and engineers wishing to HAVEÏHANDS ONÏTRAININGÏINÏMUDÏLOGGING

Software

Q

0OREÏSYSTEMSÏANDÏDIAGENESIS

PREREQUISITE

Drilling knowledge and basic geological knowledge.

COURSE CONTENT

Q

Q

"ASICÏUNDERSTANDINGÏOFÏGEOLOGY

AUDIENCE

'EOLOGICÏPRINCIPLES ÏMAJORÏROCKÏ TYPES ÏGEOLOGICÏTIMEÏANDÏAGEÏDATING Ï structural features, and plate tectonics

Geoscience and drilling

AUDIENCE 0ETROLEUMÏANDÏRESERVOIRÏENGINEERS Ï PETROPHYSICISTS ÏANDÏPRODUCTIONÏENGINEERSÏ WISHINGÏTOÏDEVELOPÏINTERDISCIPLINARYÏSKILLS PREREQUISITE None

PREREQUISITE "ASICÏKNOWLEDGEÏOFÏGEOLOGY


Field trips

Uses simulation

| 41 12/22/13 2:48 AM

GEOLOGY Prospect Evaluation, Risks and Volumes

Siliciclastic Reservoirs in Fluvial to Shelf Transitions

Applications of Borehole Imaging to Hydrocarbon Exploration and Production



Skill – 5 Days

2ISKÏANDÏVOLUMEÏASSESSMENTSÏFORMÏTHEÏ basis for decisions on whether to drill ORÏNOTÏDRILLÏAÏWELL ÏANDÏASÏSUCH ÏFORMÏTHEÏ LINKÏBETWEENÏSUBSURFACEÏEVALUATIONÏANDÏ THEÏBUSINESSÏASPECTSÏOFÏTHEÏPETROLEUMÏ INDUSTRYÏ4HISÏCOURSEÏEXPLAINSÏHOWÏRISKSÏ ANDÏVOLUMESÏCANÏBEÏASSESSEDÏINÏAÏREALISTICÏ MANNERÏBASEDÏONÏAÏSOUNDÏUNDERSTANDINGÏ of the geological details of the prospect as well as of its regional geological setting, ANDÏCURRENTÏPLAYÏUNDERSTANDING

This course is designed for geoscientists ANDÏRESERVOIRÏENGINEERSÏWHOÏPRIMARILYÏ FOCUSÏONÏSHALLOWÏMARINEÏSUCCESSIONSÏ )NÏADDITIONÏTOÏSTANDARDÏFACIESÏMODELS Ï QUANTITATIVEÏMODELINGÏEQUATIONSÏAREÏ PRESENTEDÏINÏEXERCISESÏ"YÏTHEÏCONCLUSIONÏ of the course, participants will be able to PREDICTÏRESERVOIRÏGEOMETRIES ÏDIMENSIONS Ï ANDÏNETGROSSÏOFÏmUVIALÏANDÏPARALICÏ SEDIMENTARYÏSYSTEMSÏ$ETAILSÏOFÏDELTAICÏ RESERVOIRÏPROPERTIES ÏTHEIRÏMOTIFSÏONÏ WIRELINEÏLOGS ÏANDÏSEISMICÏFACIESÏAREÏALSOÏ COVEREDÏINÏTHISÏCOURSEÏ

4HISÏ DAYÏCOURSEÏINCLUDESÏTHEÏPRINCIPLESÏ ANDÏAPPLICATIONSÏOFÏBOREHOLEÏIMAGINGÏ WITHÏAÏSTRONGÏEMPHASISÏONÏPRACTICALÏ APPLICATIONÏTOÏHYDROCARBONÏEXPLORATIONÏ ANDÏPRODUCTIONÏ4HEÏCOURSEÏCOVERSÏTHEÏ operating principles of the borehole IMAGINGÏTOOLS ÏDIPMETERÏCOMPUTATIONÏ and interpretation, and application TOÏSTRUCTURALÏGEOLOGY ÏFRACTUREÏ CHARACTERIZATION ÏANDÏSEDIMENTARYÏ ENVIRONMENTSÏ3EVERALÏOFÏTHEÏSESSIONSÏAREÏ PRACTICAL ÏWITHÏAÏRANGEÏOFÏEXAMPLESÏANDÏ scenarios.

COURSE CONTENT

COURSE CONTENT

At the conclusion of the course, the PARTICIPANTSÏWILLÏHAVEÏANÏEXCELLENTÏ understanding of the essentials required FORÏREALISTICÏRISKÏANDÏVOLUMEÏASSESSMENTSÏ OFÏEXPLORATIONÏPROSPECTSÏ4HEÏCOURSEÏ ALLOWSÏPARTICIPANTSÏTOÏPRODUCEÏWELL CONSIDEREDÏANDÏREALISTICÏASSESSMENTSÏFORÏ PROSPECTSÏINÏWHICHÏTHEYÏMAYÏBEÏINVOLVED Ï ANDÏTOÏUNDERSTANDÏANDÏCONSTRUCTIVELYÏ CHALLENGEÏRISKÏANDÏVOLUMEÏASSESSMENTSÏOFÏ COLLEAGUESÏANDORÏPARTNERSCOMPETITORS COURSE CONTENT Q

2ISKÏANDÏVOLUMESÏASSESSMENTÏ FUNDAMENTALS

Q

2ISKÏANDÏUNCERTAINTYÏDIFFERENCE

Q

3TATISTICSÏFUNDAMENTALS ÏINCLUDINGÏ DISTRIBUTIONÏCURVES ÏEXPECTATIONÏ CURVES ÏADDINGÏANDÏNOTÏADDINGÏRISKÏ VOLUMES ÏANDÏ"AYESÏTHEOREM

Q

4RAP ÏRESERVOIR ÏSEAL ÏANDÏCHARGEÏ uncertainties

Q

%STIMATINGÏRISKSÏREALISTICALLYÏANDÏ CONSISTENTLY

Q

#ALCULATINGÏVOLUMEÏRANGESÏFORÏ prospects and portfolios of PROSPECTSÏHOWÏTOÏADDÏPROSPECTÏ VOLUMESÏFORÏAÏCORRECTÏREPRESENTATIONÏ of prospect portfolios

Q

)NCORPORATINGÏGEOPHYSICALÏEVIDENCEÏ DIRECTÏHYDROCARBONÏINDICATORSÏ;$()S= in a realistic risk assessment

Q Q

Q

Q

&LUVIALÏSYSTEMSqÏ$ELTAICÏSYSTEMS

Q

"OREHOLEÏIMAGINGÏTECHNOLOGYÏANDÏ tools

)NCISEDÏVALLEYÏSYSTEMSÏANDÏTIDALÏ SYSTEMSÏ

Q

Barrier islands, shorefaces, spits, and WASHOVERSÏ

7ELLSITEÏIMAGEÏQUALITYÏCONTROLÏANDÏ IMAGEÏINTERPRETATIONÏ

Q

3EQUENCEÏSTRATIGRAPHYÏOFÏSHALLOWÏ MARINEÏSILICICLASTICS

'0)4 ÏGENERALÏPURPOSEÏINCLINOMETRYÏ tool

Q

$IPMETERÏCOMPUTATIONÏANDÏ interpretation principles

Q

3TRUCTURALÏGEOLOGYÏ

Q

3CHMIDTÏSTEREONETÏBASICSÏ

Q

3TRUCTURALÏGEOLOGYÏANDÏFRACTUREÏANDÏ

AUDIENCE 'EOSCIENTISTSÏANDÏRESERVOIRÏENGINEERSÏ WHOÏPRIMARILYÏFOCUSÏONÏSHALLOWÏMARINEÏ successions.

FAULTÏCHARACTERIZATIONÏ Q Q

3TRESSÏANALYSISÏ Integration of fracture data with SONICÏANDÏDYNAMICÏDATAÏ

Q

0ALEOCURRENTÏANALYSISÏ

Q

&ACIESÏANALYSISÏANDÏSEQUENCEÏ STRATIGRAPHY

AUDIENCE Geoscientists who wish to understand HOWÏTOÏINTERPRETÏBOREHOLEÏIMAGINGÏDATAÏ ANDÏUSEÏTHEÏDATAÏTOÏCOMPLEMENTÏOTHERÏ AVAILABLEÏINFORMATION PREREQUISITE 0ETROLEUMÏGEOLOGYÏCOURSEÏORÏTHOROUGHÏ UNDERSTANDINGÏOFÏGEOLOGY

PREREQUISITE "ASICÏUNDERSTANDINGÏOFÏGEOLOGY

AUDIENCE 'EOSCIENTISTSÏWORKINGÏINÏEXPLORATION Ï PROSPECTÏPORTFOLIOÏANALYSTSÏANDÏTHEIRÏ DIRECTÏSUPERVISORS ÏANDÏSTAFFSÏFROMÏ DISCIPLINESÏWORKINGÏCLOSELYÏWITHÏ RESERVOIRÏENGINEERS ÏPETROPHYSICISTS ÏANDÏ GEOPHYSICISTS PREREQUISITE +NOWLEDGEÏOFÏBASICÏPETROLEUMÏGEOLOGYÏ ASÏRELATEDÏTOÏEXPLORATIONÏ!ÏKNOWLEDGEÏOFÏ BASICÏPETROLEUMÏECONOMICSÏISÏHELPFULÏBUTÏ not required.



12/22/13 2:48 AM

GEOLOGY Applied Geostatistics

Carbonate Sequence Stratigraphy and Application to Petroleum Reservoirs


Skill – 5 days

Skill – 5 Days

Skill – 5 Days

This course focuses on application of the VARIOUSÏGEOSTATISTICSÏTOOLSÏUSINGÏBOTHÏ READILYÏAVAILABLEÏANDÏSPECIALISTÏSOFTWAREÏ packages. These tools are now essential INÏMOSTÏOFÏTHEÏIMPORTANTÏASPECTSÏOFÏ %0ÏGRIDDINGÏANDÏCONTOURINGÏFORÏMAPS Ï UPSCALINGÏFORÏRESERVOIRÏSIMULATIONÏANDÏ BASINÏMODELING ÏANDÏANALYSISÏOFÏSPATIALLYÏ referenced data of all kinds. The course EMPHASISÏISÏONÏPRACTICALÏAPPLICATIONSÏANDÏ THEÏUNDERSTANDINGÏOFÏCONTEXTÏRATHERÏTHANÏ ONÏALGORITHMÏDETAILSÏANDÏMATHEMATICSÏ !TTENDEESÏWILLÏLEARNÏTOÏCHOOSEÏTHEÏMOSTÏ appropriate geostatistics techniques ANDÏAPPLYÏTHEMÏCORRECTLYÏFORÏ%0ÏBESTÏ PRACTICES ÏINÏADDITIONÏTOÏRECEIVINGÏAÏ PRACTICALÏINTRODUCTIONÏTOÏWHATÏISÏAVAILABLEÏ in geostatistics software and take useful tools back to the workplace.

4HROUGHÏLECTURESÏANDÏEXERCISES ÏTHISÏ COURSEÏFOCUSESÏONÏTHEÏIMPACTÏOFÏ SEDIMENTOLOGY ÏSEQUENCEÏSTRATIGRAPHY Ï ANDÏDIAGENESISÏINÏ%0ÏOFÏCARBONATEÏ RESERVOIRSÏ!TTENDEESÏWILLÏLEARNÏHOWÏ CARBONATEÏRESERVOIRSÏFORMÏANDÏTHEÏUNIQUEÏ attributes that affect interpretation TECHNIQUES ÏINCLUDINGÏGEOMETRY ÏFACIES Ï and diagenetic alteration. COURSE CONTENT

Q

Q

Introduction to geostatistics and trends in spatial datasets (ETEROGENEITYÏANDÏDISCONTINUITY Ï DATAÏSCALEÏVERSUSÏMODELINGÏSCALE Ï upscaling

Q

Q

#ARBONATEÏSEQUENCEÏSTRATIGRAPHYÏANDÏ SEISMICÏSTRATIGRAPHYÏAPPLICATIONSÏTOÏ RIMMEDÏSHELVESÏANDÏRAMPS Tectonic and basinal controls on CARBONATEÏPLATFORMÏTYPES .EAR SURFACEÏDIAGENETICÏ ENVIRONMENTS ÏPROCESSES ÏANDÏ products in carbonate rocks and their RELATIONÏTOÏSEQUENCEÏSTRATIGRAPHY

AUDIENCE

Q

-AJORÏCONTROLSÏONÏOCCURRENCEÏANDÏ NATUREÏOFÏCARBONATEÏPLATFORMS Ï DEPOSITIONALÏENVIRONMENTS ÏANDÏ facies

4ECHNICALÏPROFESSIONALSÏINVOLVEDÏINÏ EXPLORATIONÏFORÏANDÏDEVELOPMENTÏOFÏ CARBONATEÏRESERVOIRS

Q

#ARBONATEÏGRAINÏTYPESÏANDÏEARLYÏ LITHIlCATIONÏINÏSUBTROPICALÏLAGOON Ï BEACH ÏANDÏREEFÏENVIRONMENTS

+NOWLEDGEÏOFÏBASICÏGEOLOGY

Q

#ARBONATEÏSEQUENCEÏSTRATIGRAPHYÏ principles

Q

-IOCENEÏFAULT BLOCKÏCARBONATEÏ PLATFORM ÏSTRATIGRAPHICÏGEOMETRIES Ï facies associations, and depositional sequences

COURSE CONTENT Q

Q

PREREQUISITE

4HISÏCOURSEÏCOVERSÏTHEÏFUNDAMENTALSÏ OFÏCLASTICÏSEDIMENTOLOGYÏATÏSCALESÏFORÏ BOTHÏREGIONALÏEXPLORATIONÏANDÏDETAILEDÏ RESERVOIRÏCHARACTERIZATIONÏ2EVIEWSÏOFÏ THEÏMAINÏTYPESÏOFÏSEDIMENTARYÏBASINSÏAREÏ PRESENTEDÏTOÏTHEÏATTENDEESÏINÏTHEÏCONTEXTÏ OFÏCRUSTALÏDYNAMICSÏ0LATEÏTECTONICSÏANDÏTHEÏ PRODUCTIONÏANDÏTRANSPORTÏOFÏCLASTICÏMATERIALÏ descriptions are included for different TECTONIC ÏTOPOGRAPHIC ÏANDÏCLIMATICÏSETTINGSÏ %MPHASISÏISÏONÏTHEÏPRACTICALÏINTERPRETATIONÏ OFÏSUBSURFACEÏDATASEISMIC ÏCORE ÏANDÏ WIRELINEÏLOGSFORÏFACIESÏANALYSISÏANDÏ RESERVOIRÏCHARACTERIZATIONÏ%XAMPLESÏDRAWÏ FROMÏDIFFERENTÏFACIES ÏAGES ÏANDÏBASINALÏ SETTINGSÏ0ARTICULARÏATTENTIONÏISÏGIVENÏTOÏTHEÏ PRINCIPLESÏBYÏWHICHÏDEPOSITIONALÏSETTINGSÏ are interpreted using both outcrop and subsurface data and to the best correlation METHODSÏFORÏDIFFERENTÏSETTINGS COURSE CONTENT Q

4YPESÏOFÏSEDIMENTARYÏBASINSÏINÏ DIFFERENTÏTECTONICÏCONTEXTS

Q

,ARGE SCALEÏTECTONICÏSETTINGSÏOFÏMAINÏ TYPESÏOFÏSEDIMENTARYÏBASINSÏANDÏ RELATIONSHIPÏBETWEENÏSTRUCTURALÏSTYLEÏ ANDÏlLLÏPATTERNS

Q

%FFECTSÏOFÏBASE LEVELÏCHANGESÏ ANDÏSYNDEPOSITIONALÏTECTONICSÏONÏ SEDIMENTÏDISTRIBUTIONÏPATTERNS

Q

#ORRELATIONÏINÏDIFFERENTÏSEDIMENTARYÏ settings

Q

2OLEÏOFÏANALOGSÏINÏBUILDINGÏRESERVOIRÏ MODELSÏINÏDIFFERENTÏDEPOSITIONALÏ settings

Q

3EDIMENTÏGENERATIONÏANDÏSUPPLYÏINÏ different settings

Q

&LUIDÏDYNAMICSÏANDÏRHEOLOGYÏOFÏ erosion, transport, and deposition

Q

"ASICÏMECHANICSÏOFÏSEDIMENTÏEROSION Ï TRANSPORT ÏANDÏDEPOSITIONÏRESULTANTÏ BEDFORMSÏANDÏSEDIMENTARYÏSTRUCTURES

Q

0OSTDEPOSITIONALÏPROCESSESÏANDÏ products

Spatial trends in gridding and CONTOURINGÏ-INIMIZINGÏERRORS ÏKRIGING

Q

"AYESIANÏANDÏGEOSTATISTICS ÏHISTORYÏ MATCHING ÏSEQUENTIALÏANDÏINDICATORÏ SIMULATION

Q

5NCERTAINTYÏMETHODS Ï-ONTEÏ#ARLO Ï ANDÏOTHERÏSTOCHASTICÏSIMULATIONS

AUDIENCE 0ETROLEUMÏGEOLOGISTSÏANDÏGEOSCIENTISTSÏ PREPARINGÏDATAÏFORÏRESERVOIRÏSIMULATORSÏ ANDÏENGINEERSÏINVOLVEDÏWITHÏEXPLORATIONÏ ANDÏDEVELOPMENTÏOFÏOILÏANDÏGASÏ RESERVOIRS PREREQUISITE Basic knowledge of subsurface CHARACTERIZATIONÏWITHÏ-ICROSOFTÏ%XCELÏ COMPETENCY

AUDIENCE %XPLORATIONÏANDÏDEVELOPMENTÏGEOLOGISTS Ï GEOPHYSICISTS ÏANDÏRESERVOIRÏENGINEERSÏ WHOÏNEEDÏANÏOVERVIEWÏOFÏSEDIMENTARYÏ ORGANIZATIONÏACROSSÏAÏRANGEÏOFÏSCALESÏ INÏDIFFERENTÏBASINALÏANDÏENVIRONMENTALÏ settings. PREREQUISITE "ASICÏKNOWLEDGEÏOFÏGEOLOGYÏANDÏ SEDIMENTARYÏPROCESSES

Software




Field trips

Uses simulation

| 43 12/22/13 2:48 AM

GEOLOGY Deepwater Petroleum Systems: Fundamentals and Applications



Field Trip: Practical Fracture Analysis of Classic Reservoirs with Petrel: Casper, Wyoming, USA

Skill – 5 Days

Skill – 3 Days

Skill – 5 Days

Skill – 5 Days

4HISÏCOURSEÏCOVERSÏTHEÏFUNDAMENTALSÏOFÏ PETROLEUMÏSYSTEMÏANALYSISÏ03! ÏWITHÏ ANÏEMPHASISÏONÏDEEPWATERÏAPPLICATIONSÏ 03! ÏAÏRELATIVELYÏNEWÏSPECIALIZATIONÏ INÏTHEÏlELDÏOFÏPETROLEUMÏGEOLOGY ÏISÏANÏ INVESTIGATIONÏINTOÏINÏTHEÏGENERATIONÏOFÏ HYDROCARBONSÏINÏTHEÏSUBSURFACEÏANDÏ RECONSTRUCTINGÏTHEÏlLLINGÏHISTORYÏOFÏ EXISTINGÏOILÏANDÏGASÏACCUMULATIONS ÏAIMINGÏ TOÏQUANTIFYÏTHEÏCHARGEÏRISKÏOFÏUNDRILLEDÏ PROSPECTSÏ$EEPWATERÏENVIRONMENTSÏ PRESENTÏTHEÏPETROLEUMÏSYSTEMÏANALYSTÏ WITHÏAÏNUMBERÏOFÏSPECIlCÏCHALLENGESÏ BECAUSEÏSOURCEÏROCKSÏAREÏTYPICALLYÏBEYONDÏ THEÏREACHÏOFÏTHEÏDRILLÏBITÏANDÏOIL TO SOURCEÏ ROCKÏCORRELATIONSÏAREÏCOMPLICATEDÏBYÏ OILÏTRANSFORMATIONÏPROCESSESÏSUCHÏ ASÏREMIGRATIONÏANDÏBIODEGRADATION &OLLOWINGÏAÏ DAYÏINTRODUCTIONÏTOÏTHEÏ03!Ï FUNDAMENTALS ÏCASEÏHISTORIESÏFROMÏTHEÏ 'ULFÏOFÏ-EXICO ÏOFFSHOREÏ7ESTÏ!FRICA Ï and the Mediterranean are presented. 3PECIALÏATTENTIONÏISÏGIVENÏTOÏGEOCHEMICALÏ WELLÏEVALUATIONS ÏWHICHÏFORMÏANÏESSENTIALÏ PARTÏOFÏ03! ÏNOTÏONLYÏINÏDEEPWATERÏ ENVIRONMENTSÏBUTÏALSOÏFORÏTHEÏEVALUATIONÏ OFÏUNCONVENTIONALÏHYDROCARBONSÏSUCHÏASÏ shale gas and basin center gas.

!DDRESSINGÏTHEÏCOMPLEXITIESÏOFÏDEEPÏ MARINEÏSYSTEMS ÏTHISÏCOURSEÏTEACHESÏ ATTENDEESÏHOWÏTHESEÏFACIESÏEVOLVEDÏONÏ the slope and in the open ocean, how THEYÏBUILDÏINTOÏDISTINCTIVEÏARCHITECTURALÏ ELEMENTS ÏANDÏHOWÏTOÏRECOGNIZEÏTHEMÏ 4HEÏCOURSEÏCOVERSÏHOWÏTOÏANALYZEÏANDÏ INTERPRETÏSEISMICÏRECORDS ÏSEAmOORÏ IMAGES ÏWELLÏLOGSÏINCLUDINGÏBOREHOLEÏ IMAGEÏLOGS ÏCOREÏMATERIALS ÏANDÏ outcrop characteristics of deepwater RESERVOIRÏCOMPONENTSÏWITHÏANÏEMPHASISÏ on internal architecture as related TOÏRESERVOIRÏPERFORMANCEÏ!TTENDEESÏ WILLÏPERFORMÏHANDS ONÏCASEÏSTUDIESÏOFÏ DEEPWATERÏPLAYSÏFROMÏAROUNDÏTHEÏWORLD Ï illustrating characteristics unique to their EXPLORATION ÏAPPRAISAL ÏDEVELOPMENT ÏANDÏ RESERVOIRÏMANAGEMENT

This course focuses on the business side OFÏEXPLORATIONÏIE ÏHOWÏDOESÏAÏCOMPANYÏ DECIDEÏWHETHERÏTOÏMOVEÏFORWARDÏWITHÏAÏ PARTICULARÏPROJECTÏ!TTENDEESÏWILLÏLEARNÏ HOWÏAÏSTRUCTUREDÏDECISIONÏANALYSISÏANDÏ PORTFOLIOÏOPTIMIZATIONÏPROCESSÏUSESÏTHEÏ HYDROCARBONÏVOLUMESÏANDÏRISKÏANALYSESÏ PROVIDEDÏBYÏEXPLORATIONÏGEOSCIENTISTSÏ TOÏIDENTIFYÏTHEÏPROJECTSÏWITHÏTHEÏBESTÏ ECONOMICÏPOTENTIAL

4HISÏ DAYÏCOURSEÏCOMBINESÏlELDÏANDÏ CLASSROOMÏTRAININGÏSESSIONSÏTHATÏINTEGRATEÏ MODELÏBUILDINGÏUSINGÏTHEÏ0ETRELÏPLATFORMÏ WITHÏCLASSICÏlELDÏOBSERVATIONSÏ4HEÏlELDÏTRIPÏ portion of the course will consist of short EXCURSIONSÏTOÏVIEWÏTHEÏOILlELDÏFACILITIES Ï SURFACEÏGEOLOGY ÏANDÏOUTCROPSÏINÏTHEÏAREAÏ ASÏWELLÏASÏTIMEÏSPENTÏVIEWINGÏCOREÏ4HISÏ COURSEÏPROVIDESÏTHEÏGEOSCIENCEÏPROFESSIONALÏ WITHÏTANGIBLEÏEXAMPLESÏOFÏTHEÏCONCEPTUALÏ MODELSÏTHEYÏCREATEÏ4HEÏCLASSROOMÏPORTIONÏ OFÏTHEÏCOURSEÏISÏAÏ DAYÏHANDS ONÏ0ETRELÏ PLATFORMÏFRACTUREÏMODELINGÏCOURSEÏDELIVEREDÏ INÏAÏCLASSROOMÏFACILITYÏINÏ#ASPER Ï7YOMING Ï INÏCOOPERATIONÏWITHÏTHEÏSTAFFÏATÏTHEÏ2OCKYÏ -OUNTAINÏ/ILÏ4ESTINGÏ#ENTERÏ2-/4# Ï4HEÏ 2-/4#ÏISÏAÏ ÏACREÏ53Ï$EPARTMENTÏ OFÏ%NERGYÏFACILITYÏLOCATEDÏWITHINÏTHEÏ.AVALÏ 0ETROLEUMÏ2ESERVEÏ.OÏÏ.02 ÏALSOÏ KNOWNÏASÏ4EAPOTÏ$OMEÏ/ILÏ&IELD ÏROUGHLYÏÏ MILESÏNORTHÏOFÏ#ASPERÏWHEREÏTHEÏDATAÏUSEDÏINÏ THEÏ0ETRELÏPLATFORMÏFRACTUREÏMODELINGÏCOURSEÏ was collected.

COURSE CONTENT Q

Q

Q

Q

Source rocks "URIAL ÏTEMPERATURE ÏANDÏMATURITYÏ

Q

0ETROLEUMÏGEOCHEMISTRYÏ

Q

$EEPWATERÏWELLÏEVALUATIONSÏ

Q

Applications

AUDIENCE Geoscientists working in deepwater EXPLORATIONÏANDÏTHEIRÏDIRECTÏSUPERVISORS Ï INÏADDITIONÏTOÏRESERVOIRÏENGINEERS Ï PETROPHYSICISTS ÏANDÏPROSPECTÏPORTFOLIOÏ ANALYSTS PREREQUISITE "ASICÏGEOLOGYÏANDÏCHEMISTRYÏ understanding, but not essential.

$OWNSLOPE ÏALONG SLOPE ÏANDÏ OPEN OCEANÏSYSTEMS !RCHITECTURALÏELEMENTSÏ.ATUREÏANDÏ recognition

Q

"USINESSÏSIDEÏOFÏEXPLORATION

Q

#OMPARISONÏOFÏEXPLORATIONÏPROJECTSÏ UNDERÏDIFFERENTÏlSCALÏREGIMES

Q

2OLEÏOFÏPROJECTÏECONOMICS

Q

#ALCULATIONÏOFÏCASHÏmOWÏANDÏNETÏ PRESENTÏVALUEÏ.06

Q

7ORLDWIDEÏlSCALÏREGIMESÏANDÏTHEIRÏ IMPACTÏONÏEXPLORATION

Q

0ROBABILITIES ÏRISK ÏANDÏPROJECTÏRISKÏ ASSESSMENT

Q

&UNDAMENTALSÏOFÏDECISIONÏANALYSISÏ and decision trees

)NTRODUCTIONÏATÏ2-/4#ÏOFlCEÏ

%XPECTEDÏMONETARYÏVALUE

Q

&IELDÏSITEÏTRIPÏANDÏSHORTÏlELDÏEXERCISES

Q

#OREÏLECTURE ÏVISITÏ/-.)Ï ,ABORATORIES ÏANDÏEXERCISEÏINVOLVINGÏ THREEÏ4EAPOTÏ$OMEÏ4ENSLEEPÏCORES Ï STANDARDÏWIRELINEÏANDÏ&-) ÏFULLBOREÏ FORMATIONÏMICROIMAGERÏLOGS ÏDETAILEDÏ core descriptions and correlations

%XPLORATIONÏGEOSCIENTISTSÏANDÏMANAGERSÏ WANTINGÏTOÏUNDERSTANDÏTHEÏECONOMICSÏOFÏ PETROLEUMÏEXPLORATION

Q

6ISITÏ!LCOVAÏ,AKEÏlELDÏ,OCATION ÏBOXÏ LUNCH ÏLECTURE ÏEXERCISES

Q

6ISITÏ4ENSLEEPÏOFÏ&REMONTÏ#ANYON

PREREQUISITE

Q

0ETRELÏPLATFORMÏFRACTUREÏMODELING Ï FRACTUREÏTHEORY ÏFRACTUREÏDATAÏANALYSISÏ ANDÏ1#

Q Q

6ALUEÏOFÏINFORMATION

Q

,OBES ÏMOUNDS ÏANDÏSHEETS

Q

Q

$EEPWATERÏMASSIVEÏSANDS

#OMPARATIVEÏANALYSISÏOFÏMULTIPLEÏ PROJECTS

4HIN BEDDEDÏTURBIDITES

Q

Q

3TRATEGYÏANDÏPORTFOLIOÏANALYSIS

Q

Q

$EEPWATERÏDRILLING ÏSEISMICÏSEQUENCEÏ STRATIGRAPHY ÏANDÏDEEPWATERÏPLAYSÏ REVIEW 3UBSURFACEÏMODELS

AUDIENCE 'EOLOGISTS ÏGEOPHYSICISTS ÏANDÏPETROLEUMÏ ENGINEERSÏINVOLVEDÏINÏEXPLORATIONÏANDÏ DEVELOPMENTÏOFÏDEEPWATERÏPLAYSÏANDÏ PROJECTÏMANAGERSÏOFÏDEEPWATERÏPLAYSÏANDÏ RESERVOIRÏPRODUCTION PREREQUISITE

COURSE CONTENT Q

#HANNELÏSTYLEÏANDÏGEOMETRY

Q

COURSE CONTENT Q

$EEPWATERÏOVERVIEWÏANDÏBUILDINGÏ blocks

COURSE CONTENT

AUDIENCE

"ASICÏPETROLEUMÏGEOLOGYÏANDÏPETROLEUMÏ SYSTEMS Q

Build a discrete fracture network $&. ÏUPSCALING ÏBUILDINGÏ$&.ÏUSINGÏ MULTIPLEÏFRACÏDRIVERS ÏDUALÏPOROSITY PERMEABILITYÏSIMULATION

Q

&INALIZEÏMODELSÏBUILTÏINÏTHEÏ0ETRELÏ PLATFORM ÏPRESENTATIONÏOFÏRESULTSÏANDÏ roundtable discussion

Q

6ISITÏ%MIGRANTÏ'APÏANTICLINEÏANDÏ "ESSEMERÏANTICLINE

"ASICÏPETROLEUMÏGEOLOGY ÏBASICÏ STRATIGRAPHY ÏANDÏBASICÏSEDIMENTOLOGY

AUDIENCE 'EOSCIENTISTS ÏENGINEERS ÏANDÏ0ETRELÏ MODELERS PREREQUISITE -USTÏHAVEÏWORKINGÏ0ETRELÏKNOWLEDGE. NOTE:Ï0LEASEÏSCHEDULEÏYOURÏDEPARTING mIGHTÏAFTERÏÏPMÏONÏ3ATURDAYÏ 0ARTICIPANTSÏMUSTÏARRIVEÏINÏ$ENVER Ï #OLORADOÏNOÏLATERÏTHANÏNOONÏONÏ3UNDAY



12/22/13 2:48 AM

GEOLOGY Field Trip: Arid Coastline Carbonates and Evaporites of Abu Dhabi, UAE

Field Trip: Characterization and Petrel 3D Modeling of Fluvio-Deltaic Sedimentary Architecture, Upper Carboniferous: East Kentucky, USA

Skill – 5 Days

Skill – 5 Days

4HISÏCOURSEÏWILLÏDEMONSTRATEÏHOWÏAÏ range of depositional, diagenetic, and EROSIONALÏPROCESSESÏCOMBINEÏTOÏCREATEÏ AÏCOMPLEXÏSTRATIGRAPHICÏARCHITECTUREÏ with a subsurface that could be DIFlCULTÏTOÏINTERPRETÏ*OINÏTRIPÏLEADERÏ $RÏ!NTHONYÏ+IRKHAM ÏINÏSTUDYINGÏTHEÏ RECENT Ï(OLOCENE Ï0LEISTOCENE ÏANDÏ -IOCENEÏCARBONATEÏANDÏSABKHAÏEVAPORITEÏ ENVIRONMENTSÏOFÏCENTRALÏANDÏWESTERNÏ!BUÏ $HABI ÏONEÏOFÏTHEÏWORLDSÏBESTÏLOCATIONSÏ FORÏSTUDYINGÏSUCHÏSEDIMENTSÏ4HISÏTRIPSÏ DESTINATIONÏISÏANÏOUTDOORÏLABORATORYÏ INÏWHICHÏATTENDEESÏAREÏGIVENÏTHEÏ OPPORTUNITYÏTOÏSTUDYÏGEOLOGICALLYÏMODERNÏ SEQUENCEÏSTRATIGRAPHYÏINÏAÏPROXIMAL RAMPÏ SITUATIONÏWITHÏCOMPLETEÏEXPOSUREÏOFÏTHEÏ SEDIMENTSÏANDÏROCKS Learning how these processes interact in REALÏLIFEÏWILLÏPROVIDEÏVALUABLEÏINSIGHTÏFORÏ THEÏGEOLOGISTÏWHOÏISÏFACEDÏWITHÏLIMITEDÏ EXPLORATIONÏORÏDEVELOPMENTÏDATAÏANDÏISÏINÏ NEEDÏOFÏCONSTRUCTINGÏ$ÏMODELS COURSE CONTENT

Q

Aeolian carbonate dunes and DEmATION

Q

4IDALÏCHANNELSÏANDÏLEVEESÏ

Q

!NHYDRITEÏDISTRIBUTIONS

Q

,ATERALÏZONATIONÏWITHINÏMICROBIALÏ MATS ÏHARDGROUNDS ÏANDÏTEEPEEÏ structures

Q

-IOCENEÏANDÏ0LEISTOCENEÏZEUGENÏANDÏ Miocene salina

Q

-ICROBIALÏMATSÏANDÏEVAPORITES

Q

3PIT LAGOONÏCOMPLEXES

Q

Beach rocks and coniatolites

Q

Continental sabkha

Q

3ILAÏBEACHÏOOLITHS

Q

#OMPAREÏ!BUÏ$HABIÏANCIENTÏMARINEÏ CARBONATEÏSYSTEMSÏWITHÏOTHERÏRECENTÏ SYSTEMS

Q

#OMPAREÏMODERNÏGIANTÏBARCHANSÏ dunes with interdune sabkhas WITHÏSIMILARÏ-IOCENEÏOUTCROPSÏATÏ Shuweihat

Q

2ECENTÏCARBONATEÏSEDIMENTSÏ

AUDIENCE

Q

)NTERDELTAÏCORALÏPATCHÏREEFSÏLAGOONALÏ COMMUNITIESÏINCLUDINGÏCORALÏTHICKETS Ï red algae, sea grass, burrowing, and ENCRUSTINGÏBIVALVES

'EOLOGISTSÏANDÏPETROLEUMÏGEOLOGISTSÏ wanting to understand carbonate and EVAPORITEÏENVIRONMENTSÏANDÏHOWÏlELDÏ outcrops relate to recorded data.

Q

0LEISTOCENEÏAEOLIANITE ÏSTORMÏBEACH Ï ANDÏOTHERÏENIGMATICÏLIMESTONES

Q

#OASTALÏSABKHAÏSEQUENCEÏSUBTIDAL Ï INTERTIDALÏANDÏSUPRATIDALÏSEDIMENTSÏ WITHÏEVAPORITESÏANDÏMICROBIALÏMATS

Q

4RANSGRESSIVEÏANDÏREGRESSIVEÏ carbonates

Q

Salina deposits

Q

Origins of sabkhas

Software

Outcrops, cores and well logs are STUDIEDÏTOÏCHARACTERIZEÏBOTHÏSMALL ÏANDÏ LARGE SCALEÏPATTERNSÏOFÏSEDIMENTARYÏ architecture within a sequence FRAMEWORKÏINÏTHESEÏCARBONIFEROUSÏ COAL BEARINGÏmUVIO DELTAICÏSEDIMENTS

Q

$EVELOPÏDETERMINISTICÏMODELINGÏ TECHNIQUESÏFORÏCOAL BEARINGÏ SEDIMENTS ÏHORIZONS ÏZONES ÏANDÏ LAYERINGÏUSINGÏ0ETRELÏPLATFORMÏ software

Q

$EVELOPÏANDÏAPPLYÏISOCHORESÏTOÏ CONTROLÏSEDIMENTÏBODYÏSHAPES

Q

#OMPAREÏMODELINGÏRESULTSÏFROMÏ DIFFERENTÏ0ETRELÏPLATFORMÏTECHNIQUES

Q

!NALYZEÏSTATICÏCONNECTIVITYÏOFÏ DIFFERENTÏFACIESÏMODELINGÏTECHNIQUES

AUDIENCE 'EOSCIENTISTSÏINTERESTEDÏINÏCHARACTERIZINGÏ ANDÏREALISTICALLYÏMODELINGÏSEDIMENTARYÏ ARCHITECTUREÏTOÏSUPPORTÏHYDROCARBON Ï COAL BEDÏMETHANEÏORÏCOALÏEXTRACTION PREREQUISITE 7ORKINGÏKNOWLEDGEÏOFÏ0ETRELÏPLATFORMÏ SOFTWAREÏISÏNECESSARYÏTOÏOBTAINÏTHEÏ MAXIMUMÏBENElTÏFROMÏTHEÏCLASS

COURSE CONTENT Q

Q

PREREQUISITE Q

None



4HISÏCOURSEÏISÏAÏlELDÏANDÏCLASSROOM BASEDÏRESERVOIRÏCHARACTERIZATIONÏANDÏ MODELINGÏCOURSEÏTHATÏFOCUSESÏONÏ capturing the geological knowledge NECESSARYÏTOÏBUILDÏREALISTICÏMODELSÏOFÏ COAL BEARINGÏmUVIALÏANDÏDELTAICÏSEDIMENTÏ BODYÏARCHITECTUREÏUSINGÏTHEÏ0ETRELÏ PLATFORMÏ4HEÏCOURSE ÏBASEDÏINÏ,EXINGTONÏ ANDÏ0RESTONSBURG Ï+ENTUCKY ÏFOLLOWSÏ THEÏTYPICALÏWORKmOWÏOFÏAÏSUBSURFACEÏ $ÏMODELINGÏSTUDYÏANDÏISÏAIMEDÏATÏ mUVIO DELTAICÏRESERVOIRÏCHARACTERIZATIONÏ ANDÏMAKINGÏREALISTICÏPREDICTIVEÏMODELSÏOFÏ SEDIMENTARYÏGEOMETRIESÏANDÏARCHITECTUREÏ BYÏINCORPORATINGÏDETAILEDÏKNOWLEDGEÏ OFÏSEDIMENTOLOGYÏANDÏSEQUENCEÏ stratigraphic concepts.


%VALUATEÏOUTCROP ÏCORE ÏANDÏLOGÏ INTERPRETATIONÏOFÏCOAL BEARINGÏmUVIO DELTAICÏENVIRONMENTSÏANDÏFACIES Build a sequence stratigraphic FRAMEWORKÏINÏCOAL BEARINGÏSEDIMENTSÏ FORÏRESERVOIRÏMODELING 3TUDYÏCOALÏANDÏCOAL BEARINGÏSEDIMENTÏ CORRELATIONÏTECHNIQUESÏFROMÏWELLÏDATA

Field trips

Uses simulation

| 45 12/22/13 2:49 AM

GEOLOGY Field Trip: Delta-Slope-Turbidite Deposition and Synsedimentary Deformation: County Clare, Ireland

Field Trip: Depositional Environments from Slope Aprons to Tropical Reefs: Tabernas and Sorbas Basins, Spain

Skill – 6 days

Skill – 5 Days

5SINGÏSEISMICÏSCALEÏCLIFFÏEXPOSURESÏ OFÏ.AMURIANÏSTRATA ÏTHISÏCOURSEÏWILLÏ FOCUSÏONÏDEPOSITIONALÏCOMPLEXITIESÏANDÏ SYNDEPOSITIONALÏDEFORMATIONÏSTRUCTURESÏ THATÏCHARACTERIZEÏDELTA SLOPE TURBIDITEÏ SUCCESSIONSÏ3TRUCTURESÏINCLUDEÏ MÏ high cliffs of the carboniferous strata OFÏ#OUNTYÏ#LAREÏCURRENTLYÏUNDERGOINGÏ INTENSIVEÏRESEARCHÏANDÏRECENTLYÏ HIGHLIGHTEDÏINÏAÏJOURNALÏARTICLEÏ4HEÏSTRATAÏ COMPRISEÏSOMEÏOFÏTHEÏMOSTÏSPECTACULARÏ SEDIMENTARYÏGEOLOGYÏINÏWESTERNÏ%UROPE Ï DISPLAYINGÏAÏWIDEÏRANGEÏOFÏDELTA ÏSLOPE Ï and turbidite facies and sequences, ENABLINGÏRECONSTRUCTIONÏOFÏTHEÏINlLLINGÏ AÏMAJORÏNORTHERNÏ%UROPEÏBASINÏ#YCLICITYÏ of the deltaic succession is thought to HAVEÏDRIVENÏEUSTATICÏSEA LEVELÏCHANGES Ï RESULTINGÏINÏEXTENSIVEÏmOODINGÏSURFACESÏ OVERLAINÏBYÏFOSSILIFEROUSÏMARINEÏBANDSÏ ANDÏINÏMAJORÏPALEOVALLEYÏlLLÏSANDBODIESÏ 4HEÏDELTAICÏINTERVALSÏSHOWÏABUNDANTÏ SOFT SEDIMENTÏDEFORMATIONÏEG ÏGROWTHÏ FAULTS ÏMUDÏDIAPIRS ÏANDÏSANDÏVOLCANOESÏ The course will include at least one boat TRIPÏTOÏVIEWÏKEYÏCLIFFÏEXPOSURESÏ4HEÏ COURSEÏBASEÏISÏ+ILKEE Ï#OUNTYÏ#LARE COURSE CONTENT Q

Q Q

Q

Q

)NTRODUCEÏTHEÏLOCALÏSTRATIGRAPHYÏANDÏ setting Mouth bar sands 0ENETRATIVEÏMUDÏDIAPIR ÏmOODINGÏ SURFACES ÏANDÏMARINEÏBANDS General basinal content, and Ross FORMATIONÏTURBIDITES Turbidite facies, including channels ANDÏMEGAmUTESÏ

Q

"RIDGES ÏMAJORÏSLUMPÏSHEETS ÏTURBIDITEÏ CHANNELS ÏANDÏSANDÏVOLCANOES

Q

"OATÏTRIPÏTOÏVIEWÏ2OSSÏFORMATIONÏINÏ sea cliffs between Carrigaholt and Loop Head and possible boat trip to VIEWÏBASINALÏ#LAREÏSHALESÏANDÏ2OSSÏ FORMATIONÏBASE


Q

Q

Q

3OUTHÏOFÏ4ULLIGÏ0OINTÏ'ULLÏ)SLANDÏ &ORMATIONÏMAJORÏBASIN lLLINGÏ SLOPEÏANDÏSLOPEÏRAMP ÏLOWERÏPARTÏ OFÏ4ULLIGÏCYCLOTHEMÏOLDESTÏDELTAICÏ PROGRADATION Ï4ULLIGÏ3ANDSTONEÏ PALEOVALLEY +ILLARDÏUPPERÏPARTÏOFÏ4ULLIGÏSLOPEÏ SUCCESSIONÏMINORÏMOUTHÏBAR Ï ABANDONMENTmOODINGÏEVENTS Ï 4ULLIGÏ3ANDSTONEÏWITHÏSOFT SEDIMENTÏ DEFORMATIONÏ 4RUKLIEVEÏ4ULLIGÏPROGRADATION Ï mOODINGÏSURFACES ÏMINORÏ PARASEQUENCES ÏPALEOVALLEYÏEROSIONÏ ANDÏSTACKINGÏWAVE INmUENCEDÏMOUTHÏ BARSÏMARINEÏBANDSÏ

Q

&OOHAGHÏ0OINTÏ'ROWTHÏFAULTINGÏINÏ $OONLICKEYÏCYCLOTHEMÏ

Q

7ESTÏ%ND Ï+ILKEEÏ-INORÏMOUTHÏBARSÏ INÏ4ULLIGÏCYCLOTHEMÏNONPENETRATIVEÏ MUDÏDIAPIRÏ+ILKEEÏCYCLOTHEMÏANDÏ sandstone

Q

#ARROWMOREÏ0OINTÏ5PPERÏPARTÏOFÏ 4ULLIGÏCYCLOTHEMÏCHANNELÏSANDSTONEÏ mOODINGÏSURFACES

Q

3PANISHÏ0OINTÏ%XTENSIONALÏFAULTINGÏ OFÏMOUTHÏBARÏSANDSÏOVERÏDIAPIRÏ $OONLICKEYÏCYCLOTHEM

Q

$OOLINÏ"ASINALÏMUDSTONEÏFACIESÏATÏ NORTHERNÏMARGINÏOFÏBASINÏ

Q

&ISHERSTREETÏ"ASALÏTURBIDITESÏOFÏ NORTHERNÏMARGINÏANDÏMAJORÏSLUMPÏ sheet

Q

#LIFFSÏOFÏ-OHERÏ.ORTHERNÏEQUIVALENTÏ OFÏ'ULLÏ)SLANDÏANDÏ4ULLIGÏCYCLOTHEMÏÏ

4HISÏ DAYÏlELDÏCOURSEÏOFFERSÏATTENDEESÏ ANÏEXTENSIVEÏSERIESÏOFÏOUTCROPÏ EXAMINATIONS ÏlELD BASEDÏCORRELATION Ï RESERVOIRÏDESCRIPTIONÏINSTRUCTION ÏANDÏ EXERCISESÏ4HEÏCOURSEÏAIMSÏTOÏFAMILIARIZEÏ THEÏATTENDEEÏWITHÏTHEÏSTRATIGRAPHY Ï shape, and scale of depositional bodies in SMALLÏACTIVEÏ.EOGENEÏBASINSÏ4HEÏVALUEÏ of sequence stratigraphic approaches, PALEOBATHYMETRICÏANALYSES ÏANDÏSTRUCTURALÏ setting of the basin in predicting the LARGE SCALEÏCHARACTERÏOFÏTHEÏLATEÏ-IOCENEÏ deposits will be addressed in an appraisal ANDÏDEVELOPMENTÏCONTEXTÏ4HEÏOUTCROPÏ STUDIESÏWILLÏILLUSTRATEÏTHEÏTYPESÏOFÏ geological heterogeneities that occur in such sequences and show the geological processes responsible for these different HIERARCHICALÏSCALESÏOFÏVARIABILITYÏ2ELAXEDÏ TEAMÏEXERCISESÏATÏTHEÏOUTCROPSÏWILLÏ enhance knowledge transfer. COURSE CONTENT Q

)NTRODUCTIONÏTOÏTHEÏ0ALEOCENEÏTOÏ 0LEISTOCENEÏINlLLÏOFÏTHEÏBASINÏ

Q

%VALUATEÏMASSÏmOWÏPROCESSESÏANDÏ deposits in the basal succession

Q

6IEWÏTHEÏTRANSGRESSIVEÏSYSTEMSÏTRACTÏ ONÏAÏSEISMICÏSCALE

Q

%VALUATEÏSHEET LIKEÏTURBIDITES

Q

!SSESSÏAÏMASSÏTRANSPORTÏCOMPLEX

Q

#LIMBÏTOÏTHEÏSTRATIGRAPHICÏPINCHOUTÏOFÏ THEÏSHEET LIKEÏTURBIDITEÏSYSTEM

Q

Q

Q

Draw, walk through, and discuss a SEDIMENTÏDELIVERYÏSYSTEM !SSESSÏSEDIMENTARYÏPROCESSESÏINÏAÏ HIGHÏ.'ÏTURBIDITEÏSYSTEM Map depositional architecture of scour lobes

Q

6IEWÏOFÏSEISMICÏSCALEÏOUTCROPÏOFÏ 0ALEOCENEÏTOÏ0LIOCENEÏROCKS

Q

)NTRODUCTIONÏATÏTHEÏVOLCANICÏBASEMENTÏ WITHÏSEDIMENTÏONLAP

Q

)NTERPLAYÏOFÏVOLCANISMÏANDÏTEMPERATEÏ WATERÏFACTORYÏ

Q

#ONTRASTÏTEMPERATEÏANDÏTROPICALÏ carbonate factories and their ACCUMULATIONS

AUDIENCE %0ÏGEOLOGISTS ÏGEOPHYSICISTS ÏANDÏ PETROLEUMÏENGINEERSÏWHOÏNEEDÏAÏSOUNDÏ UNDERSTANDINGÏOFÏDEEP MARINEÏANDÏ SHALLOWÏSEDIMENTSÏANDÏTHEIRÏARCHITECTURALÏ ELEMENTS PREREQUISITE 'OODÏBASICÏKNOWLEDGEÏOFÏGEOLOGY

AUDIENCE 0ETROLEUMÏGEOLOGISTS ÏGENERALÏGEOLOGISTS Ï SEDIMENTOLOGISTS ÏRESERVOIRÏMODELLERS Ï ANDÏRESERVOIRÏENGINEERS PREREQUISITE None


12/22/13 2:49 AM

GEOLOGY Field Trip: Fluvial and Deltaic Architecture and Advanced Modeling using Petrel: Utah/Colorado, USA

Field Trip: Foreland Basin Syntectonic Sedimentation: Southern Pyrenees, Spain

Skill – 7 Days

Skill – 4 Days

4HISÏlELDÏANDÏCLASSROOM BASEDÏRESERVOIRÏ GEOLOGYÏANDÏMODELINGÏCOURSEÏCOVERSÏ APPLIEDÏTECHNIQUESÏFORÏRESERVOIRÏ GEOCELLULARÏMODELINGÏ4HEÏCOURSEÏTEACHESÏ ATTENDEESÏNOVELÏANDÏPRACTICALÏMETHODSÏ TOÏBUILDÏREALISTICÏMODELSÏOFÏmUVIALÏANDÏ DELTAICÏSEDIMENTÏBODYÏARCHITECTURE Ï DEMONSTRATEDÏUSINGÏTHEÏ0ETRELÏPLATFORMÏ 4HEÏATTENDEESÏWILLÏUSEÏTHEÏ0ETRELÏ software to integrate core and well log DATAÏINÏAÏSERIESÏOFÏDETERMINISTICÏMODELÏ EXERCISESÏ4HEÏRESULTSÏAREÏCOMPAREDÏWITHÏ OTHERÏTRADITIONALÏ0ETRELÏPLATFORMÏMODELINGÏ TECHNIQUESÏANDÏEACHÏISÏTHENÏEVALUATEDÏ AGAINSTÏOUTCROPÏREALITYÏTOÏDETERMINEÏ WHICHÏTECHNIQUESÏAREÏTHEÏMOSTÏSUITABLEÏ FORÏANALOGOUSÏSUBSURFACEÏRESERVOIRÏ MODELINGÏSTUDIESÏ4HEÏCOURSEÏFOLLOWSÏ THEÏTYPICALÏWORKmOWÏOFÏAÏSUBSURFACEÏ$Ï MODELINGÏSTUDYÏANDÏISÏAIMEDÏATÏMAKINGÏ AÏSERIESÏOFÏREALISTICÏPREDICTIVEÏMODELSÏOFÏ RESERVOIRÏGEOMETRYÏANDÏARCHITECTUREÏUSINGÏ DETAILEDÏKNOWLEDGEÏOFÏSEDIMENTOLOGYÏ and sequence stratigraphic concepts. 4HISÏCOURSEÏBLENDSÏLECTURES ÏMODELINGÏ EXERCISES ÏANDÏOVERÏÏlELDÏTRIPSÏTOÏSITESÏ in Grand Junction, Colorado and Green 2IVER Ï5TAHÏ!ÏFULLÏDAY BY DAYÏAGENDAÏCANÏ BEÏFOUNDÏATÏ.%X4TRAININGNET

COURSE CONTENT Q

Q

Diagnostic outcrop, core, and log INTERPRETATIONÏOFÏmUVIO DELTAICÏ ENVIRONMENTSÏANDÏFACIES #ORE ÏLOGÏANDÏRESERVOIRÏPROPERTIESÏ INTEGRATIONÏTOÏDElNEÏmOWÏUNITS

Q

#ONCEPTUALÏMODELSÏANDÏSEQUENCEÏ STRATIGRAPHICÏFRAMEWORKÏBUILDINGÏFORÏ RESERVOIRÏMODELING

Q

7ELLÏDATAÏCORRELATIONÏTECHNIQUES

Q

$ETERMINISTICÏMODELINGÏTECHNIQUES

Q

(IERARCHY ÏZONEÏLOGS ÏANDÏLAYERINGÏ applications

Q

$IFFERENTÏMODELINGÏTECHNIQUESÏANDÏ IMPLICATIONSÏCOMPARISONÏFORÏSTATICÏ CONNECTIVITY

AUDIENCE 'EOLOGISTSÏANDÏRESERVOIRÏMODELERS PREREQUISITE 0ETRELÏ&UNDAMENTALSÏCOURSEÏORÏMIMIMUMÏ ÏMONTHSÏOFÏ0ETRELÏUSEÏ

4HISÏCOURSEÏWILLÏCOVERÏTHEÏEVOLUTIONÏFROMÏ CONTINENTALÏTHROUGHÏSHALLOWÏMARINEÏTOÏ SLOPEÏANDÏSUBMARINEÏFANÏSEDIMENTATIONÏ DURINGÏFORMATIONÏOFÏAÏFORELANDÏBASINÏWITHÏ SYNTECTONICÏSEDIMENTATIONÏINÏADJACENT Ï but sequential subbasins associated WITHÏEVOLVINGÏTHRUSTÏFRONTSÏDURINGÏTHEÏ 0YRENEANÏOROGENYÏ3TARTINGÏANDÏlNISHINGÏ INÏ"ARCELONA ÏTHEÏ5PPERÏ0ALEOCENE ,OWERÏ%OCENEÏ!GERÏBASIN ÏTHEÏ%OCENEÏ 4REMP 'RAUSS ÏANDÏ!INSAÏBASINS ÏTHEÏ 5PPERÏ%OCENE /LIGOCENEÏ*ACOÏBASIN ÏANDÏ lNALLYÏTHEÏ/LIGO -IOCENEÏ%BROÏBASINÏWILLÏ BEÏVISITEDÏ)MPRESSIVEÏPANORAMICÏVIEWSÏ OFÏTHEÏVARIOUSÏSEDIMENTARYÏSEQUENCESÏ WILLÏBEÏOBSERVEDÏANDÏSHOWÏLARGE SCALEÏ TECTONICÏELEMENTSÏTHATÏCONTROLLEDÏ THEÏSEDIMENTATIONÏAREÏEVIDENTÏ4HEÏ CLASTIC DOMINATEDÏSEQUENCESÏESSENTIALLYÏ RECORDÏTHEÏWESTWARD DEEPENINGÏANDÏ PROGRESSIVELYÏMARINEÏINmUENCEDÏFORELANDÏ BASINÏEVOLVINGÏASÏTHEÏ0YRENEANÏRANGEÏ DEVELOPEDÏFROMÏ%OCENEÏONWARDS Ï ALTHOUGHÏTHEÏMOREÏSOUTHERLYÏANDÏYOUNGERÏ %BROÏBASINÏSUCCESSIONÏISÏSPECTACULARLYÏ DOMINATEDÏBYÏALLUVIALÏFANÏANDÏmUVIALÏ SEDIMENTSÏ4HEÏCOURSEÏBASESÏCONSISTÏOFÏ "ARCELONA Ï4REMP Ï'RAUSS Ï!INSA Ï"ROTO Ï and Barcelona. COURSE CONTENT

Software




"ACK SHEDÏALLUVIALÏFANÏCONGLOMERATESÏ WITHÏSOUTHERNÏPROVENANCEÏ

Q

)NCISEDÏVALLEYÏDEPOSITS

Q

4HRUSTÏSHEETÏCREATEDÏBYÏINVERSIONÏANDÏ VIEWÏSTOPÏOFÏ#ASTISENTÏSANDSTONE

Q

3TACKEDÏCOARSENING UP ÏSTORM DOMINATEDÏMARINEÏSHOREFACEÏ SEDIMENTSÏOFÏ3ANTAÏ,IESTRAÏFORMATION

Q

3LOPEÏSEDIMENTÏCOLLAPSEÏSLIDEÏBLOCK

Q

!INSAÏCHANNELLEDÏTURBIDITESÏ

Q

Boltana anticline

Q

4HINÏBASINÏPLAINÏCALC TURBIDITESÏANDÏ MEGAÏBEDÏTURBIDITESÏ MÏTHICK

Q

3LUMPOLISTOSTROMEÏANDÏINVERTEDÏ MEGAÏBEDÏTURBIDITE

Q

!LLUVIALÏFANÏCONGLOMERATESÏ ASSOCIATEDÏWITHÏEMERGENTÏTHRUSTÏ front

Q

-EDIALÏBASIN ÏLOW SINUOSITYÏmUVIALÏ SHEETÏANDÏRIBBONÏSANDSÏSPECTACULARLYÏ EXPOSEDÏINÏCANALÏCUTS

AUDIENCE 0ETROLEUMÏGEOLOGISTS ÏGEOPHYSICISTS Ï RESERVOIRÏENGINEERS ÏSEDIMENTOLOGISTS Ï and stratigraphers. PREREQUISITE

Q

!GERÏBASIN lLLÏSEDIMENTSÏINÏAÏ FOOTWALLÏSYNCLINE

Q

3YNTECTONICÏUNCONFORMITY

Q

)NCISIONÏANDÏmUVIALÏ#ASTISENTÏ sandstone

Q

-EANDERINGÏSTREAMÏPOINTÏBARÏ deposits

Q

,ARGE SCALEÏTIDALÏCROSS BEDDEDÏ !LVEOLINAÏLIMESTONE

Q

/YSTER BEARINGÏESTUARINEÏSEDIMENTSÏ with tidal channel erosion

Field trips

Q

Uses simulation

None

| 47 12/22/13 2:49 AM

GEOLOGY Field Trip: Late Palaeozoic-Early Mesozoic Sedimentation: SW Province, UK

Field Trip: Oligo-Miocene Carbonate Sedimentary Models of Malta – Analogues for Cenozoic Reservoirs Worldwide

Skill – 6 Days

Skill – 6 Days

4HISÏCOURSEÏFOCUSESÏONÏTYPICALÏFACIESÏ TYPESÏOFÏDESERT ÏLACUSTRINEÏINCLUDINGÏ PLAYA ÏMARINE ÏmUVIO DELTAICÏANDÏ SUBMARINEÏFANÏENVIRONMENTSÏBYÏ COMPARINGÏANDÏCONTRASTINGÏTHEÏ depositional processes on opposite sides of the Bristol Channel throughout the Carboniferous. A wide range of ENVIRONMENTSÏWILLÏBEÏVISITEDÏFROMÏ3ILURIANÏ to Lower Jurassic with a full range OFÏSEDIMENTARYÏSTRUCTURESÏANDÏSOFT Ï SEDIMENTÏDEFORMATIONSÏ/NEÏSUCHÏLOCALITY Ï 2AGWENÏ0OINT ÏREPUTEDLYÏOFFERSÏTHEÏBESTÏ INÏTHEÏ5+ÏFORÏILLUSTRATINGÏTHEÏCONCEPTSÏOFÏ SEQUENCEÏSTRATIGRAPHYÏ!ÏCOMPARISONÏOFÏ THEÏ#RACKINGTONÏANDÏ"UDEÏFORMATIONSÏOFÏ $EVONÏANDÏ#ORNWALLÏISÏALWAYSÏAÏSOURCEÏ OFÏCONTROVERSYÏANDÏUSUALLYÏLEADSÏTOÏ FASCINATINGÏDISCUSSIONSÏINÏTHEÏlELD

Q

3TEPPEDÏUNCONFORMITYÏBETWEENÏ 4RIASSICÏCONGLOMERATEÏANDÏ$INANTIANÏ LIMESTONES

Q

5PWARDSÏPASSAGEÏFROMÏCONGLOMERATEÏ TOÏ,IASSICÏMARINEÏ3UTTONSTONE

Q

$UNRAVENÏ"AYÏ"LUEÏ,IASÏCLIFFÏ outcrops

Q

Q

!VONÏ'ORGEÏANDÏ"URRINGTONÏ#OMBEÏ IFÏTIMEÏPERMITS ÏTOÏVIEWÏTHEÏENTIREÏ $INANTIANÏ,IMESTONEÏSUCCESSION

Q

4URBIDITES ÏMASSIVEÏSLUMPSDEBRISÏ mOWSÏOFÏTHEÏ.AMURIANÏ#RACKINGTONÏ FORMATIONÏANDÏABUNDANTÏSOLEÏ structures

COURSE CONTENT Q

Q

Q

Q

Q

Q

Q

$EVONIANÏ/LDÏ2EDÏ3ANDSTONEÏ sequence

(YPERSALINEÏLACUSTRINEÏSEDIMENTSÏ WITHÏTEEPEESÏANDÏSTROMATOLITESÏOFÏ the Upper Triassic Mercia Mudstone +EUPERÏ-ARL ÏUNCONFORMABLYÏ OVERLYINGÏ$INANTIANÏLIMESTONESÏ

Q

$EPOSITIONALÏENVIRONMENT Ï depositional processes, and PALEOBATHYMETRYÏ

&RESHWATERÏFORMATIONÏWITHÏPEDOGENICÏ OVERPRINTSÏ

Q

,OWER COALÏMEASURESÏWITHÏANTHRACITICÏ coals

3LIDEÏBLOCKÏANDÏAÏMASSIVEÏSLUMPÏANDÏ LARGEÏSANDÏVOLCANOES

Q

#YCLICITYÏWITHINÏDELTAICÏDEPOSITSÏOFÏ THEÏ.AMURIAN 7ESTPHALIANÏ"IDEFORDÏ FORMATION

3TORM DOMINATEDÏ.AMURIANÏ4WRCHÏ SANDSTONEÏDISCONFORMABLYÏOVERLYINGÏ THEÏ$INANTIANÏ/YSTERMOUTHÏFORMATION

AUDIENCE

#ONTACTÏBETWEENÏ5PPERÏ.AMURIANÏ ANDÏ,OWERMOSTÏ7ESTPHALIANÏACROSSÏ the Gastrioceras subcrenatumÏMARINEÏ BANDÏBOUNDARYÏ

0ETROLEUMÏGEOLOGISTS ÏGENERALÏ GEOSCIENTISTS ÏSEDIMENTOLOGISTS ÏRESERVOIRÏ engineers, and structural geologists.

#LASSICÏCOARSENING UPÏDELTAICÏ SEQUENCEÏINCORPORATINGÏTHEÏ!MROTHÏ SLUMP ÏCULMINATINGÏINÏTHEÏ,ADYÏ&ROLICÏ COALÏSEAMÏ

None

,OWERÏ7ESTPHALIANÏCOALÏMEASURESÏ CONTAININGÏANKERITICÏ!MROTHÏ FRESHWATERÏLIMESTONE Ï+ILGETTYÏCOALÏ SEAM ÏSIDERITEÏCONCRETIONS ÏANDÏ liquefaction structures

Q

7ISEMANSÏ"RIDGEÏ-ULTISTORYÏ channel stack with possible tidal INmUENCE

Q

3AUNDERSFOOTÏ3TAMMERSÏ6EINSÏCOALÏ SEAMS ÏANDÏPALEOVALLEYÏlLL


PREREQUISITE

The course introduces the attendees to CARBONATEÏSEDIMENTOLOGYÏANDÏSEQUENCEÏ STRATIGRAPHYÏTHROUGHÏLECTURESÏANDÏUSINGÏ THEÏEXCELLENTÏ/LIGOCENEÏANDÏ-IOCENEÏ LIMESTONEÏOUTCROPSÏOFÏ-ALTAÏANDÏITSÏ SISTERÏISLAND Ï'OZOÏ%XCELLENTÏEXPOSURESÏ OFÏSYSTEMSÏTRACTSÏACROSSÏDEPOSITIONALÏ MODELSÏOFÏBOTHÏCARBONATE RIMMEDÏ PLATFORMSÏANDÏAÏCARBONATEÏRAMPÏILLUSTRATEÏ THEÏPRINCIPLESÏOFÏSEQUENCEÏSTRATIGRAPHYÏ on Malta. Additional interest arises FROMÏTHEÏOVERPRINTSÏOFÏSYNSEDIMENTARYÏ tectonics associated with rifting, plus spectacular karstic collapse structures. 4HESEÏEXPOSURESÏPROVIDEÏAÏGENERALÏ training ground for carbonate rocks as WELLÏASÏVERYÏGOODÏANALOGUESÏFORÏ#ENOZOICÏ RESERVOIRSÏEG Ï3%Ï!SIAÏANDÏTHEÏ'ULFÏOFÏ 3UEZ Ï4HISÏCOURSEÏISÏBASEDÏINÏ3LIEMA Ï Malta.

Q

%XCEPTIONALÏTRANSGRESSIVEÏSECTIONÏ FROMÏINNERÏRAMPÏTOÏPELAGICÏCARBONATEÏ FACIESÏOMISSIONÏANDÏmOODINGÏ SURFACESÏLATERALÏFACIESÏANDÏTHICKNESSÏ CHANGESÏRELATEDÏTOÏFAULT BLOCKÏ rotation

Q

+ARSTÏDISSOLUTIONÏSTRUCTURESÏ-IOCENEÏ BLUEÏHOLES

Q

3UBAERIALÏEXPOSUREÏSURFACEÏCALCRETES

Q

Q

Q

COURSE CONTENT Q

Carbonate grains, carbonate ACCUMULATIONÏPROCESSESÏANDÏ carbonate factories, depositional ENVIRONMENTS ÏFACIESÏANDÏFACIESÏ MODELS

Q

2IMMEDÏCARBONATEÏPLATFORMSÏANDÏ CARBONATEÏRAMPS

Q

2AMPÏCARBONATEÏFACIESÏANDÏFACIESÏ MODELSÏ

Q

4RANSECTÏFROMÏINNER ÏTOÏMID ÏTOÏOUTERÏ RAMPÏFACIESÏBELTSÏANDÏDISCUSSIONÏOFÏ FACIESÏMODELSÏFORÏRAMPÏSEDIMENTATION

Q

#ORRELATIONÏOFÏlELDÏSKETCHÏLOGSÏFROMÏ INNERÏTOÏOUTERÏRAMPÏANDÏCONSTRUCTIONÏ OFÏFACIESÏMODEL

Q

0RINCIPLESÏOFÏCARBONATEÏSEQUENCEÏ STRATIGRAPHYÏUSINGÏOUTCROPÏANDÏ SEISMICÏDATA

Q

#LASSIlCATIONÏOFÏCARBONATEÏPLATFORMS

Q

3HELFÏANDÏPELAGICÏLIMESTONES Ï SYNSEDIMENTARYÏTECTONICS ÏKARSTICÏ dissolution features, and calcretes

Q

Contrasting carbonate factories and POROSITYÏEVOLUTION 6ARIOUSÏCARBONATEÏFACTORIESÏ (ETEROZOANÏANDÏ0HOTOZOAN Ï generating different facies, STRATIGRAPHICÏGEOMETRIES ÏANDÏPOREÏ SYSTEMSÏTHATÏHAVEÏIMPORTANTÏCONTROLSÏ ONÏRESERVOIRÏQUALITY Carbonate depositional sequences, sequence boundaries, and slope DEPOSITSÏONÏAÏRIFTEDÏPLATFORMÏMARGIN Shelf carbonate facies in two DEPOSITIONALÏSEQUENCESÏSUBSEQUENTLYÏ DISSECTEDÏBYÏTHEÏ-ALTAÏ'RABENÏ LEADINGÏTOÏDIVERSEÏCARBONATEÏSLOPEÏ facies

AUDIENCE 0ETROLEUMÏGEOLOGISTS ÏGENERALÏ GEOLOGISTS ÏSEDIMENTOLOGISTS ÏRESERVOIRÏ MODELLERS ÏRESERVOIRÏENGINEERS ÏANDÏ PETROPHYSICISTS PREREQUISITE None


12/22/13 2:49 AM

GEOLOGY Field Trip: Permian Basin Floor Fan Systems of Karoo, South Africa

Field Trip: Reservoir-Scale Heterogeneity in Upper Miocene Platforms of the Balearic Islands, Spain

Skill – 6 Days

Skill – 6 Days

This course will help attendees understand the lithofacies and ARCHITECTURALÏRELATIONSHIPSÏOFÏTHEÏ0ERMIANÏ BASINÏmOORÏFANÏSYSTEMÏINÏTHEÏ4ANQUA +AROOÏAREAÏWESTERNÏ#APE Ï3OUTHÏ!FRICA Ï FROMÏOUTCROPS ÏCORES ÏANDÏLOGSÏ4HISÏAREAÏ CONTAINSÏSOMEÏOFÏTHEÏWORLDSÏBESTÏBASINÏ mOORÏFANÏEXPOSURESÏ4HISÏREGIONÏHASÏ BEENÏTHEÏTOPICÏOFÏAÏ%UROPEAN SPONSOREDÏ RESEARCHÏPROJECTÏINÏWHICHÏAÏLARGEÏAMOUNTÏ OFÏOUTCROPÏDATAÏHAVEÏBEENÏACQUIREDÏANDÏ SEVENÏRESEARCHÏBOREHOLESÏWEREÏDRILLED Ï CORED ÏANDÏLOGGEDÏWITHÏSTATE OF THE ARTÏ logging suites. These data and the IMPORTANTÏRESULTSÏOFÏTHEÏPROJECTÏWILLÏBEÏ SHAREDÏWITHÏTHEÏATTENDEESÏ(IKINGÏOVERÏ THEÏSUCCESSIONÏFROMÏTHEÏBASINALÏFANSÏ across the shelf edge to the prodelta deposits is a highlight of the course. 4HEÏCOURSEÏBASEÏISÏTHEÏ)NVERDOORNÏ'AMEÏ Lodge.

Q

)NVERDOORNÏCOREÏWORKSHOP ÏLOGSÏANDÏ BOREHOLEÏIMAGES ÏANDÏCOMPARISONÏ with outcrops

Q

Using well data and outcrop ANALOGUESÏFORÏRESERVOIRÏMODELINGÏ

Q

.EWÏINFORMATIONÏFROMÏCORESLOGSÏNOTÏ OBSERVEDÏINÏOUTCROPS

Q

(IKEÏENTIREÏSEDIMENTARYÏSUCCESSIONÏ FROMÏBASINÏmOORÏFANSÏTOÏSLOPEÏ deposits, shelf edge transition, and prodelta deposits

AUDIENCE 0ETROLEUMÏGEOLOGISTS ÏGENERALÏ GEOLOGISTS ÏSEDIMENTOLOGISTS ÏRESERVOIRÏ MODELERS ÏRESERVOIRÏENGINEERS ÏANDÏ SEISMICÏINTERPRETERS

This course will help attendees understand the factors that control FACIESÏBELTÏDISTRIBUTIONS ÏPLATFORMÏ architecture, and internal distribution OFÏHETEROGENEITIESÏ4HEÏlRSTÏPORTIONÏOFÏ THEÏCOURSEÏCOVERSÏAÏ,OWERÏ4ORTONIANÏ depositional sequence consisting of a TRANSGRESSIVEÏSYSTEMSÏTRACTÏNEAR SHOREÏ carbonates onlapping and backstepping ONTOÏ.EOGENEÏANDÏ-ESOZOICÏROCKS Ï ANDÏAÏHIGHSTANDÏSYSTEMSÏTRACTÏ(34 Ï that corresponds to an aggrading ANDÏPROGRADING ÏHIGH ENERGY ÏDISTALLYÏ STEEPENEDÏRAMPÏ4HEÏSECONDÏPORTIONÏOFÏ the course concentrates on an Upper Tortonian / Lower Miocene depositional SEQUENCEÏCOMPRISINGÏAÏPROGRADING Ï REEF RIMMEDÏPLATFORMÏRESULTINGÏFROMÏ EUPHOTICÏCARBONATEÏPRODUCTIONÏBYÏAÏ FRAMEWORK DOMINATEDÏREEFÏSYSTEM COURSE CONTENT Q

'EOLOGYÏOFÏTHEÏWESTERNÏ Mediterranean and Balearic islands

/VERVIEWÏOFÏ7ESTERNÏBASINÏMARGINÏ ANDÏITSÏDEVELOPMENT

Q

/UTCROPSÏOFÏINNERÏANDÏMIDDLEÏZONESÏOFÏ THEÏ-IGJORNÏ2AMP

#HANNELÏGEOMETRIES ÏLEVEES ÏCOLLAPSEÏ STRUCTURES ÏPALEOmOWÏRELATIONSHIPS Ï ANDÏTHIN BEDDEDÏOVERBANKÏDEPOSITS

Q

#ARBONATEÏPLATFORMS

Q

2AMPÏSLOPE ÏTOEÏOFÏSLOPEÏDUNES Ï GRAVITYÏmOWS ÏANDÏSUBWAVEBASEÏ grainstones

Q

/RDOVICIANÏTOÏ$EVONIANÏSUCCESSIONÏ

Q

Q

,OBEÏARCHITECTURE ÏBEDS ELEMENTS LOBEÏASSOCIATIONS ÏLOCALÏ CHANNELIZATION ÏANDÏLINKEDÏDEBRITES

PREREQUISITE

COURSE CONTENT

Q

Q

None

3TUDYÏINTERNALÏARCHITECTURE Ï SEDIMENTARYÏSTRUCTURES ÏANDÏ&ANÏÏ sheet sands

Q

0HOSPHATICÏCRUSTÏATÏTHEÏTRANSITIONÏ BETWEENÏRHODALGALÏRAMPÏANDÏ OVERLYINGÏREEFÏCOMPLEX

Q

%COLOGICALÏ!CCOMMODATIONÏ#ONCEPT

Q

0RERAMPÏFANÏDELTA ÏUNCONFORMITY ÏANDÏ BACKSTEPPINGÏBEACHÏTRANSGRESSIVEÏ SYSTEMSÏTRACTÏ;434=

Q

,INEARÏVERSUSÏNONLINEARÏRESPONSEÏ OFÏCARBONATEÏPLATFORMSÏTOÏSEA LEVELÏ changes

Q

)NmUENCEÏOFÏBASEMENTÏPHYSIOGRAPHYÏ on carbonate factories

Q

,LUCMAJORÏ0LATFORMÏOUTCROPS

Q

/VERVIEWÏOFÏREEF RIMMEDÏPLATFORMÏ architecture

Q

Shallow basin and forereef slope

Q

Reef core and inner lagoon

Q

Outer lagoon lithofacies

Q

Shallow water carbonates and SUBTIDALÏSTROMATOLITES

Q

+ARSTÏCOLLAPSEÏSTRUCTURES

Q

#OREÏCORRELATIONÏANDÏSEISMICÏ INTERPRETATIONÏEXERCISESÏINÏTHEÏlELD

AUDIENCE Geoscientists and earth scientists who wish to gain a better understanding of RESERVOIRÏHETEROGENEITY PREREQUISITE Basic understanding of or background in GEOLOGY

Software




Field trips

Uses simulation

| 49 12/22/13 2:49 AM

GEOLOGY Field Trip: Syn-Rift Carbonate Platforms Miocene-Recent Gulf of Suez

Integrated 3D Reservoir Modeling Workshop

Mapping the Subsurface

Skill – 6 Days

Skill – 5 Days

Skill – 5 Days

In this workshop, attendees learn AÏHANDS ONÏPRACTICALÏWORKmOWÏFORÏ BUILDINGÏAÏSTATICÏRESERVOIRÏMODELÏUSINGÏ THEÏ0ETRELÏPLATFORMÏ#OURSEÏTOPICSÏ include a solid presentation of the THEORYÏANDÏMETHODOLOGIESÏBEHINDÏ $ÏRESERVOIRÏMODELINGÏWITHÏPRACTICALÏ applications. Attendees will learn a STEP WISEÏAPPROACHÏTOÏMODELÏBUILDINGÏ THATÏSTARTSÏWITHÏANÏOVERVIEWÏOFÏRESERVOIRÏ MODELING ÏBUILDINGÏOFÏAÏSTRUCTURALÏ FRAMEWORK ÏCONTINUINGÏWITHÏLAYERINGÏ ANDÏGRIDDING ÏANDÏPOPULATINGÏTHEÏMODELÏ WITHÏRESERVOIRÏPROPERTIESÏ4HEÏATTENDEESÏ WILLÏGAINÏVALUABLEÏEXPERIENCEÏINÏUSEÏOFÏ VOLUMETRICSÏWITHÏUNCERTAINTIESÏANDÏBASICÏ geostatistics.

This course will take the attendee THROUGHÏTHEÏPRIMARYÏTECHNIQUESÏFORÏ CONSTRUCTINGÏTWO DIMENSIONALÏ$ Ï MAPSÏANDÏSECTIONSÏOFÏTHEÏSUBSURFACE Ï including the integration of well data and KEYÏSURFACESÏDElNINGÏTHEÏFRAMEWORKÏOFÏ geologic units in the subsurface as the FOUNDATIONÏOFÏSUBSURFACEÏEVALUATIONÏ 4HESEÏINITIALÏ$ÏTECHNIQUESÏALLOWÏTHEÏ INTERPRETERÏTOÏDISPLAYÏTHEÏ$ÏRELATIONSHIPSÏ OFÏGEOLOGICÏSURFACESÏANDÏANYÏASSOCIATEDÏ FAULTS ÏWHICHÏAREÏKEYÏTOÏDElNINGÏTHEÏ SPATIALÏANDÏVOLUMETRICÏASPECTSÏOFÏTHEÏ associated subsurface resource. The geologic surface and fault relationships ANALYZEDÏINÏTHISÏCOURSEÏWILLÏALSOÏBEÏLINKEDÏ TOÏTHEÏOVERALLÏASPECTSÏOFÏDEPOSITIONALÏ SETTINGSÏANDÏSTRUCTURALÏSTYLESÏTHATÏAREÏ PRESENTÏWITHINÏGLOBALÏDEVELOPMENTÏOFÏ geologic terrains.

4HISÏ DAYÏlELDÏANDÏCLASSROOM BASEDÏ COURSEÏINVESTIGATESÏTHEÏCOMPLEXÏFACIESÏ relationships found in rift basin carbonate PLATFORMSÏANDÏPROVIDESÏINSIGHTSÏINTOÏSYNÏ SEDIMENTARYÏSTRUCTURALÏINmUENCESÏANDÏ CHANGINGÏDEPOSITIONALÏENVIRONMENTSÏWITHÏ RIFTÏBASINÏEVOLUTIONÏ"ASEDÏONÏTHEÏSHORESÏ OFÏTHEÏSOUTHERNÏ'ULFÏOFÏ3UEZ ÏTHISÏCOURSEÏ BEGINSÏWITHÏAÏREVIEWÏANDÏUPDATEÏONÏTHEÏ PROCESSESÏOFÏCARBONATEÏSEDIMENTATIONÏ USINGÏTHEÏNATURALÏLABORATORYÏOFÏTHEÏNEARBYÏ MODERN ÏSHALLOWÏMARINEÏENVIRONMENTSÏ 4ECTONOSTRATIGRAPHICÏMODELSÏFORÏ CARBONATESÏAREÏTHENÏINVESTIGATEDÏWITHÏ AÏFOCUSÏONÏRIFTÏBASINÏENVIRONMENTSÏ Concepts are reinforced and DEMONSTRATEDÏINÏTHEÏlELDÏONÏWORLD CLASSÏ EXPOSURESÏOFÏANÏEXHUMEDÏ-IOCENEÏ CARBONATEÏPLATFORMÏ4HISÏENABLESÏ POTENTIALÏRESERVOIRÏFACIESÏTOÏBEÏSTUDIEDÏ INÏDIFFERENTÏSTRUCTURALÏSETTINGSÏFOOTWALL Ï TRANSFERÏZONE ÏETC ÏANDÏTHEÏCHANGEÏFROMÏ MARINEÏTOÏNONMARINEÏCARBONATEÏFACTORIESÏ TOÏBEÏCORRELATEDÏWITHÏRIFTÏBASINÏEVOLUTIONÏ 4HEÏlNALÏLECTURESÏEXAMINEÏEVAPORITIC TO MARINE TO LACUSTRINEÏRIFTÏBASINÏCARBONATESÏ FROMÏ-ESOZOICÏANDÏ#ENOZOICÏBASINSÏ 37ÏANDÏ.%Ï!TLANTIC Ï3%Ï!SIA ÏANDÏ2EDÏ 3EA 'ULFÏOFÏ!DEN

Q

'ULFÏOFÏ3UEZÏ Ï2EDÏ3EAÏRIFTÏBASINÏ GEOLOGICALÏEVOLUTIONÏ

Q

0RINCIPLESÏOFÏCARBONATEÏSEQUENCEÏ STRATIGRAPHYÏANDÏOUTCROPÏANDÏSEISMICÏ SEQUENCEÏSTRATIGRAPHYÏOFÏCARBONATES

Q

4ECTONICÏCLASSIlCATIONÏOFÏCARBONATEÏ PLATFORMS

Q

Q

Q

Q

Q

Q

COURSE CONTENT Q

Q

Introduction to processes of CARBONATEÏACCUMULATION ÏCARBONATEÏ factories, and depositional ENVIRONMENTS Modern carbonate grains and TEXTURALÏCLASSIlCATIONÏOFÏCARBONATES

Q

#ARBONATEÏFACIESÏANDÏFACIESÏMODELS

Q

#ARBONATEÏGRAINÏTYPESÏANDÏEARLYÏ LITHIlCATIONÏINÏSUBTROPICALÏLAGOON Ï beach, fringing reef and wadi ENVIRONMENTS ÏCLASTIC CARBONATEÏ INTERACTIONSÏINÏSHALLOWÏMARINEÏ setting

Stratigraphic and structural settings, footwall to hanging wall facies associations, sequences, and POTENTIALÏRESERVOIRÏFACIESÏ )NTERWELLÏCORRELATIONSÏINÏFAULT BLOCKÏ PLATFORMÏSETTING Stratigraphic architecture and carbonate facies associations in a TRANSFERÏZONEÏSETTINGÏANDÏCHANGINGÏ carbonate factories with rift basin isolation Stratigraphic logging and facies correlation %XERCISESÏONÏRIFTÏBASINÏCARBONATES Ï STRUCTURALÏSETTINGSÏOFÏPLATFORMSÏINÏ MARINEÏTOÏLACUSTRINEÏANDÏEVAPORITICÏ BASINS ÏNONMARINE LACUSTRINEÏ carbonates in rift basin settings, and FACIESÏANDÏFACIESÏMODELS )NTERPRETATIONÏOFÏMARINEÏANDÏ LACUSTRINEÏCARBONATEÏRESERVOIRÏROCKS

AUDIENCE 0ETROLEUMÏGEOLOGISTS ÏGENERALÏGEOLOGISTS Ï SEDIMENTOLOGISTS ÏRESERVOIRÏMODELERS Ï RESERVOIRÏENGINEERS ÏANDÏPETROPHYSICISTS PREREQUISITE

COURSE CONTENT Q

0ETRELÏPLATFORMÏSOFTWAREÏDATAÏIMPORTÏ ANDÏEXPORTÏREVIEW

Q

7ELLÏCORRELATIONSÏ'ENERATEÏANDÏEDITÏ well tops

Q

3TRUCTURALÏMODELINGÏ&AULTÏMODELING Ï GRIDÏDESIGN ÏQUALITYÏCHECKING Ï ZONATION ÏANDÏLAYERING

Q

3TATISTICSÏANDÏDATAÏANALYSISÏREVIEW

Q

"ASICSÏOFÏGEOSTATISTICSÏANDÏVARIOGRAMÏ ANALYSIS ÏINTRODUCTIONÏTOÏKRIGING ÏANDÏ ESTIMATIONÏTECHNIQUES

Q

$ETERMINISTICÏANDÏPROPERTYÏMODELING Ï INCLUDINGÏFACIESÏMODELING

Q

0ROPERTYÏDATAÏPETROPHYSICS ÏSEISMIC Ï ANDÏWELL TESTÏDATA ÏINTEGRATION

Q

"ASICÏKNOWLEDGEÏOFÏGEOLOGY Q

Q

Stochastic and conditional SIMULATIONS 6OLUMETRICÏCALCULATIONSÏEXERCISE Ï WITHÏMULTIPLEÏREALIZATIONSÏANDÏRANKING Design and properties upscaling

AUDIENCE Geoscientists or engineers desiring a practical approach to building 3D RESERVOIRÏMODELSÏWITHÏ0ETRELÏPLATFORMÏ software. PREREQUISITE "ASICÏUNDERSTANDINGÏOFÏ0ETRELÏPLATFORMÏ software.


NEW

COURSE CONTENT Q

#OURSEÏOBJECTIVES ÏHISTORYÏANDÏ PRINCIPLESÏOFÏSURFACEÏMAPPINGÏACROSSÏ STRUCTURALÏSTYLESÏ

Q

7ELLBOREÏCORRELATIONÏOFÏVERTICALÏANDÏ directional drilling data to subsurface FEATUREÏMAPPINGÏ

Q

Applications of fault and surface MAPPINGÏTECHNIQUESÏTOÏSTRUCTURALÏ STYLESÏSTRIKE SLIP ÏGROWTH Ï COMPRESSIONAL ÏANDÏTHRUSTÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏ

Q

0ETRELÏPLATFORMÏMAPPINGÏINTRODUCTIONÏ nÏVOLUMETRICÏCALCULATIONÏFROMÏSURFACEÏ MAPPINGÏ

Q

#OMPUTERÏCONTOURINGÏTECHNIQUES

AUDIENCE 'EOLOGISTS ÏPETROLEUMÏENGINEERS Ï ANDÏGEOPHYSICISTSÏINVOLVEDÏWITHÏ THEÏDEVELOPMENTÏOFÏOILÏANDÏGASÏRESERVOIRSÏ and needing knowledge of correlation ANDÏSTRUCTURALSTRATIGRAPHICÏMAPPINGÏ techniques. PREREQUISITE !ÏFUNDAMENTALÏUNDERSTANDINGÏOFÏGEOLOGICÏ CONCEPTSÏ4HEÏ0ETRELÏPLATFORMÏSOFTWAREÏ will be used in the course. Although it is STRONGLYÏSUGGESTEDÏTHATÏATTENDEESÏHAVEÏ TAKENÏTHEÏ)NTRODUCTIONÏTOÏ0ETRELÏCOURSE ÏITÏ is not required.


12/22/13 2:49 AM

GEOLOGY Mud Logging—Surface Gas Measurement and Fluid Characterization NEW

Skill – 5 Days

This course consists of theoretical CLASSROOMÏSESSIONSÏLEDÏBYÏANÏEXPERIENCEDÏ PROFESSIONALÏPROVIDINGÏIN DEPTHÏ EXPLANATIONÏOFÏGASÏANALYSISÏATÏTHEÏ SURFACEÏ4HEÏTHEORETICALÏCLASSROOMÏ SESSIONSÏWILLÏBEÏCOMPLEMENTEDÏ WITHÏPRACTICALÏEXERCISESÏCOVERINGÏ THEÏTYPESÏOFÏGASÏENCOUNTEREDÏDURINGÏ drilling, degassing apparatus, gas ANALYSISÏTECHNOLOGY ÏANDÏREAL TIMEÏGASÏ INTERPRETATIONÏEXERCISESÏ4HEÏCOURSEÏ WILLÏPROVIDEÏAÏCLEARÏUNDERSTANDINGÏONÏ how gases are generated during drilling, HOWÏTHEYÏAREÏCARRIEDÏTOÏSURFACE ÏTHEÏ TECHNOLOGYÏTOÏEXTRACTÏTHEÏGASÏFROMÏTHEÏ DRILLINGÏmUIDS ÏTHEÏTECHNOLOGYÏUSEDÏFORÏ GASÏANALYSIS ÏANDÏBESTÏPRACTICESÏFORÏTHEÏ INTERPRETATIONÏOFÏGASÏDATAÏTOÏBETTERÏREmECTÏ what is occurring downhole.


Play-to-Prospect Exploration: Integrated Exploration Techniques and Workflows using Petrel E&P Software Platform

Skill – 5 Days

Skill – 5 Days

!PPLICATIONS ORIENTED ÏTHISÏCOURSEÏ presents interpretation guidelines to EVALUATEÏPROSPECTIVEÏSOURCEÏROCKSÏANDÏ DElNEÏPETROLEUMÏSYSTEMSÏ!TTENDEESÏWILLÏ LEARNÏABOUTÏSOMEÏOFÏTHEÏMAINÏAPPLICATIONSÏ OFÏGEOCHEMISTRYÏTOÏREDUCEÏTHEÏRISKÏINÏ%0Ï TOTALÏORGANICÏCARBON ÏROCK EVALUATIONÏ PYROLYSIS ÏVITRINITEÏREmECTANCE ÏTHERMALÏ ALTERATIONÏINDEX ÏKEROGENÏELEMENTALÏ ANALYSIS ÏGEOCHEMICALÏLOGSÏANDÏMAPS Ï RECONSTRUCTEDÏGENERATIVEÏPOTENTIALÏ CALCULATIONS ÏANDÏGASÏCHROMATOGRAPHY

4HEÏMAINÏGOALÏOFÏTHISÏ DAYÏCOURSEÏISÏFORÏ THEÏATTENDEEÏTOÏLEARNÏHOWÏTOÏPERFORMÏ PLAYÏEVALUATION ÏWHICHÏINTEGRATESÏALLÏ OFÏTHEÏELEMENTSÏOFÏAÏPETROLEUMÏSYSTEMÏ INTOÏGEOLOGICALLYÏBASEDÏOBJECTIVE Ï CONSISTENT ÏANDÏDOCUMENTEDÏRESULTSÏUSEDÏ to understand and rank opportunities. The attendees will learn how to keep THEIRÏPLAYÏANDÏPROSPECTÏEVALUATIONÏLIVEÏ ANDÏUSABLEÏWHENEVERÏNEWÏUNDERSTANDINGÏ ORÏDATAÏBECOMEÏAVAILABLEÏ&OREMOST Ï attendees will gain an understanding OFÏWHYÏINTEGRATEDÏPETROLEUMÏSYSTEM BASEDÏEXPLORATIONÏISÏANÏINDUSTRYÏBESTÏ practice. The attendee will learn how THEÏFUNDAMENTALSÏOFÏPETROLEUMÏSYSTEMSÏ ANDÏPLAYÏCONCEPTSÏAREÏANÏESSENTIALÏPARTÏ OFÏBEST PRACTICEÏEXPLORATIONÏ!TTENDEESÏ WILLÏEVALUATEÏAÏCONCESSIONÏAREAÏUSINGÏTHEÏ 0ETRELÏPLATFORMÏOFÏINTEGRATEDÏPETROLEUMÏ SYSTEM BASEDÏPLAY TO PROSPECTÏEXPLORATIONÏ TOOLSÏANDÏWORKmOWSÏ0ETROLEUMÏ3YSTEMSÏ 1UICKÏ,OOKÏANDÏ0LAYÏTOÏ0ROSPECTÏ2ISK ÏÏ The attendees will be acquainted with THEÏTHEORYÏBEHINDÏTHEÏTOOLSÏINPUTSÏANDÏ WORKmOWSÏANDÏBEÏABLEÏTOÏUSEÏTHESEÏTOOLSÏ TOÏPERFORMÏPLAYÏANDÏPROSPECTÏEVALUATIONSÏ AFTERÏCOMPLETINGÏTHISÏCOURSE

COURSE CONTENT Q

Q

Q

COURSE CONTENT Q

/RIGINSÏOFÏGASÏINÏMUD Q

Q

Degassing process

Q

Different degassing techniques

Q

'ASÏANALYSISÏTECHNOLOGYÏ

Q

Gas interpretation generalities

Q

New technologies

Q

Gas corrections

Q

)NTERPRETATIONÏMETHODOLOGIES

Q

Degassing case studies

AUDIENCE 7ELLSITEÏGEOLOGISTSÏANDÏOPERATIONÏ geologists. PREREQUISITE !ÏRESPECTABLEÏUNDERSTANDINGÏOFÏMUDÏ logging.

&UNDAMENTALSÏOFÏPETROLEUMÏ GEOCHEMISTRY "ASICÏGEOCHEMICALÏMEASUREMENTSÏ and interpretation pitfalls Construction of the original PETROLEUMÏGENERATIVEÏPOTENTIALÏOFÏ spent source rock )DENTIlCATIONÏANDÏQUANTIlCATIONÏOFÏ ELEMENTSÏANDÏPROCESSESÏTHATÏCONTROLÏ PETROLEUMÏSYSTEMSÏ

Q

#OLLECTIONÏOFÏOILÏANDÏROCKÏSAMPLESÏANDÏ EVALUATIONÏOFÏDATAÏQUALITY

Q

5SEÏOFÏBIOMARKERSÏANDÏISOTOPESÏ to correlate oils and source rocks ANDÏASSESSÏTHERMALÏMATURITYÏANDÏ biodegradation

COURSE CONTENT Q

0ETROLEUMÏSYSTEMÏANDÏPLAY TO PROSPECTÏFUNDAMENTALSÏ

Q

#ONCESSIONÏANALYSISÏ

Q

$RYÏHOLEÏANALYSISÏ

Q

1UICKÏEVALUATIONÏOFÏHYDROCARBONÏ generation potential

Q

2ESERVOIRÏEVALUATIONÏMETHODS

Q

Use structural interpretation ALTERNATIVESÏTOÏCONSTRUCTÏAÏTRAPÏ PRESENCEÏMAPÏFROMÏTHEÏINPUTÏDATAÏ ANDÏAÏCONCEPTUALÏMODEL

Q

Charge generation

Q

#HARGEÏTIMINGÏ

Q

Migration

Q

)DENTIFYÏLEADSÏ

Q

0OSTSEISMICÏPROSPECTÏEVALUATIONÏ

Q

Rank prospects

AUDIENCE Geoscientists wanting to learn prospect EXPLORATIONÏFUNDAMENTALSÏANDÏHOWÏTOÏ PERFORMÏTHEÏWORKmOWSÏUSINGÏ0ETRELÏ PLATFORMÏSOFTWARE PREREQUISITE )DEALLY ÏATTENDEESÏWILLÏHAVEÏATTENDEDÏTHEÏ 0ETRELÏ&UNDAMENTALSÏCLASS

AUDIENCE %XPLORATIONÏANDÏDEVELOPMENTÏGEOLOGISTS Ï GEOCHEMICALÏCOORDINATORS ÏMANAGERS Ï ANDÏGEOSCIENTISTSÏWHOÏREQUIREÏMOREÏ KNOWLEDGEÏABOUTÏPETROLEUMÏSYSTEMS Ï PETROLEUMÏGEOCHEMISTRY ÏANDÏBASINÏ MODELING PREREQUISITE +NOWLEDGEÏOFÏBASICÏPETROLEUMÏGEOLOGYÏ ANDÏPETROLEUMÏSYSTEMS

Software




Field trips

Uses simulation

| 51 12/22/13 2:49 AM

GEOLOGY Sedimentology and Depositional Environments of Deepwater Deposits

Structural Geology

Subsurface Facies Analysis: Integrating Borehole Images and Well Logs with Rock Physics and Seismic Data to Develop Geologic Models

Skill – 5 Days

Skill – 5 Days

Skill – 5 Days

4HISÏ DAYÏCOURSEÏCOVERSÏTHEÏTHEORYÏ ANDÏAPPLICATIONÏOFÏSEDIMENTOLOGYÏANDÏ DEPOSITIONALÏENVIRONMENTSÏOFÏDEEPWATERÏ deposits. The course consists of an EXTENSIVEÏSERIESÏOFÏTOPIC RELATEDÏMODULESÏ in addition to workshops on attendee datasets.

This course introduces the attendees to THEÏMAINÏELEMENTSÏOFÏGEOMECHANICSÏANDÏ EMPLOYSÏTHESEÏELEMENTSÏASÏTHEÏBASISÏFORÏ UNDERSTANDINGÏSTRUCTURALÏGEOMETRIES Ï KINEMATICS ÏANDÏTHEÏUNIVERSALLYÏAPPLICABLEÏ GEOMECHANICALÏAPPROACHÏ!TTENDEESÏWILLÏ LEARNÏBASICÏINTERPRETATIONÏANDÏMAPPINGÏ TECHNIQUESÏFORÏEACHÏTECTONICÏREGIMEÏ!Ï PORTABLEÏSANDBOXÏDEMONSTRATESÏANALOGÏ MODELINGÏOFÏTHEÏMAINÏTECTONICÏREGIMESÏ "RINGINGÏACTUALÏPROBLEMSÏORÏCHALLENGESÏ for general discussion and integrated HANDS ONÏPROBLEMÏSOLVINGÏISÏENCOURAGED

This course presents an integrated APPROACHÏTOÏSUBSURFACEÏFACIESÏANALYSISÏ BYÏCOMBININGÏIMAGEÏANDÏDIPÏDATAÏ interpretation with outcrop studies. The APPROACHÏUSESÏHIGH RESOLUTIONÏSEISMICÏ DATAÏTOÏRElNEÏCOMPLETEÏRESERVOIRÏMODELSÏ Attendees will learn the integrated APPROACHÏFROMÏEXAMPLESÏANDÏCASEÏ studies.

COURSE CONTENT Q

Q

,ECTUREÏMODULESÏSUPPORTEDÏANDÏ COMPLEMENTEDÏBYÏAÏNUMBERÏOFÏ PAPER BASEDÏEXERCISESÏMOSTLYÏBUILTÏ AROUNDÏCORRELATIONÏPROBLEMS &ULLÏSETÏOFÏLECTUREÏMATERIALSÏANDÏ EXERCISESÏANDÏTHEÏBOOKÏh0ETROLEUMÏ 3YSTEMSÏOFÏ$EEPWATERÏ3ETTINGSvÏBYÏ 0Ï7EIMERÏANDÏ2-Ï3LATTÏGIVENÏTOÏ EACHÏATTENDEEÏ;SUBJECTÏTOÏAVAILABILITYÏ FROMÏTHEÏPUBLISHERSÏANDÏTOÏTIMELYÏ ADVICEÏBYÏTHEÏCLIENTÏONÏTHEÏREQUIREDÏ NUMBERÏOFÏCOPIES=

COURSE CONTENT Q

'EOMECHANICSÏANDÏGENERALÏFAULTÏ characteristics introduction

Q

%XTENSIONALÏTECTONICSÏ

Q

3TRIKE SLIPÏTECTONICSÏ

Q

AUDIENCE

3TRUCTURALÏRESERVOIRÏTYPES ÏINÏSITUÏ STRESSÏANALYSIS ÏANDÏFAULTÏSEALINGÏ MECHANISMSÏ

Geologists.

Q

#OMPRESSIONALÏTECTONICS

PREREQUISITE

Q

Salt tectonics

Q

&AULTÏSEALINGÏANDÏTOPÏSEALÏINTEGRITY

Q

&RACTUREÏSYSTEMS

Q

!NALYSISÏOFÏFAULTÏANDÏFRACTUREÏ SYSTEMS

2EASONABLEÏKNOWLEDGEÏOFÏPETROLEUMÏ GEOLOGY

COURSE CONTENT Q

Data acquisition, processing, and STRUCTURALÏANALYSISÏ

Q

3TRUCTURALÏANALYSISÏUSINGÏIMAGEÏANDÏ dip data

Q

3EDIMENTOLOGYÏANDÏCONTINENTALÏ settings

Q

%OLIANÏSEDIMENTS

Q

&LUVIALÏSEDIMENTSÏANDÏmUVIALÏSETTINGSÏ VARIOUSÏMODELS

Q

Q

Q

#ARBONATEÏMODELSÏANDÏFACIESÏINÏ coastal and shelf settings

Q

&RACTUREDÏRESERVOIRSÏANDÏFRACTUREÏ SYSTEMS

Q

&RACTUREDÏRESERVOIRÏCASEÏSTUDIES

Q

'EOTHERMALÏSYSTEMSÏINÏVOLCANICÏROCKS

AUDIENCE Geoscientists, engineers, and technical STAFFÏRESPONSIBLEÏFORÏANALYSISÏANDÏ INTEGRATIONÏOFÏIMAGEÏANDÏDIPÏDATA PREREQUISITE "ASICÏGEOLOGYÏANDÏRESERVOIRÏMODELINGÏ background.

Deltaic, coastal, and shelf siliciclastic settings Deltaic, coastal, shelf, deepwater, ANDÏCARBONATEÏSEDIMENTS

AUDIENCE Geologists who need a solid UNDERSTANDINGÏOFÏSTRUCTURALÏGEOLOGYÏ THEORYÏANDÏAPPLICATIONS PREREQUISITE "ASICÏGEOLOGYÏCONCEPTÏUNDERSTANDING



12/22/13 2:49 AM

GEOLOGY Sequence Stratigraphy: Principles and Applications


Skill – 5 Days

Advanced – 3 Days

This course presents the concepts, ILLUSTRATEDÏWITHÏlELDÏEXAMPLESÏOFÏSEISMIC Ï well logs, core, and outcrop data, and practical applications of sequence STRATIGRAPHYÏFORÏPETROLEUMÏEXPLORATIONÏ ANDÏPRODUCTIONÏ)N CLASSÏEXERCISESÏ EMPHASIZEÏTHEÏRECOGNITIONÏOFÏSEQUENCEÏ STRATIGRAPHICÏSURFACESÏANDÏSYSTEMSÏ TRACTSÏONÏWELLÏLOGÏCROSSÏSECTIONS ÏSEISMICÏ LINES ÏANDÏOUTCROPÏPROlLESÏ4HEÏPOINTSÏ OFÏAGREEMENTÏANDÏDIFFERENCEÏBETWEENÏ THEÏVARIOUSÏSEQUENCEÏSTRATIGRAPHICÏ APPROACHESÏMODELS ÏAREÏDISCUSSED Ï ANDÏGUIDELINESÏAREÏPROVIDEDÏFORÏAÏ STANDARDIZEDÏPROCESS BASEDÏSEQUENCEÏ STRATIGRAPHICÏANALYSISÏWORKmOWÏ 4HISÏANALYSISÏPROCEDUREÏENABLESÏTHEÏ ATTENDEEÏTOÏELIMINATEÏNOMENCLATURALÏORÏ METHODOLOGICALÏCONFUSIONS ÏANDÏAPPLYÏ SEQUENCEÏSTRATIGRAPHYÏEFFECTIVELYÏFORÏ FACIESÏPREDICTIONSÏINÏEXPLORATIONÏANDÏ production.

This course focuses on understanding the use of strategic planning to OPTIMIZEÏTHEÏPROBABILITYÏOFÏSUCCESSÏINÏ OILÏANDÏGASÏEXPLORATIONÏ4HEÏCOURSEÏ INCLUDESÏRECOGNIZINGÏTHEÏNEEDÏFORÏ STRATEGICÏCHANGEÏANDÏDEVELOPINGÏ options to respond to changing BUSINESSÏENVIRONMENTS ÏINÏADDITIONÏTOÏ IMPLEMENTINGÏNEWÏSTRATEGICÏDIRECTIONSÏ ANDÏMANAGINGÏANDÏMONITORINGÏ PERFORMANCE

COURSE CONTENT Q Q

Introduction (ISTORICALÏDEVELOPMENTÏANDÏ FUNDAMENTALÏCONCEPTSÏOFÏSEQUENCEÏ STRATIGRAPHYÏANDÏOTHERÏTYPESÏOFÏ STRATIGRAPHYÏ

Q

Sequence stratigraphic surfaces

Q

3YSTEMSÏTRACTSÏ

Q

!PPLICATIONSÏTOÏDEPOSITIONALÏSYSTEMS

4HEÏCOURSEÏBUILDSÏONÏAÏNUMBERÏOFÏCASEÏ studies of strategic change and what CANÏBEÏLEARNEDÏFROMÏTHESEÏSCENARIOSÏ The course scope includes the technical, ECONOMIC ÏANDÏPOLITICALÏDRIVERSÏTHATÏ SHAPEÏTHEÏPERFORMANCEÏOFÏALLÏOILÏANDÏGASÏ ORGANIZATIONSÏ4HEÏCOURSEÏWILLÏCOVERÏTHEÏ IMPORTANCEÏOFÏSTRATEGICÏPLANNINGÏATÏALLÏ STAGESÏOFÏTHEÏEXPLORATIONÏVALUEÏCHAINÏ ACCESSÏTHROUGHÏTOÏBASINÏSELECTIONÏANDÏ EXPLORATIONÏPLAYÏTESTING

Evaluation and Management of Fractured Reservoirs

Advanced – 5 Days

Advanced – 5 Days

In this course, attendees will learn ABOUTÏTHEÏPROCESSESÏOFÏROCKÏDEFORMATIONÏ ANDÏAPPLYÏTHISÏKNOWLEDGEÏTOÏIMPROVEÏ STRATEGICÏEXPLORATIONÏPLANNINGÏANDÏTHEÏ INTERPRETATIONÏOFÏEXISTINGÏDATAÏ!TTENDEESÏ WILLÏALSOÏUNDERSTANDÏTHEÏIMPACTÏSTRUCTURALÏ GEOLOGYÏPLAYSÏINÏCONTROLLINGÏSUBSURFACEÏ mUIDÏmOWÏANDÏTHEÏSTANDARDÏTECHNIQUESÏ FORÏESTIMATINGÏTHEÏmOWÏCONSEQUENCESÏ OFÏDEFORMATIONÏ!ÏNEWÏGEOMECHANICSÏ PARADIGMÏISÏPRESENTEDÏTHATÏFOCUSESÏONÏ KEYÏASPECTSÏOFÏDEFORMATIONÏSYSTEMS

&ROMÏBOTHÏANÏEXPLORATIONÏANDÏ DEVELOPMENTÏPOINTÏOFÏVIEW ÏTHISÏCOURSEÏ TEACHESÏATTENDEESÏEVALUATIONÏMETHODSÏ FORÏFRACTUREDÏPETROLEUMÏRESERVOIRSÏ The course includes data acquisition TECHNIQUESÏTHATÏEMPLOYÏOUTCROPÏANDÏ SUBSURFACEÏROCKÏDATA ÏPETROPHYSICALÏ DATA ÏROCKÏMECHANICÏPRINCIPLES ÏANDÏ RESERVOIRÏPERFORMANCEÏDATAÏ!TTENDEESÏ WILLÏALSOÏLEARNÏHOWÏTOÏCONTROLÏSHORT TERMÏ ANDÏLONG TERMÏPERFORMANCEÏINÏFRACTUREDÏ RESERVOIRSÏANDÏTHEÏTYPESÏOFÏDATAÏ NECESSARYÏTOÏEVALUATEÏANDÏMANAGEÏTHEM

COURSE CONTENT

The attendees will gain an understanding OFÏHOWÏTOÏRECOGNIZEÏTHEÏNEEDÏFORÏAÏ STRATEGICÏAPPROACH ÏHOWÏTOÏDEVELOPÏAÏ set of strategic options, and then how TOÏSELECTÏANDÏIMPLEMENTÏTHEÏAPPROPRIATEÏ STRATEGYÏFORÏAÏGIVENÏSITUATION

3TRUCTURALÏGEOLOGYÏANDÏROCKÏ MECHANICSÏRELEVANCE

Q

2OCKÏMECHANICSÏANDÏSTRUCTURALÏ GEOLOGY

Q

Q

4EXTURESÏOFÏDEFORMEDÏROCKSÏ ANDÏRELATIONSHIPÏTOÏDEFORMATIONÏ MECHANISMS

Q

&RACTUREÏSYSTEMÏORIGINÏANDÏSYSTEMÏ RESERVOIRÏPROPERTIES

Q

Q

$EFORMATIONÏENVIRONMENTS

)NTERACTIONÏOFÏFRACTUREÏANDÏMATRIXÏ porosities

Q

'EOMECHANICALÏISSUES

Q

#LASSIlCATIONÏOFÏFRACTUREDÏRESERVOIRS

Q

"ASINÏFORMATIONÏANDÏGEODYNAMICS Ï RESERVOIRÏDEPLETION

Q

!CQUISITIONÏANDÏMANIPULATIONÏOFÏ subsurface fracture data

Q

#OMMONÏSTRUCTURALÏELEMENTS

Q

Q

&AULTÏZONES ÏmEXURAL SLIPÏFOLDING ÏANDÏ fracture processes

0REDICTIONÏOFÏRELATIVEÏFRACTUREÏ INTENSITYÏBYÏROCKÏTYPEÏANDÏACROSSÏAÏ STRUCTUREÏINÏONEÏRESERVOIRÏUNIT

7ORKmOWSÏINÏAÏFRACTUREDÏRESERVOIRÏ Natural fracture effects in new and EXISTINGÏlELDS

3TRATEGICÏCHANGEÏANDÏORGANIZATIONÏ LIFEÏCYCLE

Q

2OLEÏOFÏBASEMENTÏANDÏRELATIONSHIPÏTOÏ SEDIMENTARYÏCOVER

Q

-EASUREMENTÏANDÏAPPLICATIONÏOFÏINÏ SITUÏRESERVOIRÏSTRESSÏSTATES

Q

)DENTIFYÏTHEÏKEYÏINGREDIENTSÏFORÏ winning strategies

Q

(YDROCARBONÏSYSTEMÏDEFORMATION

Q

Q

Q

%XPLORATIONÏLIFEÏCYCLE

3TRUCTURALÏFEATURESÏONÏSEISMICÏDATAÏ Interpretation pitfalls and rules

0REDICTIONÏANDÏIMAGINGÏOFÏPRODUCTIONÏ sweet spots

Q

$ETERMINATIONÏOFÏOPTIMALÏWELLÏPATHS

Q

3TATICÏCONCEPTUALÏFRACTUREÏMODELINGÏ ANDÏPREPARATIONÏFORÏSTIMULATION

Q

0RODUCTIONÏANDÏDEVELOPMENTÏ PROBLEMSÏBYÏRESERVOIRÏTYPE

Q

%XPLORATIONÏVALUEÏCHAINÏ

AUDIENCE

Q

0ORTFOLIOÏMANAGEMENTÏnÏMANAGINGÏ EXPOSUREÏ

%0ÏGEOSCIENTISTSÏANDÏRESERVOIRÏ ENGINEERSÏINVOLVEDÏINÏSUBSURFACEÏ interpretation or planning.

Q

%XPLORATIONÏPROCESSÏ

Q

"ASICÏKNOWLEDGEÏOFÏGEOLOGYÏ ANDÏGEOPHYSICS

$ELIVERINGÏSTRATEGICÏCHANGE Ï ORGANIZATION ÏANDÏPERFORMANCE

Q

0EOPLEÏDEVELOPMENTÏ

Q

4ECHNOLOGYÏ

Q

-ONITORINGÏANDÏREVIEWINGÏ PERFORMANCEÏ

Q

PREREQUISITE 7ORKINGÏKNOWLEDGEÏOFÏGEOSCIENCES Ï INCLUDINGÏGEOLOGY ÏPETROPHYSICS ÏANDÏROCKÏ TYPES

Considerations for designing depletion scenarios

AUDIENCE

'EOLOGISTS ÏGEOPHYSICISTS ÏTEAMÏLEADERS Ï ANDÏMANAGERS

'EOSCIENTISTSÏANDÏRESERVOIRÏENGINEERSÏ wanting to understand how fractured RESERVOIRSÏDIFFERÏFROMÏCONVENTIONALÏ RESERVOIRSÏANDÏHOWÏTOÏAPPROACHÏTHEIRÏ STUDIESÏSYSTEMATICALLY ÏANDÏPERSONNELÏ WORKINGÏWITHÏFRACTUREDÏBASEMENTÏ RESERVOIRSÏFORÏGROUNDWATERÏANDORÏ GEOTHERMALÏRESOURCES

PREREQUISITE

PREREQUISITE

AUDIENCE

None



Q

Q

PREREQUISITE

Software

COURSE CONTENT

Q

COURSE CONTENT

AUDIENCE 'EOLOGISTS ÏGEOPHYSICISTS ÏANDÏRESERVOIRÏ engineers who want to learn the METHODOLOGYÏFORÏAPPLYINGÏSEQUENCEÏ ANDÏSEISMIC ÏSTRATIGRAPHYÏTOÏCORRELATION Ï FACIESÏANALYSIS ÏANDÏTHEÏDELINEATIONÏOFÏ stratigraphic traps.

NEW

Applied Structural Geology in Hydrocarbon Systems Analysis

!PPLIEDÏKNOWLEDGEÏOFÏRESERVOIRÏGEOLOGYÏ ORÏRESERVOIRÏENGINEERING


Field trips

Uses simulation

| 53 12/22/13 2:49 AM

GEOLOGY Geological Assessment of Reservoir Seals and Pay

Geostatistical Reservoir Modeling: Standard Approaches & Best Practices

Petrel Fundamentals


Advanced – 3 Days

Advanced – 5 Days



In this course, basic petrographic, WIRELINE ÏANDÏCAPILLARYÏPRESSUREÏDATAÏ AREÏUSEDÏTOÏEVALUATEÏRESERVOIRÏROCKÏ QUALITY ÏPAYÏVERSUSÏNONPAY ÏEXPECTEDÏ mUIDÏSATURATIONS ÏSEALÏCAPACITY ÏDEPTHÏOFÏ RESERVOIRÏmUIDÏCONTACTS ÏANDÏTRANSITIONÏ ZONEÏTHICKNESSÏ!TTENDEESÏWILLÏSTUDYÏ THEÏUSEÏOFÏTWO WAYÏCAPILLARYÏPRESSUREÏ ANALYSESÏTOÏAPPROXIMATEÏRECOVERYÏ EFlCIENCYÏDURINGÏPRIMARYÏORÏSECONDARYÏ RECOVERYÏ4HEÏATTENDEESÏWILLÏALSOÏGAINÏ HANDS ONÏEXPERIENCEÏWORKINGÏWITHÏ RESERVOIRÏDATAÏINÏFOURÏPRACTICALÏWORKSHOPÏ EXERCISES

)NÏTHISÏMODELINGÏCOURSEÏTHATÏISÏDESIGNEDÏ FORÏPROVIDINGÏANÏUNDERSTANDINGÏOFÏ INTEGRATEDÏRESERVOIRÏSTUDIESÏFROMÏ OUTCROPÏTOÏmUIDÏmOWÏSIMULATOR ÏATTENDEESÏ WILLÏLEARNÏPRACTICALÏREQUIREMENTSÏANDÏ WORKmOWSÏFORÏMODERNÏ$ÏRESERVOIRÏ CHARACTERIZATIONÏ4HEÏCOURSEÏWILLÏ EMPLOYÏDETERMINISTICÏANDÏSTOCHASTICÏ MODELINGÏTOÏQUANTITATIVELYÏINTEGRATEÏ DIVERSEÏDATAÏTYPES ÏMODELÏRESERVOIRÏ HETEROGENEITY ÏASSESSÏMODELÏUNCERTAINTY Ï ANDÏPREPAREÏTHEÏRESERVOIRÏMODELÏASÏ INPUTÏTOÏAÏmOWÏSIMULATORÏ!TTENDEESÏ WILLÏLEARNÏBESTÏPRACTICESÏFORÏMODELINGÏ ANDÏDATAÏINTEGRATIONÏUSINGÏMODELINGÏ SOFTWAREÏBYÏPARTICIPATINGÏINÏANÏINFORMAL Ï INTERACTIVEÏDISCUSSIONÏOFÏTHEÏAGENDAÏ topics, illustrated with case studies and DEMONSTRATIONSÏUSINGÏTHEÏ0ETRELÏPLATFORMÏ ORÏEQUIVALENTÏSOFTWAREÏ)NÏSOMEÏCOURSEÏ VENUES ÏWORKÏWITHÏTHEÏMODELINGÏSOFTWAREÏ ISÏBYÏAÏHANDS ONÏMETHOD

This course introduces a new user to THEÏ0ETRELÏPLATFORMÏWITHÏEMPHASISÏONÏ VISUALIZATION ÏDATAÏORGANIZATION ÏANDÏ collaboration.

4HEÏ4ECHLOGÏPLATFORMÏINTERACTIVEÏSUITEÏ BRINGSÏALLÏOFÏTHEÏPETROPHYSICALÏANDÏ geological data together. Attendees will LEARNÏTHEÏFUNDAMENTALSÏOFÏTHISÏAPPLICATIONÏ ANDÏITSÏ4ECHPLOT Ï4ECHDATA ÏANDÏ1UANTIÏ BASEÏMODULESÏ)NÏADDITION ÏTHEÏUSEÏOFÏTHEÏ DATAÏMODELÏWITHINÏTHEÏ4ECHLOGÏPLATFORMÏ and the foundation utilities for loading, UNLOADING ÏMANIPULATING ÏANDÏDISPLAYINGÏ DATAÏINÏTHEÏSYSTEM ÏINCLUDINGÏCOREÏANDÏ IMAGES ÏWILLÏBEÏEXPLAINEDÏ4HEÏCOURSEÏ TOPICSÏINCLUDEÏDETERMINISTICÏCALCULATIONSÏ and the principles behind the application WORKmOWÏINTERFACEÏFORÏSINGLE ÏANDÏ MULTIWELLÏUSE

COURSE CONTENT Q

2ESERVOIRS ÏSEALS ÏANDÏPAYÏEVALUATIONÏ

Q

&UNDAMENTALSÏANDÏUSESÏOFÏCAPILLARYÏ PRINCIPLESÏINÏRESERVOIRÏEVALUATION

Q

0ETROPHYSICALÏANDÏGEOCHEMICALÏ TECHNIQUESÏINTEGRATIONÏTOÏEVALUATEÏ seal potential

Q

"ASICÏPRINCIPLESÏOFÏFAULTÏSEALÏANALYSISÏ

Q

$YNAMICÏPETROLEUMÏSYSTEMSÏSEALÏ EVALUATION

Q

Q Q

0OREÏGEOMETRYÏEFFECTSÏONÏRELATIVEÏ PERMEABILITYÏANDÏCAPILLARYÏPRESSURE .ETÏPAYÏDETERMINATIONÏMETHODS 2ECOVERYÏEFlCIENCY ÏCALCULATIONÏOFÏ RECOVERABLEÏRESERVES ÏANDÏEVALUATIONÏ OFÏRESERVOIRÏMANAGEMENTÏOPTIONS

AUDIENCE %XPLORATIONÏANDÏDEVELOPMENTÏGEOLOGISTSÏ ANDÏRESERVOIRÏENGINEERSÏWANTINGÏTOÏ increase knowledge on principles GOVERNINGÏHYDROCARBONÏACCUMULATIONSÏANDÏ their practical applications.

COURSE CONTENT Q

Q

Q

'EOSTATISTICALÏRESERVOIRÏMODELINGÏ introduction $ATAÏQUALITYÏCONTROLÏANDÏDATAÏ ANALYSIS #ONCEPTSÏOFÏSPATIALÏANALYSISÏANDÏ MODELING

Q

#OMPUTERÏWORKSHOP

Q

+RIGINGÏANDÏCOLLOCATEDÏCOKRIGING

Q

3TOCHASTICÏSIMULATIONÏANDÏRISKÏ ANALYSIS

Q

2ESERVOIRÏHETEROGENEITYÏPRESERVATION

Q

3TRUCTURALÏMODELING

Q

&LOWÏSIMULATORÏUPSCALING

PREREQUISITE

AUDIENCE

Basic knowledge of geologic and RESERVOIRÏFUNDAMENTALS

!SSETÏTEAMÏMEMBERSÏRESPONSIBLEÏFORÏ DEVELOPMENTÏOFÏRESERVOIRÏMODELSÏTHATÏUSEÏ geostatistical techniques. PREREQUISITE

The course will take the attendee FROMÏ0ETRELÏPROJECTÏSETUPÏTOÏPLOTTINGÏ results. The attendee will learn how to create surfaces and create a SIMPLEÏGRID ÏINÏADDITIONÏTOÏHOWÏTOÏ1#Ï ANDÏVISUALIZEÏAÏSIMPLEÏGRIDÏUSINGÏTHEÏ GEOMETRICALÏMODELINGÏPROCESS ÏMAPSÏANDÏ intersections. The course also introduces THEÏ3TUDIOÏKNOWLEDGEÏENVIRONMENT Ï WHICHÏEMPOWERSÏAÏNEWÏLEVELÏOFÏUSABILITY Ï COLLABORATIONÏANDÏPRODUCTIVITY COURSE CONTENT Q

3TUDIOÏENVIRONMENTÏlND ÏCOLLABORATE Ï ANDÏMANAGE Ï

Q

0ETRELÏPLATFORMÏINTRODUCTIONÏ

Q

0ROJECTÏSETUP ÏCOORDINATES ÏANDÏUNITSÏ

Q

0ETRELÏPLATFORMÏINTERFACE ÏGENERALÏ tools, and windows

Q

/VERVIEWÏOFÏMODELINGÏCONCEPTSÏ

Q

Create and edit surfaces

Q

"UILDÏAÏSIMPLEÏGRIDÏ

COURSE CONTENT Q

4ECHLOGÏPLATFORMÏINTERFACEÏANDÏDATAÏ structure

Q

$ATAÏMANAGEMENTÏANDÏ1#ÏTECHNIQUES

Q

-ULTIWELLÏMANAGEMENT

Q


Q

7ORKmOWSÏFORÏDETERMINISTICÏ EVALUATIONÏUSINGÏ1UANTIÏMODULE

Q

5SER DElNEDÏPROGRAMMINGÏLANGUAGE

Q

!DVANCEDÏ4ECHLOGÏPLATFORMÏMODULES

Q


AUDIENCE

Q

Data plotting

Q

+NOWLEDGEÏSHARINGÏANDÏCOLLABORATION

$EVELOPMENTÏANDÏEXPLORATIONÏ LOGÏANALYSTSÏANDÏPETROPHYSICISTS Ï GEOLOGISTS ÏPETROLEUMÏENGINEERS Ï MANAGERS ÏANDÏTECHNICALÏPERSONNELÏWITHÏ NOÏPRIORÏEXPERIENCEÏUSINGÏTHEÏ4ECHLOGÏ PLATFORM

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏ GEOLOGISTS ÏGEOPHYSICISTS ÏGEOCHEMISTS Ï GEOSCIENTISTS ÏPETROLEUMÏENGINEERS Ï MANAGERS ÏANDÏTECHNICALÏ)4ÏPERSONNELÏ WITHÏNOÏPRIORÏEXPERIENCEÏINÏ0ETRELÏ PLATFORMÏSOFTWARE

PREREQUISITE None

PREREQUISITE 'ENERALÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGYÏ ANDÏGEOPHYSICSÏORÏRESERVOIRÏENGINEERING Ï ASÏWELLÏASÏELEMENTALÏSOFTWAREÏSKILLSÏISÏ RECOMMENDED

Basic understanding of geologic TECHNIQUESÏANDÏPROCESSESÏSTRUCTUREÏ ANDÏSEDIMENTATIONÏANDÏSTATICÏANDÏ DYNAMICÏRESERVOIRÏMODELINGÏINÏADDITIONÏ TOÏBASICÏEXPERIENCEÏWITHÏTHEÏ0ETRELÏ PLATFORM



12/22/13 2:49 AM

GEOLOGY GeoX Basic Risk and Resource Assessment NEW


4HISÏ DAYÏCOURSEÏPROVIDESÏATTENDEESÏ WITHÏANÏOVERVIEWÏOFÏTHEÏCONCEPTSÏOFÏ PROSPECTÏASSESSMENT ÏANDÏPREPARESÏ THEMÏTOÏASSESSÏBOTHÏSIMPLEÏANDÏCOMPLEXÏ prospects using the GeoX software. The COURSEÏCOMBINESÏLECTURES ÏEXERCISESÏUSINGÏ MANUALÏCALCULATIONS ÏANDÏEXERCISESÏUSINGÏ 'EO8ÏSOFTWAREÏTOÏILLUSTRATEÏASSESSMENTÏ concepts and their applications. A REAL WORLDÏMULTIPLEÏSEGMENTÏPROSPECTÏISÏ EVALUATEDÏFROMÏAÏSIMPLEÏDETERMINISTICÏ ANALYSISÏOFÏAÏSINGLEÏZONEÏTOÏAÏCOMPLEXÏ PROBABILISTICÏEVALUATIONÏTHATÏCONSIDERSÏ SEGMENTÏRELATIONSHIPSÏ!TTENDEESÏWILLÏ EVALUATEÏTHEÏPROSPECTÏUSINGÏREALISTICÏ DESCRIPTIONSÏOFÏRISKÏANDÏUNCERTAINTY COURSE CONTENT







!DMINISTRATIONÏFUNDAMENTALSÏFORÏ 'EO&RAMEÏSOFTWAREÏINCLUDEÏINSTALLATION Ï CONlGURATION ÏANDÏMAINTENANCEÏ !TTENDEESÏWILLÏALSOÏRECEIVEÏANÏ introduction to the Oracle ® database MANAGEMENTÏSYSTEMÏANDÏITSÏRELATIONSHIPÏ TOÏTHEÏ'EO&RAMEÏSOFTWARE

4HISÏCOURSEÏPROVIDESÏTHEÏFUNDAMENTALSÏ attendees need to produce accurate RESERVESÏMAPSÏUSINGÏ'EO&RAME Ï#03 Ï ADVANCEDÏMAPPINGÏANDÏSURFACEÏMODELINGÏ SOFTWAREÏ&ULLYÏINTEGRATEDÏWITHÏ'EO&RAMEÏ 'EOLOGYÏANDÏ'EOPHYSICSÏMODULES Ï #03 ÏSOFTWAREÏPROVIDESÏACCURATEÏSURFACEÏ MAPPINGÏOPERATIONSÏFORÏALLÏMAPPINGÏ REQUIREMENTS

7ITHÏTHISÏCOURSE ÏATTENDEESÏWILLÏLEARNÏ THEÏFUNDAMENTALSÏNEEDEDÏTOÏEFlCIENTLYÏ MANAGEÏ'EO&RAMEÏSOFTWAREÏSERVICEÏ PROJECTSÏANDÏPROJECTÏDATAÏ4HEÏATTENDEESÏ WILLÏALSOÏLEARNÏTOÏUSEÏTHEÏ'EO&RAMEÏ INTEGRATEDÏRESERVOIRÏCHARACTERIZATIONÏ SYSTEMÏSOFTWAREÏTOÏDESCRIBEÏTHEÏ SUBSURFACEÏPRECISELYÏTHROUGHOUTÏTHEÏ%0Ï WORKmOWÏ4HEÏCOURSEÏFOCUSÏISÏONÏTHEÏ FUNCTIONALITYÏCOMMONÏTOÏALLÏ'EO&RAMEÏ software applications.

COURSE CONTENT Q

)NSTALLATIONÏANDÏADMINISTRATIONÏOFÏ 'EO&RAMEÏSOFTWARE

Q

#ONlGURATIONÏOFÏPRINTERSÏANDÏPLOTTERS

Q

-ANAGEMENTÏOFÏLICENSES

Q

Addition of users and disks

Q

!RCHIVALÏANDÏDELETIONÏOFÏPROJECTS

Q

"ASICÏ/RACLEÏADMINISTRATION

Q

Starting and stopping the database

3EGMENTÏDElNITION

Q

"ACKUPÏANDÏRECOVERY

Q

6OLUMETRICÏUNCERTAINTY

Q

Q

0LAYÏANDÏLOCALÏRISKS

Q

Correlations

Single-zone Q

Q

2ESULTSÏANDÏANALYSIS

Q

!LTERNATIVEÏVOLUMEÏMETHODS

Q

Multiple scenarios

Q

Q Q

Prospects (multiple zones)

AUDIENCE

Q

#ORRELATIONSÏBETWEENÏSEGMENTS

Q

&LUIDÏCOMMUNICATION

'EO&RAMEÏSOFTWAREÏDATABASEÏ ADMINISTRATORSÏANDÏAPPLICATIONÏSUPPORTÏ staff.

Q

Q

0ROlCIENCYÏINÏ,INUX ® and UNIX® applications.

!CCESSÏWELLÏANDÏSEISMICÏLOCATIONS Ï SEISMICÏINTERPRETATION ÏMARKERS Ï ZONEÏPROPERTIES ÏGRIDS ÏANDÏOTHERÏ 'EO&RAMEÏSOFTWAREÏDATAÏFORÏMAPPING

COURSE CONTENT Q

'EO&RAMEÏSOFTWAREÏDATAÏMODELÏ concepts and how data relate to each other

#REATEÏCONTOURÏMAPSÏANDÏ MANIPULATIONÏOFÏBASEÏMAPÏDISPLAY

Q

#REATEÏGRIDÏHORIZONÏANDÏFAULTÏSURFACESÏ USINGÏVARIOUSÏALGORITHMS

Q

'RIDDINGÏALGORITHMSÏUSEÏANDÏHOWÏTOÏ SETÏPARAMETERS

!SSIGNMENTÏACCESSÏRIGHTSÏTOÏSECUREÏ SPECIlCÏDATAÏTYPES

Q

3URFACEÏOPERATIONS ÏZ lELDÏARITHMETIC Ï SMOOTHING ÏANDÏRElNEMENT

0ROJECTÏWELLÏDATAÏLOADINGÏINÏSEVERALÏ FORMATS

Q

1#ÏSTEPSÏFORÏSTRUCTURALÏVOLUMETRICÏ ENVELOPES

"ROWSE ÏLIST ÏlND ÏEDIT ÏANDÏDISPLAYÏ VARIOUSÏDATAÏTYPES

Q

3ETÏMATCHÏANDÏMERGEÏRULES

Q

'ENERATEÏPROPERTYÏGRIDSÏFROMÏWELLÏ ZONEÏDATA

Q

7ORKmOWÏFORÏCALCULATIONÏOFÏRESERVOIRÏ VOLUMETRICS

Q

/VERVIEWÏOFÏ'EO&RAMEÏ-ODELÏ%DITOR Ï -APÏ%DITOR ÏANDÏ#OLORÏ0ALETTEÏ%DITORÏ MODULES ÏANDÏ#03 ÏMACROÏLANGUAGE

/RACLEÏSERVERÏARCHITECTURE

PREREQUISITE

'EOLOGISTS ÏGEOPHYSICISTS ÏANDÏRESERVOIRÏ ENGINEERSÏINVOLVEDÏWITHÏPROSPECTÏ ASSESSMENT

Q

31,Ï0LUSÏENVIRONMENTALÏANDÏBASICÏ COMMANDS

Risk dependencies


Q

31,ÏLANGUAGEÏELEMENTS

)NDEPENDENTÏSEGMENTS

AUDIENCE

Q

Relational database basics, design of MODELS ÏANDÏTERMINOLOGY

Q

Q

Q

3TRUCTUREDÏQUERYÏLANGUAGEÏ31, Ï STATEMENTSÏRELATEDÏTOÏ'EO&RAMEÏ SOFTWAREÏPROJECTS

Q

Q

COURSE CONTENT

Create, edit, back up, restore, and DELETEÏPROJECTS

AUDIENCE .EWÏUSERSÏOFÏ'EO&RAMEÏSOFTWARE Ï INCLUDINGÏDATABASEÏADMINISTRATORS Ï application support staff, and DEVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ ANDÏGEOPHYSICISTS PREREQUISITE None

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ and application support staff. PREREQUISITE 'EO&RAMEÏ&UNDAMENTALSÏCOURSE

PREREQUISITE None

Software




Field trips

Uses simulation

| 55 12/22/13 2:49 AM

GEOLOGY GeoFrame Geology Office

Introduction to PetroMod

Petrel Fundamentals and Petrel Geology Combined Course




Course attendees will learn to use the 'EO&RAMEÏ'EOLOGYÏ/FlCEÏGEOLOGICALÏ WORKmOWÏSOFTWAREÏTOÏHARNESSÏTHEÏPOWERÏ OFÏTHEÏ'EO&RAMEÏSOFTWAREÏINÏPROVIDINGÏ SEAMLESSÏINTERPRETATION

4HISÏCOURSEÏISÏSTRUCTUREDÏTOÏPROVIDEÏ ATTENDEESÏWITHÏTHEÏFUNDAMENTALSÏOFÏ 0ETRO-ODÏSOFTWARE ÏWHICHÏCOMBINESÏ SEISMICÏINFORMATION ÏWELLÏDATA ÏANDÏ GEOLOGICÏKNOWLEDGEÏTOÏMODELÏTHEÏ EVOLUTIONÏOFÏAÏSEDIMENTARYÏBASINÏ The attendees will learn how the software predicts whether and how AÏRESERVOIRÏHASÏBEENÏCHARGEDÏWITHÏ HYDROCARBONS ÏINCLUDINGÏSOURCEÏANDÏ TIMING ÏMIGRATIONÏROUTES ÏQUANTITIES Ï ANDÏmUIDÏTYPEÏINÏTHEÏSUBSURFACEÏORÏATÏ surface conditions. Attendees will also GAINÏAÏCOMPREHENSIVEÏOVERVIEWÏOFÏTHEÏ ONE DIMENSIONALÏ$ Ï$ ÏANDÏ$ÏBASICÏ WORKmOWSÏINÏBASINÏMODELING

This course introduces a new user to THEÏFUNCTIONALITYÏOFÏTHEÏ0ETRELÏPLATFORMÏ WITHÏEMPHASISÏONÏVISUALIZATION ÏDATAÏ ORGANIZATION ÏANDÏCOLLABORATIONÏ4HEÏ COURSEÏWILLÏTAKEÏATTENDEESÏFROMÏAÏ0ETRELÏ PLATFORMÏPROJECTÏSETÏUPÏTOÏPLOTTINGÏTHEÏ results. Attendees will learn how to CREATEÏSURFACESÏANDÏAÏSIMPLEÏGRID ÏASÏWELLÏ ASÏHOWÏTOÏ1#ÏANDÏVISUALIZEÏAÏSIMPLEÏGRIDÏ USINGÏTHEÏGEOMETRICALÏMODELINGÏPROCESS Ï MAPS ÏANDÏINTERSECTIONSÏ4HEÏCOURSEÏ also introduces the Studio knowledge ENVIRONMENT ÏWHICHÏEMPOWERSÏAÏNEWÏ LEVELÏOFÏUSABILITY ÏCOLLABORATION ÏANDÏ PRODUCTIVITYÏ4HEÏ0ETRELÏGEOLOGYÏPORTIONÏ OFÏTHEÏCOURSEÏPRESENTSÏTWOÏWORKmOWSÏ FORÏVOLUMETRICÏCALCULATIONÏAÏMAP BASEDÏ ANDÏ$ÏMODELÏWORKmOWÏ4HEÏMAP BASEDÏ WORKmOWÏFOCUSESÏONÏTHEÏCREATIONÏOFÏ surfaces that delineate the target RESERVOIRÏ4HESEÏSURFACES ÏINÏCOMBINATIONÏ WITHÏPROPERTIESÏINÏTHEÏFORMÏOFÏGRIDDEDÏ surfaces or constants, are used to CALCULATEÏVOLUMESÏ4HEÏ$ÏMODEL BASEDÏ WORKmOWÏFOCUSESÏONÏTHEÏCONSTRUCTIONÏ of a 3D grid, populating the grid with PROPERTIESÏTOÏBEÏUSEDÏINÏDETERMININGÏANÏ ACCURATEÏVOLUMEÏCALCULATION

COURSE CONTENT Q

Q

Q

Q

Q

Q

Q

Q

#REATEÏMAPSÏINÏ"ASEMAPÏ0LUS Ï COMPREHENSIVEÏSHAREDÏBASEÏMAPÏWITHÏ gridding and contouring software #REATEÏLOGÏTEMPLATESÏINÏTHEÏ 7ELL#OMPOSITE ÏSINGLE WELLÏ COMPOSITEÏDISPLAYSÏAPPLICATIONÏANDÏ POSTINGÏLOGÏSIGNATURESÏWITHÏ"ASEMAPÏ 0LUSÏSOFTWARE 5SEÏ7ELL#OMPOSITEÏSOFTWAREÏTOÏ CREATEÏMULTIWELLÏDISPLAYS ÏINCLUDINGÏ LOGÏCURVES ÏMARKERS ÏANDÏLITHOLOGYÏ data

COURSE CONTENT

5SEÏ7ELL0IX ÏLOGÏCURVEÏCORRELATIONÏ ANDÏMARKERÏPICKINGÏSOFTWAREÏTOÏPICKÏ GEOLOGICÏMARKERS ÏFAULTS ÏANDÏZONES 5SEÏ2ES3UM ÏZONEÏPROPERTIESÏ AVERAGINGÏSOFTWAREÏ

Q

)NTRODUCTIONÏTOÏPETROLEUMÏSYSTEMSÏ MODELING

Q

3TRUCTURALÏANDÏGEOCHEMICALÏFEATURESÏOFÏ AÏPETROLEUMÏSYSTEMÏMODELÏ

Q

$Ï7ORKmOWÏÏ nÏÏ)NPUTÏDATAÏANDÏBOUNDARYÏCONDITIONS nÏÏ#ALIBRATINGÏDATAÏUSINGÏTHEÏ7ELLÏ %DITORÏANDÏCALIBRATINGÏMODELS – Creating and editing lithologies – Special tools such as intrusion and fracturing

Ï Ï

Create cross sections incorporating ENHANCEDÏCOMPOSITEÏDISPLAYS )NTEGRATEÏSEISMICÏTRACEÏANDÏ interpretation data with geologic DATAÏWITHINÏTHEÏCROSS SECTIONÏMODULE #REATEÏFACIESÏZONATIONÏWITHÏ ,ITHO1UICK,OOK ÏMULTIÏWELLÏCUTOFFÏ LITHOFACIESÏANALYSISÏANDÏINCORPORATEÏ INTOÏCOMPOSITEÏDISPLAYS

Q

Ï Ï Ï

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ ANDÏGEOPHYSICISTS PREREQUISITE

Ï Ï

'EO&RAMEÏ&UNDAMENTALSÏCOURSE

Q

Ï Ï

Ï Ï

$Ï7ORKmOW nÏÏ"UILDINGÏAÏ$ÏMODELÏBASEDÏONÏCROSSÏ sections nÏÏ#REATINGÏANDÏEDITINGÏHORIZONSÏANDÏ faults nÏÏ!SSIGNINGÏPROPERTIESÏ,ITHOFACIES Ï ORGANOFACIES ÏGEOLOGICÏAGES Ï1# Ï and pitfalls nÏÏ2UNNINGÏTHEÏSIMULATOR nÏÏ!NALYZINGÏRESULTSÏOUTPUTÏMODULES Ï ANDÏEXTRACTINGÏDATA $Ï7ORKmOWÏÏ nÏÏ#ONSTRUCTINGÏ$ÏMODELSÏFROMÏMAPS nÏÏ%DITINGÏHORIZONSÏANDÏFAULTS – Assigning properties and geologic AGES Ï1# ÏANDÏPITFALLS nÏÏ2UNNINGÏTHEÏSIMULATOR nÏÏ!NALYZINGÏRESULTSÏOUTPUTÏMODULES Ï and calibrating results

Q


Q

Isochore processing

Q

-AP BASEDÏVOLUMEÏCALCULATIONSÏ

Q

3TRUCTURALÏFRAMEWORKÏ

Q


Q

Upscaling well logs

Q

&ACIESÏMODELINGÏ

Q


Q

Contacts creation

Q


AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏ GEOSCIENTISTS ÏGEOLOGISTS ÏGEOPHYSICISTS Ï ANDÏPETROLEUMÏENGINEERSÏWORKINGÏONÏ STATICÏANDÏDYNAMICÏMODELING PREREQUISITE 'ENERALÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGYÏ ANDÏGEOPHYSICSÏORÏRESERVOIRÏENGINEERING Ï ASÏWELLÏASÏELEMENTALSOFTWAREÏSKILLS

COURSE CONTENT Q

0ETRELÏPLATFORMÏSOFTWAREÏINTRODUCTIONÏ

Q


Q

$ATAÏIMPORTÏ

Q

)NTERFACEÏANDÏVISUALIZATIONÏ

Q

Surfaces creating and editing

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3IMPLEÏGRIDÏBUILDING

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Q

Data plotting

Q


AUDIENCE 'EOLOGISTS ÏGEOPHYSICISTS ÏANDÏ GEOCHEMISTSÏWITHÏLITTLEÏORÏNOÏ PRIORÏEXPERIENCEÏINÏUSINGÏ 0ETRO-ODÏSOFTWARE PREREQUISITE None



12/22/13 2:49 AM

GEOLOGY Petrel Geology


Petrel Well Design






4HEÏ0ETRELÏPLATFORMÏ'EOLOGYÏCOURSEÏ CONSISTSÏOFÏTWOÏWORKmOWSÏFORÏVOLUMETRICÏ CALCULATIONÏAÏMAP BASEDÏANDÏAÏ$ÏMODELÏ WORKmOW

4HEÏ0ETRELÏPLATFORMÏOFFERSÏVARIOUSÏOPTIONSÏ FORÏWELLÏCORRELATIONÏ4HISÏCOURSEÏPROVIDESÏ ATTENDEESÏWITHÏAÏGENERALÏOVERVIEWÏOFÏ correlation and introduces well data IMPORTÏPROCEDURESÏWITHÏDIFFERENTÏFORMATSÏ ANDÏTHEÏUSEÏOFÏTHEÏ2EFERENCEÏ0ROJECTÏ tool. This course focuses on setting well SECTIONÏTEMPLATES ÏTHEÏVALUEÏOFÏSHARINGÏ TEMPLATESÏBETWEENÏPROJECTS ÏWELLS ÏANDÏ well section windows, in addition to interpreting and editing stratigraphic and FAULTÏWELLÏTOPSÏMARKERS ÏALONGÏWELLÏPATHSÏ based on log readings. Attendees will LEARNÏADVANCEDÏDISCRETEÏANDÏCONTINUOUSÏ log interpreting and editing options BASEDÏONÏEXISTINGÏLOGS ÏANDÏAPPLYÏTHEÏ DIFFERENTÏTECHNIQUESÏINÏAÏTYPICALÏWORKINGÏ ORDER ÏFROMÏSIMPLEÏEXPLORATIONÏWELLSÏTOÏ production phase.

The purpose of this course is to INTRODUCEÏTHEÏWELLÏDESIGNÏMODULEÏANDÏ THEÏDRILLINGÏFUNCTIONALITIESÏINÏTHEÏ0ETRELÏ PLATFORMÏ4HEÏATTENDEESÏAREÏGUIDEDÏ through the preparation stage for data USEDÏINÏOFFSETÏWELLÏANALYSIS ÏWHICHÏ INCLUDESÏLOADINGÏOFÏDRILLINGÏEVENTS Ï drilling logs, and using end of well REPORTSÏTOÏlLTERÏTHEÏKNOWLEDGEÏDATABASEÏ BY ÏFORÏEXAMPLE ÏDATAÏTYPE ÏCATEGORY ÏORÏ EVENTÏSEVERITYÏ!TTENDEESÏWILLÏBECOMEÏ FAMILIARÏWITHÏTHEÏAVAILABLEÏWELLÏDESIGNÏ approaches, including an enhanced METHODÏALSOÏUSEDÏBYÏDRILLINGÏENGINEERSÏ (OWÏTOÏIMPORTÏTRAJECTORYÏANDÏTARGETSÏ FROMÏTHIRD PARTYÏAPPLICATIONSÏSUCHÏASÏ THEÏ,ANDMARKÏ%NGINEERSÏ$ATAÏ-ODELÏ %$-½ ÏWILLÏALSOÏBEÏINTRODUCEDÏ!FTERÏ the planning phase, attendees will learn HOWÏREAL TIMEÏDATAÏACQUISITIONSÏAREÏ HANDLEDÏINÏTHEÏ0ETRELÏPLATFORM

4HISÏ DAYÏCOURSEÏPROVIDESÏATTENDEESÏ WITHÏANÏOVERVIEWÏOFÏPROSPECTÏ ASSESSMENTÏCONCEPTSÏANDÏAPPLICATIONS Ï ANDÏPREPARESÏTHEMÏTOÏASSESSÏBOTHÏSIMPLEÏ ANDÏCOMPLEXÏPROSPECTSÏUSINGÏTHEÏ'EO8Ï SOFTWAREÏ4HEÏCOURSEÏCOMBINESÏLECTURES Ï EXERCISESÏUSINGÏMANUALÏCALCULATIONS ÏANDÏ EXERCISESÏUSINGÏTHEÏ'EO8ÏSOFTWAREÏSUITEÏ TOÏILLUSTRATEÏASSESSMENTÏCONCEPTSÏANDÏ their application.

4HEÏMAP BASEDÏWORKFLOWÏFOCUSESÏONÏ the creation of surfaces that delineate THEÏTARGETÏRESERVOIRÏ4HESEÏSURFACES Ï INÏCOMBINATIONÏWITHÏPROPERTIESÏINÏTHEÏ FORMÏOFÏGRIDDEDÏSURFACESÏORÏCONSTANTS Ï AREÏUSEDÏTOÏCALCULATEÏVOLUMESÏ4HEÏ$Ï MODEL BASEDÏWORKFLOWÏFOCUSESÏONÏTHEÏ construction of a 3D grid, populating the grid with properties to be used INÏDETERMININGÏANÏACCURATEÏVOLUMEÏ calculation. COURSE CONTENT Q


Q


Q Q Q Q Q Q Q Q Q

Isochore processing -AP BASEDÏVOLUMEÏCALCULATIONSÏ

COURSE CONTENT Q

3TRUCTURALÏFRAMEWORKÏ 'EOMETRICALÏMODELINGÏ Upscaling well logs

Q

&ACIESÏMODELINGÏ 0ETROPHYSICALÏMODELINGÏ Contacts creating

Q

Q


Q

AUDIENCE 'EOSCIENTISTS ÏGEOPHYSICISTS ÏANDÏ ENGINEERSÏWORKINGÏONÏSTATICÏANDÏDYNAMICÏ MODELING PREREQUISITE 0ETRELÏ&UNDAMENTALSÏCOURSEÏORÏSIMILARÏ 0ETRELÏPLATFORMÏEXPERIENCEÏCOUPLEDÏWITHÏAÏ GENERALÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGYÏ ANDÏGEOPHYSICS ÏASÏWELLÏASÏELEMENTALÏ software skills.

0ROJECTÏORGANIZATION ÏINCLUDINGÏ 3TUDIOÏ&AVORITES Ï3TUDIOÏ&IND ÏANDÏ 3TUDIOÏ!NNOTATEÏ%0ÏKNOWLEDGEÏ ENVIRONMENTÏFEATURES )MPORTÏPROCEDURESÏFORÏWELLSÏANDÏLOGS Ï INCLUDINGÏTHEÏ2EFERENCEÏ0ROJECTÏTOOLÏ 7ORKINGÏANDÏSETTINGÏWELLÏSECTIONÏANDÏ TEMPLATESÏ 3EISMICÏANDÏ$ÏMODELÏBACKDROP Continuous and discrete log INTERPRETATIONÏMANUAL ÏCALCULATOR Ï ANDÏNEURALÏNETS ÏANDÏLOGÏEDITS

Q

7ELLÏTOPÏINTERPRETATIONÏANDÏEDITS

Q

4IME DEPTHÏRELATIONSHIP

Q

Creating point well data attributes

Q

0LOTTINGÏANDÏPRESENTINGÏRESULTSÏINÏ different windows

Q

7ORKmOWSÏFORÏEXPLORATION ÏAPPRAISAL Ï DEVELOPMENT ÏANDÏPRODUCTIONÏPHASES

4HEÏ DAYÏCOURSEÏGOESÏINTOÏMOREÏDETAILÏ ONÏBASICÏASSESSMENTÏCONCEPTSÏTHANÏTHEÏ DAYÏINTRODUCTIONÏTOÏ'EO8ÏINÏTHEÏ'EO8Ï "ASICÏ2ISKÏANDÏ2ESOURCEÏ!SSESSMENTÏ COURSE ÏWHICHÏFOCUSESÏPRIMARILYÏONÏTOOLÏ FUNCTIONALITY COURSE CONTENT Q

3EGMENTS

Q

3EGMENTÏDElNITION

Q

3EGMENTÏVOLUMETRICS

Q


Q

3EGMENTÏRISKING -ULTIPLEÏSEGMENTÏPROSPECTS

COURSE CONTENT Q

$RILLINGÏEVENTÏCLASSIlCATIONÏANDÏ VISUALIZATIONÏ

NEW

Q

7EBMAPÏSERVICESÏ

Q

Q

7ELLÏDESIGNÏ

Q


7ELLÏPATHÏDESIGN

Q

Risk dependencies

2EAL TIMEÏDATAÏACQUISITION

Q


Q


Q Q

AUDIENCE Drilling engineers, geologists, and petrotechnical personnel with FUNDAMENTALÏKNOWLEDGEÏINÏTHEÏ0ETRELÏ PLATFORMÏANDÏWHOÏNEEDÏTOÏUNDERSTANDÏ WELLÏPATHÏDESIGNÏANDÏOPTIMIZATIONÏWITHINÏ THEÏ0ETRELÏPLATFORM PREREQUISITE

AUDIENCE 'EOLOGISTS ÏGEOPHYSICISTS ÏANDÏRESERVOIRÏ ENGINEERSÏINVOLVEDÏWITHÏPROSPECTÏ ASSESSMENT PREREQUISITE None

0ETRELÏ&UNDAMENTALSÏCOURSE

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏ GEOSCIENTISTSÏANDÏPETROLEUMÏENGINEERSÏ WITHÏPRIORÏEXPERIENCEÏINÏTHEÏ0ETRELÏ PLATFORM PREREQUISITE 0ETRELÏ&UNDAMENTALSÏCOURSEÏORÏ EQUIVALENTÏ0ETRELÏPLATFORMÏEXPERIENCE Ï ANDÏGENERALÏKNOWLEDGEÏOFÏPETROLEUMÏ GEOLOGY

Software




Field trips

Uses simulation

| 57 12/22/13 2:49 AM

GEOLOGY Techlog Python



Skill – 2 Days

This course is designed to introduce ATTENDEESÏTOÏPROGRAMMINGÏBASICÏANDÏ ADVANCEDÏSCRIPTSÏINÏTHEÏ4ECHLOGÏPLATFORMÏ The attendees will learn how to create, edit, open, and run scripts in a Techlog PLATFORMÏWORKmOWÏ4OPICSÏINCLUDEÏ 0YTHON½ÏSYNTAXÏANDÏPROGRAMMINGÏSKILLS Ï 0YTHONÏANDÏ4ECHLOGÏPROGRAMÏMODULESÏ LIBRARIES ÏANDÏADVANCEÏSCRIPTING Ï including reading and writing and CREATINGÏ4ECHLOGÏPLATFORMÏMODULES

4HISÏCOURSEÏINTRODUCESÏRESERVOIRÏ ENGINEERSÏANDÏCONSULTANTSÏTOÏSOMEÏBASICÏ CONCEPTSÏINÏGEOMECHANICSÏANDÏTHEÏ0ETRELÏ PLATFORMÏ!TTENDEESÏWILLÏLEARNÏHOWÏTOÏ INCORPORATEÏDATAÏABOUTÏGEOMECHANICALÏ EFFECTSÏINTOÏRESERVOIRÏMODELSÏOFÏWELLÏ PRODUCTIONÏBEHAVIOR

COURSE CONTENT Q

)NTRODUCTIONÏTOÏ0YTHONÏSCRIPTING nÏÏ(ISTORYÏANDÏCONCEPTÏ nÏÏ0YTHONÏPROGRAMMINGÏINSIDEÏ 4ECHLOGÏPLATFORMÏSOFTWAREÏ

Q

)NTRODUCTIONÏTOÏTHEÏ0YTHONÏEDITOR – Opening and running scripts nÏÏ0ROGRAMMINGÏBASICSÏ nÏÏ0YTHONÏSYNTAXÏANDÏCODINGÏRULESÏ

Q

!PPLICATIONÏWORKmOWÏINTERFACEÏFORÏ 0YTHONÏPLATFORM nÏÏ2UNNINGÏYOURÏOWNÏEQUATIONSÏ INÏAÏMULTIWELLÏANDÏMULTIZONEÏ ENVIRONMENT

Ï Ï

Ï Ï

Ï

Q

Ï Ï Ï Q

Ï

Ï Q

Ï Ï

Q

0YTHONÏMODULES nÏÏ$ATAÏ1#ÏANDÏHARMONIZATION ÏlLEÏ IMPORTÏ4ECHLOGÏPLATFORMÏDATABASE Ï nÏÏ#USTOMÏPLOTSÏ4ECHLOGÏPLATFORMÏ PLOT Ï nÏÏ-ATHEMATICALÏANDÏSCIENTIlCÏTOOLSÏ .UM0YÏANDÏ3CI0YÏPACKAGES Ï !DVANCEDÏSCRIPTING nÏÏ)NTRODUCTIONÏTOÏADVANCEDÏBASICSÏ SUCHÏASÏMULTIDIMENSIONALÏLISTSÏANDÏ dictionaries nÏÏ)NTRODUCTIONÏTOÏORIENTEDÏOBJECTÏ PROGRAMMINGÏ 2EADINGÏANDÏWRITINGÏlLES nÏÏ4EXT ÏCOMMA SEPARATEDÏVALUESÏ #36 ÏANDÏ%XCELÏlLESÏ nÏÏ)MPORTINGÏANDÏLOADINGÏDATAÏFROMÏ %XCELÏlLESÏ – Reporting #REATINGÏMODULESÏANDÏCUSTOMÏLIBRARIES

AUDIENCE 3OFTWAREÏDEVELOPERSÏORÏGEOSCIENTISTSÏ WITHÏBASICÏPROGRAMMINGÏSKILLSÏINTERESTEDÏ INÏAÏGENERALÏUNDERSTANDINGÏOFÏ0YTHONÏ SCRIPTINGÏINÏTHEÏ4ECHLOGÏPLATFORMÏ software. PREREQUISITE 4ECHLOGÏ&UNDAMENTALSÏCOURSE


NEW

)NÏADDITIONÏTOÏINTRODUCINGÏGEOMECHANICSÏ concepts, this course presents the TYPESÏOFÏDATAÏUSEDÏFORÏGEOMECHANICALÏ MODELINGÏINÏTHEÏPETROLEUMÏINDUSTRY Ï ANDÏSOMEÏOFÏTHEÏGEOMECHANICALÏEFFECTSÏ OBSERVEDÏINÏOILÏANDÏGASÏRESERVOIRSÏANDÏ THEÏSUBSURFACEÏDURINGÏHYDROCARBONÏ production. The course also includes HOWÏTOÏBUILDÏRESERVOIRÏMODELSÏTHATÏSHOWÏ GEOMECHANICALÏEFFECTSÏSUCHÏASÏPRESSURE Ï stress, and strain, as well as data on RESERVOIRÏmOW ÏILLUSTRATINGÏTHEÏEFFECTSÏ OVERÏTIME ÏANDÏHOWÏTOÏBUILDÏRESERVOIRÏ GEOMECHANICALÏMODELSÏUSINGÏTHEÏ0ETRELÏ PLATFORM COURSE CONTENT Q

&UNDAMENTALSÏOFÏGEOMECHANICSÏ

Q

0ETROLEUMÏGEOMECHANICSÏANDÏ RESERVOIRÏGEOMECHANICSÏ

Q

4HEÏUSEÏOFÏ0ETRELÏPLATFORMÏ GEOMECHANICSÏSOFTWARE

AUDIENCE 2ESERVOIRÏENGINEERSÏANDÏGEOTECHNICALÏ consultants. PREREQUISITE 0ETRELÏPLATFORMÏANDÏ%#,)03% ÏSIMULATORÏ software.


Petrel Fracture Modeling

Skill – 2 Days

Skill – 2 Days

4HISÏCOURSEÏBUILDSÏONÏTHEÏ0ETRELÏPLATFORMÏ 2ESERVOIRÏ%NGINEERINGÏCOURSEÏANDÏGOESÏ MOREÏINTOÏDEPTHÏONÏMODELINGÏOFÏDEVIATEDÏ WELLSÏ4HEÏSTANDARDÏWELLÏMODELINGÏWITHÏ THEÏ%#,)03%ÏSIMULATORÏANDÏTHEÏ%#,)03%ÏÏ &RONT3IMÏMODULEÏTREATSÏTHEÏENTIREÏ WELLBOREÏASÏAÏSINGLEÏENTITYÏTHEREFORE Ï THEÏMODELÏCANNOTÏTAKEÏINTOÏACCOUNTÏ pressure changes along the wellbore due TOÏFRICTION ÏVALVES ÏORÏPUMPSÏ3UCHÏDEVICESÏ AREÏOFTENÏUSEDÏWITHÏHORIZONTALÏWELLSÏTOÏ CONTROLÏTHEÏINmOWÏPROlLEÏALONGÏTHEÏWELLÏ trace.

4HISÏCOURSEÏSHOWSÏHOWÏTOÏDElNEÏSECTORS Ï SELECTÏBOUNDARYÏCONDITIONS ÏANDÏRUNÏ SECTORÏMODELS

Attendees will be introduced to fracture MODELINGÏINÏRELATIONÏTOÏHOWÏITÏISÏUSEDÏINÏ THEÏ0ETRELÏPLATFORMÏANDÏTHEÏOILÏINDUSTRYÏ in general. The course focuses on what DATAÏAREÏREQUIREDÏANDÏHOWÏTHEYÏCANÏBEÏ USEDÏINÏTHEÏ0ETRELÏPLATFORMÏAPPLICATIONÏ 4HEÏATTENDEESÏWILLÏSTUDYÏVARIOUSÏ 0ETRELÏPLATFORMÏPROCESSESÏANDÏTHEIRÏ USEÏINÏVIEWING ÏCHECKINGÏQUALITY ÏANDÏ MANIPULATINGÏTHEÏINPUTÏFRACTUREÏDATAÏ)NÏ THEÏ0ETRELÏPLATFORMÏAPPLICATION ÏFRACTUREÏ MODELINGÏISÏSPLITÏINTOÏTWOÏPROCESSES Ï GENERATINGÏAÏFRACTUREÏNETWORKÏMODELÏ and upscaling the fracture attributes to GENERATEÏFRACTUREÏPOROSITY ÏPERMEABILITY Ï ANDÏSIGMAÏFACTORÏ4HISÏCOURSEÏWILLÏ INCREASEÏTHEÏATTENDEESÏUNDERSTANDINGÏ OFÏTHEÏFRACTUREÏNETWORKÏMODEL ÏWHICHÏ consists of a discrete fracture network ANDÏIMPLICITÏFRACTUREÏPROPERTIESÏ7EÏ WILLÏUSEÏVARIOUSÏGEOLOGIC ÏSTRUCTURAL Ï ANDÏSEISMICÏFRACTUREÏDRIVERSÏFORÏFRACTUREÏ INTENSITYÏDESCRIPTIONÏANDÏULTIMATELYÏ COMBINEÏTHEMÏINÏUSINGÏARTIlCIALÏNEURALÏ networks. Discussion includes how output fracture properties can be used for SIMULATION

COURSE CONTENT

COURSE CONTENT

4OÏMODELÏTHESEÏEFFECTS ÏAÏMULTISEGMENTEDÏ WELLÏMODELÏMUSTÏBEÏUSEDÏ4HISÏCOURSEÏ EXPLAINSÏTHEÏCAPABILITIESÏOFÏTHISÏWELLÏ MODELÏANDÏHOWÏTOÏUSEÏTHEÏ0ETRELÏPLATFORMÏ TOÏSETÏUPÏTHEÏMODELÏ-ETHODSÏFORÏADDINGÏ COMPLETIONSÏSUCHÏASÏVALVESÏANDÏPUMPSÏ ANDÏMAKINGÏDEVELOPMENTÏSTRATEGIESÏUSINGÏ THEÏEQUIPMENTÏAREÏALSOÏCOVEREDÏINÏTHISÏ COURSEÏ3ECTORÏMODELSÏCANÏBEÏUSEFULÏTOÏ STUDYÏPORTIONSÏOFÏAÏRESERVOIR

Q

3TANDARDÏWELLÏMODELÏVERSUSÏTHEÏ MULTISEGMENTEDÏWELLÏMODELÏ

Q

0RESSUREÏDROPÏALONGÏHORIZONTALÏWELLSÏ

Q

$ESIGNINGÏHORIZONTALÏWELLSÏANDÏWELLSÏ with laterals

Q

3ETTINGÏUPÏMULTISEGMENTEDÏWELLSÏ

Q

#OMPLETIONÏDESIGNÏFORÏ MULTISEGMENTEDÏWELLSÏ

Q

$EVELOPMENTÏSTRATEGIESÏWITHÏGROUPÏ control

Q

Q

&RACTUREÏTHEORY

Q

0OINTÏWELLÏDATAÏANDÏIMAGEÏLOGÏIMPORTÏ ANDÏDISPLAY

Q

#REATINGÏTADPOLESÏANDÏROSEÏDIAGRAMS

Q

3TEREONETS ÏDIP ÏAZIMUTHÏlLTERSÏANDÏ fracture sets

Q

'ENERATIONÏOFÏFRACTUREÏINTENSITYÏLOGSÏ ANDÏCUMULATIVEÏLOGS

Q

&RACTUREÏDENSITYÏMAPS

Q

3ECTORÏMODELS

AUDIENCE 2ESERVOIRÏENGINEERSÏORÏGEOSCIENTISTSÏWITHÏ ABOVEÏAVERAGEÏEXPERIENCEÏINÏTHEÏDOMAIN PREREQUISITE 0ETRELÏ&UNDAMENTALSÏANDÏ0ETRELÏ2ESERVOIRÏ %NGINEERINGÏORÏEQUIVALENTÏEXPERIENCE

Upscaling of well logs and 3D MODELINGÏOFÏINTENSITY

Q

"UILDINGÏSTOCHASTICÏFRACTUREÏMODELS

Q

Fracture attribute generation

Q

Upscaling fracture properties

Q

5SEÏOFÏMULTIPLEÏFRACTUREÏDRIVERS

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ WITHÏPRIORÏEXPERIENCEÏINÏ0ETRELÏPLATFORMÏ software. PREREQUISITE 0ETRELÏ&UNDAMENTALSÏCOURSEÏANDÏ0ETRELÏ 'EOLOGYÏCOURSEÏORÏSIMILARÏEXPERIENCEÏINÏ 0ETRELÏSOFTWARE ÏANDÏGENERALÏKNOWLEDGEÏ OFÏPETROLEUMÏGEOLOGYÏANDÏGEOPHYSICS


12/22/13 2:49 AM

GEOLOGY Petrel Introduction to Structural and Fault Analysis Module (RDR)

Petrel Petroleum System-Based Play-to-Prospect Exploration: Using Petrel Exploration Geology Software for Integrated Evaluation of Petroleum Systems, Plays, and Prospects

Skill – 4 Days

Skill – 3 Days

4HISÏ0ETRELÏPLATFORMÏMODULE ÏDEVELOPEDÏ BYÏTHEÏ2OCKÏ$EFORMATIONÏ2ESEARCHÏGROUP Ï PROVIDESÏAÏBROADÏSUITEÏOFÏTOOLSÏFORÏALLÏ ASPECTSÏOFÏVISUALIZING ÏMAPPING ÏMODELING Ï ANDÏANALYZINGÏFAULTSÏINÏTHEÏ0ETRELÏPLATFORMÏ WORKmOWÏ!TTENDEESÏWILLÏLEARNÏNEWÏWAYSÏ TOÏINTEGRATEÏFAULTÏGEOLOGICÏINFORMATIONÏ INTOÏTHEÏRESERVOIRÏSIMULATIONÏPROCESSÏ %XAMPLESÏWILLÏSHOWÏTHEÏIMPACTÏOFÏFAULTÏ INTEGRATIONÏINTOÏSIMULATIONÏMODELSÏONÏ PROSPECTÏEVALUATIONS ÏVOLUMES ÏANDÏ SIMULATIONÏRESPONSESÏ4HEÏCOURSEÏ highlights critical risk factors that INmUENCEÏTHEÏANALYSISÏOFÏPROSPECTSÏANDÏ lELDÏDEVELOPMENTÏPROGRAMSÏANDÏTHEÏ WORKmOWSÏTOÏCAPTUREÏTHEÏLIKELYÏSTRUCTURALÏ NATUREÏOFÏTHEÏPROSPECTÏORÏlELDÏANDÏTOÏ UNDERSTANDÏTHEÏIMPLICATIONS

Q

Ï

nÏÏ&AULTÏSEALÏMAPPING

Ï

nÏÏ&AULTÏCOMMUNICATIONÏMAPPING

Ï

nÏÏ'EOMODELÏANALYSISÏTOOLSÏFORÏ1!

Ï

nÏÏ&AULTÏANDÏGRIDÏGEOMETRICÏANALYSISÏ

Ï

nÏÏ&AULTÏTHROWÏANDÏDISPLACEMENTÏ ANALYSIS ÏINCLUDINGÏPROlLESÏANDÏ CUMULATIVEÏFREQUENCYÏPLOTSÏ

Ï

nÏÏ3USCEPTIBILITYÏTOÏFAILUREÏOFÏFAULTSÏ

Ï

nÏÏ&AULTÏPROPERTYÏPREDICTIONS Ï CALCULATIONS ÏANDÏlLTERINGÏ

Ï

nÏÏ2ESERVOIRÏJUXTAPOSITIONÏANALYSIS

Ï

nÏÏ&AULTÏPLANEÏMAPSÏ

Ï

nÏÏ&AULTÏTRANSMISSIBILITYÏMULTIPLIERÏÏ COMPUTATIONSÏ

Ï

nÏÏ'EOLOGICÏTUNINGÏOFÏTRANSMISSIBILITYÏ MULTIPLIERSÏ

Ï

nÏÏ5NCERTAINTYÏINCORPORATIONÏOFÏFAULTÏ GEOMETRIESÏANDÏPROPERTIESÏINÏ WORKmOW

COURSE CONTENT Q

%XPLORATIONÏ

Ï

nÏÏ.EWÏMETHODSÏFORÏFAULTÏ IDENTIlCATIONÏANDÏMAPPINGÏ

Ï

nÏÏ0ROPERTYÏPREDICTIONSÏANDÏANALYSISÏ FORÏ0ETRELÏSTRUCTURALÏFRAMEWORKÏ MODELING

Ï

nÏÏ&AULTÏDIPÏANDÏDIPÏDIRECTIONÏ -APPINGÏSEISMICÏONTOÏFAULTSÏANDÏ JUXTAPOSITIONÏANALYSISÏ – Tools for data cleanup for prospect creation and preparation for GEOMODELING

Ï

nÏÏ3TREAMLININGÏTHEÏSEISMICÏ interpretation process with structural sense checks

Ï

nÏÏ#REATINGÏTRAPÏMAPSÏANDÏTRAPÏ ANALYSES

Ï

nÏÏ&AULTÏJUXTAPOSITIONÏMAPPINGÏ

Ï

nÏÏ&AULTÏGEOMETRYÏANDÏPROPERTYÏ ANALYSIS

Ï

nÏÏ0REDICTIONÏOFÏHYDROCARBONÏCOLUMNÏ HEIGHTSÏUSINGÏCAPILLARYÏSEALS

Ï

nÏÏ)NTEGRATIONÏOFÏGEOMETRICÏANDÏ PROPERTYÏUNCERTAINTIESÏINÏANALYSES

Software

$EVELOPMENTÏ

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTS Ï GEOPHYSICISTS ÏGEOMECHANICS ÏANDÏ RESERVOIRÏENGINEERSÏWITHÏPRIORÏEXPERIENCEÏ INÏ0ETRELÏSOFTWARE PREREQUISITE 0ETRELÏ&UNDAMENTALSÏCOURSEÏORÏSIMILARÏ 0ETRELÏEXPERIENCE ÏANDÏGENERALÏKNOWLEDGEÏ OFÏSTRUCTURALÏGEOLOGY ÏRESERVOIRÏ ENGINEERING ÏANDÏGEOPHYSICS



)NÏTHISÏ DAYÏCOURSE ÏTHEÏATTENDEEÏ WILLÏLEARNÏTOÏUSEÏTHEÏ0ETRELÏPLATFORMÏ 0ETROLEUMÏ3YSTEMSÏ1UICKÏ,OOKÏANDÏ 0LAYÏTOÏ0ROSPECTÏ2ISKÏMODULEÏ4HEÏ COURSEÏATTENDEESÏWILLÏUNDERTAKEÏPLAYÏ EVALUATIONÏEXERCISESÏTHATÏINTEGRATEÏ ALLÏTHEÏPETROLEUMÏSYSTEMÏELEMENTSÏ INTOÏGEOLOGICALLYÏBASEDÏOBJECTIVESÏANDÏ DOCUMENTEDÏRESULTSÏTHATÏCANÏBEÏUSEDÏTOÏ understand and rank the opportunities. How to use the software tools and DEVELOPÏAÏBETTERÏUNDERSTANDINGÏOFÏTHEÏ FUNDAMENTALSÏOFÏPLAYÏANDÏPROSPECTÏ EVALUATIONÏAREÏALSOÏINCLUDEDÏINÏTHEÏ COURSE ÏINÏADDITIONÏTOÏTHEÏREASONSÏWHYÏ an integrated approach results in better EVALUATIONSÏANDÏBETTERÏEXPLORATIONÏ success.

AUDIENCE Geoscientists working with prospect EXPLORATIONÏFUNDAMENTALSÏANDÏWORKmOWSÏ WHOÏNEEDÏTOÏLEARNÏHOWÏTOÏPERFORMÏTHEMÏ USINGÏTHEÏ0ETRELÏPLATFORM PREREQUISITE )DEALLY Ï0ETRELÏ&UNDAMENTALSÏCOURSE Ï and should be able to work with the 0ETRELÏPLATFORMÏPROCESSES ÏINPUT ÏANDÏ 7INDOWSÏTABSÏ3KILLSÏINÏ0ETRELÏSEISMICÏ INTERPRETATION ÏPROPERTYÏMODELING ÏANDÏ well correlation are not required.

COURSE CONTENT !TTENDEESÏWILLÏEVALUATEÏAÏCONCESSIONÏ AREAÏUSINGÏTHEÏ0ETRELÏPLATFORMÏWORKmOWÏ tools. Beginning with the initial EXPLORATIONÏDATA ÏTHEÏATTENDEESÏWILLÏ LEARNÏTOÏCOMBINEÏRESULTSÏFROMÏPETROLEUMÏ SYSTEMSÏMODELINGÏWITHÏTHEIRÏPLAYÏ FAIRWAYÏMAPSÏANDÏTRANSFORMÏTHEMÏINTOÏ PLAYÏCHANCEÏMAPSÏ4HEYÏWILLÏALSOÏLEARNÏ TOÏUSEÏTHEÏRESULTSÏFROMÏTHISÏANALYSISÏ TOÏMAKEÏPROBABILISTICÏVOLUMETRICÏANDÏ CHANCEÏOFÏSUCCESSÏASSESSMENTÏOFÏTHEIRÏ PROSPECTSÏTHATÏHAVEÏAÏCLEARÏLINKÏBACKÏ TOÏTHEÏPLAYÏEVALUATIONÏANDÏPETROLEUMÏ SYSTEMÏANALYSISÏ,ASTLY ÏATTENDEESÏWILLÏ LEARNÏHOWÏTOÏKEEPÏTHEIRÏPLAYÏANDÏPROSPECTÏ EVALUATIONÏLIVEÏANDÏUSABLEÏWHENEVERÏNEWÏ UNDERSTANDINGÏORÏDATAÏBECOMEÏAVAILABLE


Field trips

Uses simulation

| 59 12/22/13 2:49 AM

GEOLOGY Petrel Property Modeling


Skill – 3 Days

Skill – 3 Days

4HISÏCOURSEÏFOCUSESÏONÏTHEÏFUNDAMENTALSÏ OFÏMODELINGÏUSINGÏTHEÏ0ETRELÏPLATFORMÏ4HEÏ COURSEÏCOVERSÏBASICÏGEOSTATISTICS ÏDATAÏ PREPARATION ÏDATAÏANALYSIS ÏFACIES ÏANDÏ PETROPHYSICALÏMODELINGÏ!TTENDEESÏWILLÏ LEARNÏDIFFERENTÏWAYSÏTOÏCREATEÏPROPERTYÏ MODELSÏANDÏHOWÏTOÏCONDITIONÏMODELSÏTOÏ EXISTINGÏMODELSÏANDÏSECONDARYÏDATAÏ4HISÏ course guides the user through concepts, ALGORITHMS ÏANDÏSOFTWAREÏFUNCTIONALITIESÏ INÏPROPERTYÏMODELING 4HEÏlRSTÏPORTIONÏOFÏTHEÏCOURSEÏFOCUSESÏ on the use of basic geostatistical tools THROUGHÏDATAÏANALYSISÏ!LSO ÏPREMODELINGÏ processes concerned with well data PREPARATIONÏWILLÏBEÏCOVERED ÏTHEÏlRSTÏ STEPÏOFÏWHICHÏISÏTHEÏPROPERTYÏMODELINGÏ WORKmOW ÏFOLLOWEDÏBYÏUPSCALINGÏWELLÏ LOGSÏTOÏCREATEÏSINGLE PROPERTYÏVALUESÏ at the well location for each cell. This technique creates hard data that will be used to populate the 3D grid with either DETERMINISTICÏORÏSTOCHASTICÏALGORTIHMSÏ The second half of the course focuses ONÏFACIESÏANDÏPETROPHYSICALÏMODELING Ï WORKmOWSÏUSINGÏSTOCHASTICÏMETHODS ÏASÏ WELLÏASÏCOVERINGÏTHEÏUSAGEÏOFÏKRIGINGÏFORÏ CONTINUOUSÏPROPERTIESÏ)MPLEMENTINGÏDATAÏ ANALYSISÏRESULTSÏANDÏUSINGÏSECONDARYÏDATAÏ to constrain the result will also be shown. COURSE CONTENT Q

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"ASICSÏOFÏUNI ÏANDÏBIVARIATEÏ geostatistics Data preparation, including well log edits, calculations, and upscaling for discrete and continuous data


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Ï 5SINGÏSECONDARYÏDATAÏTOÏPOPULATEÏ FACIESÏMODELSÏ Q


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Ï $ATAÏANALYSISÏ

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Ï 'AUSSIANÏRANDOMÏFUNCTIONÏ SIMULATIONÏ

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Ï 5SINGÏSECONDARYÏDATAÏTOÏPOPULATEÏ PETROPHYSICALÏMODELS

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏ GEOLOGISTS ÏGEOPHYSICISTS ÏGEOCHEMISTS Ï PETROPHYSICISTS ÏPETROLEUMÏENGINEERS Ï MANAGERS ÏRESERVOIRÏENGINEERS ÏANDÏ TECHNICALÏPERSONNELÏWITHÏPRIORÏEXPERIENCEÏ INÏUSINGÏ0ETRELÏPLATFORMÏSOFTWARE

4HEÏÏ0ETRELÏPLATFORMÏ3TRUCTURALÏ Modeling course presents different APPROACHESÏTOÏBUILDINGÏMODELSÏTHATÏ CAPTUREÏGEOLOGICALLYÏCOMPLEXÏSITUATIONSÏ SUCHÏASÏREVERSEÏFAULTSÏANDÏTRUNCATIONS 4HISÏCOURSEÏCOVERSÏBOTHÏCORNER POINTÏ GRIDDINGÏANDÏSTRUCTURALÏFRAMEWORKÏ Attendees will be presented with WORKmOWSÏTHATÏCOMBINEÏBOTHÏPROCESSES Ï SPECIlCALLYÏHOWÏTOÏUSEÏTHEÏRESULTSÏFROMÏ THEÏSTRUCTURALÏFRAMEWORKÏTOÏGENERATEÏAÏ CORNER POINTÏGRIDÏ4HEÏATTENDEESÏWILLÏALSOÏ LEARNÏHOWÏTOÏGENERATEÏPARTIALLYÏANDÏFULLYÏ STAIR STEPPEDÏ$ÏGRIDSÏ4HEÏADVANTAGESÏ ANDÏLIMITATIONSÏOFÏTHEÏDIFFERENTÏTYPESÏOFÏ MODELSÏWILLÏALSOÏBEÏPRESENTEDÏ 4HEÏCOURSEÏWILLÏHIGHLIGHTÏTHEÏFOLLOWINGÏ ÏTHEÏROBUSTÏFAULTÏMODELINGÏWHILEÏ INTERPRETINGÏSEISMICÏFUNCTIONALITY ÏWHICHÏ ALLOWSÏRAPIDÏREAL TIMEÏCREATIONÏOFÏTHEÏ STRUCTURALÏFRAMEWORKÏ ÏSALTÏMODELINGÏ TECHNIQUESÏUSINGÏBOTHÏCORNER POINTÏ GRIDDINGÏANDÏSTRUCTURALÏFRAMEWORKÏANDÏ ÏTHEÏINNOVATIVEÏVOLUME BASEDÏMODELINGÏ TECHNIQUEÏFORÏTHEÏCONSTRUCTIONÏOFÏCOMPLEXÏ STRUCTURALÏFRAMEWORKS

3TRUCTURALÏFRAMEWORKÏAPPROACHÏ

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Ï &AULTÏFRAMEWORKÏMODELINGÏ

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Ï &AULTÏMODELINGÏWHILEÏINTERPRETINGÏ

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Ï (ORIZONÏMODELINGÏ Q

3TRUCTURALÏFRAMEWORKÏVERSUSÏCORNER point gridding

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3TAIR STEPÏFAULTINGÏ

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3ALTÏMODELINGÏMETHODSÏ

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6OLUMEÏBASEÏMODELINGÏTECHNIQUEÏ !VAILABLEÏONÏRELEASESÏAFTERÏ

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTS Ï GEOPHYSICISTS ÏPETROLEUMÏENGINEERS Ï MANAGERS ÏRESERVOIRÏENGINEERS ÏANDÏ TECHNICALÏPERSONNELÏWITHÏPRIORÏEXPERIENCEÏ USINGÏTHEÏ0ETRELÏPLATFORM PREREQUISITE 'ENERALÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGYÏ ANDÏGEOPHYSICS ÏASÏWELLÏASÏHAVINGÏ ATTENDEDÏTHEÏ0ETRELÏ&UNDAMENTALSÏANDÏ 0ETRELÏ'EOLOGYÏCOURSESÏORÏEQUIVALENTÏ 0ETRELÏEXPERIENCE

COURSE CONTENT

PREREQUISITE 'ENERALÏKNOWLEDGEÏOFÏPETROLEUMÏ GEOLOGYÏANDÏATTENDANCEÏOFÏTHEÏ0ETRELÏ &UNDAMENTALSÏCOURSEÏORÏEQUIVALENTÏ EXPERIENCE

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0REPROCESSINGÏINPUTÏDATAÏ

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#ORNER POINTÏGRIDDINGÏAPPROACHÏ

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12/22/13 2:49 AM

GEOLOGY Petrel Velocity Modeling


Skill – 3 Days

Skill – 2 Days

This course introduces the attendee to VELOCITYÏMODELING ÏVELOCITYÏHANDLING ÏANDÏ DOMAINÏCONVERSIONÏFUNCTIONALITYÏINÏTHEÏ 0ETRELÏÏPLATFORM The course takes the attendee through the preparation stage of data used for VELOCITYÏESTIMATIONÏANDÏMODELINGÏ4HISÏ PREPARATIONÏSTAGEÏINCLUDESÏQUALITYÏCONTROLÏ and editing of checkshot data used in SONICÏCALIBRATIONÏANDÏQUALITYÏCONTROLÏOFÏ TIMEÏSURFACESÏANDÏWELLÏTOPSÏUSEDÏFORÏ DElNINGÏVELOCITYÏINTERVALS &URTHERMORE ÏTHEÏAVAILABLEÏVELOCITYÏ MODELINGÏTECHNIQUESÏAREÏPRESENTED Ï INCLUDINGÏWELLÏVELOCITYÏESTIMATION ÏTHEÏ NATUREÏANDÏMODELINGÏOFÏSEISMICÏVELOCITIES Ï SURFACE BASEDÏANDÏ$ÏGRID BASEDÏSEISMICÏ VELOCITYÏMODELING ÏASÏWELLÏASÏUSER DElNEDÏ VELOCITYÏFUNCTIONS &OLLOWINGÏTHEÏVELOCITYÏMODELINGÏPHASE Ï DOMAINÏCONVERSIONÏOFÏVARIOUSÏOBJECTSÏ ANDÏMETHODSÏFORÏMODELINGÏSTRUCTURALÏ UNCERTAINTYÏAREÏCOVERED COURSE CONTENT Q

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1UALITYÏCONTROLÏOFÏANDÏEDITINGÏOFÏWELLÏ data Checkshot calibration of sonic logs

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6ELOCITYÏFUNCTIONSÏANDÏVARIOUSÏ VELOCITYÏMODELINGÏAPPROACHESÏ

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6ELOCITYÏMODELINGÏQUALITYÏCONTROLÏANDÏ MODELINGÏ

NEW

4HISÏTWO FOLDÏCOURSEÏAIMSÏTOÏGIVEÏTHEÏ ATTENDEESÏINSIGHTÏINTOÏTHEÏ7ORKmOWÏ EDITORÏANDÏTHEÏ5NCERTAINTYÏANDÏ /PTIMIZATIONÏPROCESSÏINÏTHEÏ0ETRELÏ PLATFORMÏWITHÏAÏFOCUSÏONÏGEOLOGICALÏ MODELINGÏ$URINGÏTHEÏlRSTÏDAY ÏTHEÏCOURSEÏ WILLÏFOCUSÏONÏHOWÏTOÏUSEÏPREDElNEDÏ WORKmOWSÏANDÏHOWÏTOÏCREATEÏYOURÏ OWNÏWORKmOWSÏFORÏBATCHÏPROCESSINGÏ and operations, in addition to setting up, editing, and repeating processes WITHÏNEWÏDATAÏFORÏAÏCOMPLETEÏANDÏ STANDARDIZEDÏRESERVOIRÏMODELINGÏ WORKmOWÏ4OÏTAKEÏFULLÏADVANTAGEÏOFÏ THEÏUNCERTAINTYÏHANDLINGÏINÏTHEÏ0ETRELÏ PLATFORM ÏTHEÏATTENDEEÏWILLÏNEEDÏTOÏ HAVEÏANÏUNDERSTANDINGÏOFÏTHEÏ7ORKmOWÏ EDITORÏMODULE ÏWHICHÏISÏTHEÏCORNERSTONEÏ OFÏTHEÏ5NCERTAINTYÏANDÏ/PTIMIZATIONÏ process. The attendee will be also GIVENÏSOMEÏEXAMPLESÏONÏGEOLOGICALÏ WORKmOWSÏ/NÏDAYÏTWO ÏTHISÏCOURSEÏWILLÏ FOCUSÏONÏUNDERSTANDINGÏSENSITIVITIESÏANDÏ UNCERTAINTIESÏOFÏAÏBASEÏCASEÏVOLUMETRICÏ RESERVOIRÏMODELÏ3TRUCTURALÏUNCERTAINTIESÏ RELATEDÏTOÏSURFACESÏWILLÏBEÏEXPLORED ÏASÏ WELLÏASÏSTOCHASTICÏPARAMETERSÏRELATEDÏTOÏ THEÏPROPERTYÏMODELÏ!LSO ÏTHEÏUNCERTAINTYÏ RELATEDÏTOÏTHEÏCONTACTSÏDElNINGÏTHEÏ VOLUMEÏCASEÏWILLÏBEÏEXAMINED COURSE CONTENT Q

7ORKmOWÏ%DITORÏINTERFACEÏANDÏLOGICÏ

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"ECOMINGÏFAMILIARÏWITHÏTHEÏ 5NCERTAINTYÏANDÏ/PTIMIZATIONÏPROCESSÏ

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3URFACE BASEDÏANDÏ$ÏGRID BASEDÏ SEISMICÏVELOCITYÏMODELINGÏ

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!NISOTROPYÏINÏSEISMICÏVELOCITIESÏ

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'EOSTATISTICALÏMETHODSÏ

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1UANTIFYINGÏRESIDUALÏDEPTHÏERRORÏANDÏ CREATINGÏAÏDEPTHÏCORRECTIONÏMODELÏ

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#REATINGÏUSER DElNEDÏVELOCITYÏ functions

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-ODELINGÏSTRUCTURALÏUNCERTAINTY

AUDIENCE

Skill – 5 Days 4HISÏ DAYÏWORKSHOPÏFOCUSESÏONÏCOMMONÏ WORKmOWSÏUSEDÏINÏ0ETRO-ODÏSOFTWAREÏ PROJECTSÏ!TTENDEESÏWILLÏWORKÏWITHÏAÏ SINGLEÏ$ÏDATASETÏWITHÏEMPHASISÏPLACEDÏ ONÏMODELÏCALIBRATIONÏANDÏOUTPUTÏANALYSISÏ INTERPRETATIONÏOFÏSIMULATIONÏRESULTS Ï 4HEÏMAJORÏFOCUSÏOFÏTHISÏWORKSHOPÏWILLÏ BEÏONÏCALIBRATINGÏ0ETRO-ODÏSOFTWAREÏ MODELSÏTOÏACTUALÏlELDÏDATAÏ$EFAULTÏ LITHOLOGICALÏPARAMETERSÏEG ÏMECHANICALÏ COMPACTION ÏPERMEABILITY ÏWILLÏBEÏ ADAPTEDÏTOÏMEASUREDÏDATAÏEG ÏPOROSITY Ï POREÏPRESSURE Ï4HERMALÏCALIBRATIONÏ tools will be introduced and used to CALIBRATEÏTHEÏMODELÏTOÏMEASUREDÏWELLÏ DATAÏTEMPERATURE ÏVITRINITEÏREmECTANCE Ï #ALIBRATIONÏWORKmOWSÏWILLÏREQUIREÏ EXTENSIVEÏUSEÏOFÏTHEÏ0ETRO-ODÏEDITORÏ ANDÏVIEWINGÏTOOLSÏ$IFFERENTÏHYDROCARBONÏ MIGRATIONÏMETHODSÏ$ARCYÏmOW ÏmOWÏ PATH ÏANDÏINVASIONÏPERCOLATION ÏWILLÏ be introduced and their applications discussed. The outputs of different MIGRATIONÏMETHODSÏWILLÏBEÏANALYZEDÏINÏ DETAILÏ(YDROCARBONÏACCUMULATIONSÏWILLÏBEÏ CALIBRATEDÏTOÏVOLUMEÏCOLUMNÏHEIGHT ÏANDÏ mUIDÏPROPERTIESÏEG Ï!MERICANÏ0ETROLEUMÏ )NSTITUTEÏ;!0)= ÏGASOILÏRATIOÏ'/2 Ï 4HISÏWORKSHOPÏISÏAÏCOREÏCOMPONENTÏ INÏTHEÏ0ETRO-ODÏSOFTWAREÏ%DUCATIONÏ 3ERVICESÏOFFERINGÏ!TTENDEESÏSUCCESSFULLYÏ COMPLETINGÏTHISÏCOURSEÏWILLÏBEÏABLEÏTOÏ BUILDÏPETROLEUMÏSYSTEMÏMODELSÏHAVINGÏ BASIC TO MODERATEÏGEOLOGICALÏCOMPLEXITY

COURSE CONTENT Q

0OROSITYPRESSUREÏCALIBRATION

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0OROSITIES ÏPERMEABILITIES ÏPRESSURE Ï EFFECTIVEÏSTRESSÏTHERMALÏCALIBRATION

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4EMPERATUREÏANDÏVITRINITEÏREmECTANCE

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-C+ENZIEÏMODEL Ï(EATÏ&LOWÏ calibration tool

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-IGRATIONÏMODELING

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-IGRATIONÏMETHODSÏ$ARCY ÏmOWÏPATH Ï )NVERSIONÏ0ERCOLATIONÏHYBRID

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Migration along faults

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!CCUMULATIONmUIDÏCALIBRATION

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3IZE ÏCOLUMNÏHEIGHT

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!0) Ï'/2

AUDIENCE 'EOLOGISTS ÏPETROLEUMÏSYSTEMSÏMODELERS Ï ANDÏGEOCHEMISTSÏWITHÏBASICÏEXPERIENCEÏ INÏTHEÏUSEÏOFÏTHEÏ0ETRO-ODÏSOFTWAREÏ 4HISÏCOURSEÏISÏRECOMMENDEDÏFORÏALLÏ GEOSCIENTISTSÏWORKINGÏASÏPETROLEUMÏ SYSTEMSÏMODELERSÏWITHÏTHEÏNEEDÏTOÏ INTEGRATEÏMEASUREDÏlELDÏDATAÏTOÏTHEÏ MODEL PREREQUISITE )NTRODUCTIONÏTOÏ0ETRO-ODÏCOURSE

AUDIENCE

$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTS Ï GEOPHYSICISTS ÏPETROLEUMÏENGINEERS Ï MANAGERS ÏRESERVOIRÏENGINEERSÏANDÏ TECHNICALÏPERSONNELÏEXPERIENCEDÏWITHÏ 0ETRELÏPLATFORMÏSOFTWARE

2ESERVOIR ÏDEVELOPMENT ÏANDÏEXPLORATIONÏ GEOLOGISTS ÏPETROPHYSICISTS ÏANDÏTECHNICALÏ PERSONNELÏEXPERIENCEDÏWITHÏTHEÏ0ETRELÏ SOFTWAREÏPLATFORM

PREREQUISITE

PREREQUISITE

0ETRELÏ'EOPHYSICSÏCOURSEÏORÏSIMILARÏ0ETRELÏ EXPERIENCE

0ETRELÏ&UNDAMENTALSÏCOURSEÏANDÏTHEÏ 0ETRELÏ'EOLOGYÏCOURSE

Software

PetroMod Calibration Workflows for Petroleum Systems Models




Field trips

Uses simulation

| 61 12/22/13 2:49 AM

GEOLOGY PetroMod Petroleum Systems Modeling for Shale Plays

PetroMod Structural Analysis for Petroleum Systems Modeling

PetroMod Version 11 to Release 2011.1/2012.1 Update


Skill – 5 Days

Skill – 4 Days

Skill – 3 Days

Skill – 2 Days

3HALEÏ2ESOURCEÏ%XPLORATIONÏISÏAÏNEWÏ AREAÏOFÏEXPLORATIONÏFORÏUNCONVENTIONALÏ RESERVOIRSÏ)NÏCONTRASTÏWITHÏCONVENTIONALÏ PETROLEUMÏSYSTEMSÏANALYSIS ÏSHALEÏPLAYSÏ AREÏCHARACTERIZEDÏBYÏAÏSINGLEÏENCLOSEDÏ SYSTEMÏCHARGE ÏRESERVOIRÏANDÏTRAPÏINÏONEÏ FORMATION

4HISÏ DAYÏCOURSEÏADDRESSESÏTHEÏ INTEGRATIONÏOFÏCOMPLEXÏSTRUCTURALÏREGIMESÏ INTOÏ0ETROLEUMÏ3YSTEMSÏ-ODELINGÏTHISÏ COURSEÏNOWÏINCLUDESÏ$ÏMODELINGÏOFÏSALTÏ tectonics.

4HEÏ0ETRO-ODÏPLATFORMÏSOFTWAREÏSUITEÏ CONTINUESÏTOÏEVOLVEÏRAPIDLYÏ)NÏADDITIONÏ TOÏNEWÏTOOLSÏANDÏMAJORÏIMPROVEMENTSÏINÏ SIMULATIONÏSPEEDS ÏTHEÏUSERÏINTERFACEÏWASÏ OVERHAULEDÏFORÏTHEÏÏRELEASEÏ4HEÏ PROCESSÏCONTINUESÏFORÏTHEÏÏRELEASE Ï BRINGINGÏFASTER ÏEASIERÏWORKmOWSÏTOÏTHEÏ ENDÏUSERÏ4HISÏ DAYÏUPDATEÏCLASSÏTAKESÏ USERSÏONÏAÏJOURNEYÏFROMÏTHEÏSCATTEREDÏ INTERFACESÏOFÏ6ÏTOÏTHEÏUNIFORMÏINTERFACEÏ ACCESSÏFORÏ$ÏANDÏ$ÏMODELSÏAVAILABLEÏ WITHÏTHEÏÏANDÏÏSOFTWAREÏ VERSIONSÏ4HISÏCOURSEÏWILLÏREVIEWÏALLÏ of the changes and the attendees will PERFORMÏPRACTICALÏEXERCISESÏONÏ$ Ï $ ÏANDÏ$ÏMODELSÏ4HEÏEXERCISESÏAREÏ DESIGNEDÏBOTHÏTOÏFAMILIARIZEÏATTENDEESÏ with the new user interface and to INTRODUCEÏKEYÏWORKmOWÏIMPROVEMENTS Ï including 1D thrusting, fault handling, age ASSIGNMENTS ÏEROSIONÏMODELING ÏANDÏHEATÏ mOWÏCALIBRATION

This course introduces attendees who are EXPERIENCEDÏLOGÏINTERPRETERSÏTOÏBUILDINGÏ LOGÏINTERPRETATIONÏMODELSÏANDÏGENERATINGÏ SOLUTIONSÏWITHÏTHEÏ1UANTI%LANÏMODULEÏOFÏ THEÏ4ECHLOGÏPLATFORM

4HEÏ DAYÏ0ETROLEUMÏ3YSTEMSÏ-ODELINGÏ FORÏ3HALEÏ0LAYSÏCOURSEÏCOVERSÏALLÏASPECTSÏ OFÏTHISÏUNCONVENTIONALÏPETROLEUMÏSYSTEMÏ 0ARTICIPANTSÏWILLÏUSEÏ0ETRO-ODÏPLATFORMÏ 0ETROLEUMÏ3YSTEMSÏ-ODELINGÏSOFTWAREÏ TOÏEXPLOREÏTOOLSÏANDÏWORKmOWSÏDIRECTLYÏ APPLICABLEÏTOÏSOLVINGÏTHEÏCHALLENGESÏFACEDÏ INÏSHALEÏRESOURCEÏEXPLOITATION COURSE CONTENT Q

)NTRODUCTIONÏTOÏGLOBALÏSHALEÏPLAYSÏ

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3HALESÏ ÏRESERVOIRÏANDÏCHARGEÏ Ï CHARACTERIZATION ÏPROPERTIESÏANDÏ challenges

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3HALESÏ ÏCHARGE ÏTRAPÏANDÏSEALÏ Ï ,ANGMUIRÏADSORPTION ÏPRINCIPLES

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'EOMECHANICSÏ ÏTHEORETICALÏOVERVIEWÏ

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3HALEÏPLAYÏPETROLEUMÏSYSTEMÏ ASSESSMENTÏ

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)NDIVIDUALÏBASINÏEXERCISESÏ

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3HALEÏPLAYÏEXPLORATION

AUDIENCE 5NCONVENTIONAL Ï%XPLORATIONÏGEOLOGISTS Ï "ASINÏANDÏ0ETROLEUMÏ3YSTEMSÏ-ODELERSÏ "03- ÏGEOSCIENTISTSÏANDÏGEOCHEMISTSÏ ENGAGEDÏINÏTHEÏPETROLEUMÏSYSTEMSÏ MODELINGÏOFÏSHALEÏPLAYS PREREQUISITE )NTRODUCTIONÏTOÏ0ETRO-ODÏPLATFORMÏCOURSEÏ REQUIREDÏWITHINÏLASTÏÏYEARS ÏORÏEXISTINGÏ 0ETRO-ODÏPLATFORMÏUSER

3EDIMENTÏSPACEÏISÏPRIMARILYÏCREATEDÏ BYÏSTRUCTURALLYÏANDÏTHERMALLYÏINDUCEDÏ SUBSIDENCEÏ4HEÏSTRUCTURALÏEVOLUTIONÏOFÏ SEDIMENTARYÏBASINSÏCONTROLSÏSEDIMENTÏ DEPOSITIONÏANDÏFORMSÏSTRUCTURALÏTRAPSÏ ANDÏPATHWAYSÏFORÏHYDROCARBONSÏ4HEÏ TIMINGÏOFÏSTRUCTURALÏACTIVITYÏDURINGÏ PETROLEUMÏSYSTEMÏDEVELOPMENTÏ ISÏCRITICALÏFORÏEXPLORATIONÏSUCCESSÏ #OMPLEXÏTECTONICÏDEVELOPMENTÏINÏ SALTÏBASINSÏISÏCHARACTERIZEDÏBYÏUNIQUEÏ PHYSICALÏPROPERTIESÏ!ÏSTRONGÏINmUENCEÏ ONÏDEPOCENTERÏDISTRIBUTIONÏMAKESÏITÏ NECESSARYÏTOÏUNDERSTANDÏTHEÏDYNAMICSÏ OFÏSALTÏMOVEMENTÏ)NÏAREASÏOFÏSTRONGÏ COMPRESSIONALÏTECTONICÏDEFORMATION Ï SUCHÏASÏFOLD AND THRUSTÏBELTS ÏDElNITIONÏ OFÏPALEOÏGEOMETRIESÏISÏNECESSARYÏTOÏ UNDERSTANDÏTHEÏMATURITYÏANDÏMIGRATIONÏ PATHWAYSÏOFÏTHEÏPETROLEUMÏSYSTEMS


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/VERVIEWÏOFÏKEYÏCHANGES

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$ÏTHRUSTINGÏEXERCISES

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5SERÏINTERFACEÏREVIEWÏANDÏEXERCISES

COURSE CONTENT Q

(OWÏTOÏEDITÏFAULTÏGEOMETRIESÏTHROUGHÏ TIMEÏINÏAÏBASINÏMODEL

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3ALTÏ4ECTONICSÏINÏ0ETRO-ODÏ$

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3ALTÏ4ECTONICSÏINÏ0ETRO-ODÏ$

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(OWÏTOÏBUILDÏAÏ$Ï4ECH,INKÏ-ODEL

AUDIENCE 'EOLOGISTS ÏGEOPHYSICISTS ÏANDÏ GEOSCIENTISTSÏWITHÏPRIORÏ0ETRO-ODÏÏ PLATFORMÏEXPERIENCE ÏENGAGEDÏINÏ PETROLEUMÏSYSTEMSÏMODELINGÏWORKÏ INÏAREASÏAFFECTEDÏBYÏSALTÏTECTONICSÏORÏ thrusting. PREREQUISITE )NTRODUCTIONÏTOÏ0ETRO-ODÏPLATFORMÏCOURSEÏ ANDÏEXPERIENCEÏUSINGÏ0ETRO-ODÏSOFTWARE

62 |

COURSE CONTENT

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$Ï0ETRO"UILDERÏOVERVIEW

Q

$ÏMODELÏBUILDINGÏEXERCISESÏUSINGÏ NEWÏWORKmOWS

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$Ï0ETRO"UILDERÏOVERVIEW

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$ÏMODELÏBUILDINGÏEXERCISES

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$ÏMODELÏUPDATESÏANDÏWORKmOWSÏ EROSION ÏFAULTÏHANDLING ÏHEATÏmOWÏ calibration

AUDIENCE

COURSE CONTENT Q

,OADÏANDÏQUALITYÏCONTROLÏDATAÏFROMÏ $IGITALÏ,OGÏ)NFORMATIONÏ3TANDARDÏ ;$,)3=ÏORÏLOGÏ!3#))ÏSTANDARDÏ;,!3= Ï lLES

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0RECOMPUTATIONÏOFÏCRITICALÏ PARAMETERSÏFORÏINTERPRETATIONS Ï INCLUDINGÏMINERAL ÏROCK ÏANDÏmUIDÏ endpoints

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Log response equations with EMPHASISÏONÏNEUTRONÏPOROSITYÏ ANDÏRESISTIVITY BASEDÏSATURATIONÏ equations

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)NITIALIZATIONÏANDÏCONSTRUCTIONÏOFÏ FORMATIONÏEVALUATIONÏMODELS

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:ONINGÏANDÏCLASSIlCATIONÏGROUPS

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#OMBININGÏFORMATIONÏEVALUATIONÏ MODELS

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0OSTPROCESSING

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#USTOMIZATIONÏWITHÏ0YTHONÏMODULE

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTS Ï PETROPHYSICISTS ÏANDÏRESERVOIRÏENGINEERSÏ WITHÏPRIORÏEXPERIENCEÏUSINGÏ4ECHLOGÏ PLATFORMÏSOFTWARE PREREQUISITE 4ECHLOGÏ&UNDAMENTALSÏCOURSEÏANDÏ FORMATIONÏEVALUATIONÏEXPERIENCEÏUSINGÏ 4ECHLOGÏPLATFORMÏSOFTWARE

5SERSÏOFÏ0ETRO-ODÏ6ÏWHOÏWILLÏBEÏUSINGÏ THEÏ0ETRO-ODÏÏORÏ0ETRO-ODÏÏ releases. PREREQUISITE %XISTINGÏ0ETRO-ODÏ6ÏUSERS


12/22/13 2:49 AM

GEOLOGY GeoX Advanced Risk and Resource Assessment NEW

Skill – 1 Day

4HISÏCOURSEÏCOMBINESÏAÏREVIEWÏOFÏTHEÏ BASICÏMETHODOLOGYÏFORÏEVALUATINGÏMULTIPLEÏ COMPARTMENTZONEÏPROSPECTSÏWITHÏ HANDS ONÏASSESSMENTÏOFÏREAL WORLDÏCASESÏ USINGÏ'EO8ÏSOFTWAREÏ4OPICSÏCOVEREDÏ in this course include a shared risk and DEPENDENCYÏGROUPÏAPPROACHÏTOÏMODELINGÏ MULTISEGMENTÏPROSPECTSÏPLUSÏVOLUMETRICÏ CORRELATIONSÏANDÏMULTIPLEÏSCENARIOS

GeoFrame CPS-3 Advanced Mapping and Volumetrics


Advanced – 3 Days

Advanced – 2 Days

4HISÏCOURSEÏWILLÏENHANCEÏTHEÏATTENDEESÏ UNDERSTANDINGÏOFÏTHEÏ#03 ÏSOFTWAREÏ tool kit. This application contains a set OFÏMAPPINGÏANDÏMODELINGÏFUNCTIONSÏTHATÏ ENABLEÏONEÏTOÏCREATEÏMANYÏCOMBINATIONSÏ OFÏUSEFULÏWORKmOWS

4HISÏCOURSEÏFOCUSESÏONÏFACIESÏMODELING Ï WHICHÏINÏRECENTÏYEARSÏHASÏBECOMEÏTHEÏ standard for guiding and constraining PETROPHYSICALÏMODELSÏ0IXEL BASEDÏANDÏ OBJECTÏMODELSÏAREÏDEMONSTRATED ÏINÏ ADDITIONÏTOÏCOMPLEXÏHIERARCHICALÏMODELSÏ COMBININGÏMULTIPLEÏMETHODSÏ3TANDARDÏ FACIESÏMODELINGÏMETHODSÏHAVEÏTHEIRÏ LIMITATIONSÏINÏMOREÏCOMPLEXÏDEPOSITIONALÏ ENVIRONMENTSÏTHEREFORE ÏTHISÏCOURSEÏ WILLÏEXPLOREÏTHEÏMOREÏADVANCEDÏPROPERTYÏ MODELINGÏTOOLSÏSUCHÏASÏTHEÏCUTTING EDGEÏ MULTIPOINTÏSTATISTICSÏ-03 ÏPROCESSÏ $IFFERENTÏMETHODSÏFORÏCREATINGÏSOFTÏ PROBABILITYÏDATAÏUSINGÏVARIOUSÏPROCESSESÏ TOÏANALYZEÏDATA ÏSUCHÏASÏTRENDÏMODELINGÏ ANDÏGEOMETRICALÏTRENDÏMODELING ÏANDÏ EXPLORINGÏTHEÏRELATIONSHIPÏOFÏSECONDARYÏ DATAÏTOÏCONSTRAINÏMODELS ÏWILLÏALSOÏBEÏ COVEREDÏINÏTHISÏCOURSEÏ4HEREÏISÏAÏSPECIALÏ FOCUSÏONÏTHEÏTHEORYÏSUPPORTINGÏTHEÏ MULTIPOINTÏSTATISTICALÏCONCEPT ÏCOVERINGÏ THEÏCREATIONÏOFÏGOODÏTRAININGÏIMAGESÏ ANDÏHOWÏTOÏINCORPORATEÏSOFTÏPROBABILITYÏ DATA ÏVARYÏDIRECTION ÏANDÏSCALEÏINÏTHEÏlNALÏ SIMULATIONÏMODELÏ)NÏADDITION ÏTHISÏCOURSEÏ COVERSÏTHEÏ'EOBODYÏMODELINGÏTOOLÏFORÏ EXTRACTINGÏSEISMICÏBODIESÏANDÏUSEÏTHEMÏ DIRECTLYÏASÏhHARDÏDATAvÏINÏTHEÏMODELINGÏ PROCESSÏ!LSO Ï'AUSSIANÏ2ANDOMÏ&UNCTIONÏ 3IMULATIONÏ'2&3 ÏANDÏ3EQUENTIALÏ 'AUSSIANÏ3IMULATIONÏ3'3 ÏPETROPHYSICALÏ MODELSÏCONSTRAINEDÏTOÏTHEÏPREVIOUSLYÏ GENERATEDÏFACIESÏMODELSÏWILLÏBEÏSHOWNÏ 5SINGÏAUTOMATEDÏPROPERTYÏMODELINGÏ WORKmOWSÏTOÏUPDATEÏMODELSÏINÏAÏSIMPLEÏ ANDÏRAPIDÏWAYÏWILLÏBEÏBRIEmYÏCOVERED

COURSE CONTENT Q

COURSE CONTENT Q

Shared risk and dependencies

Q

-ODELINGÏMULTIÏSEGMENTÏPROSPECTS

Q

6OLUMETRICÏCORRELATIONSÏANDÏMULTIPLEÏ scenarios

Q

Q

Q

AUDIENCE 'EOLOGISTS ÏGEOPHYSICISTS ÏANDÏRESERVOIRÏ ENGINEERSÏFAMILIARÏWITHÏBASICÏPROSPECTÏ ASSESSMENTÏPRINCIPLES

Q

Q

PREREQUISITE None

Q

Q

&UNCTIONALITYÏOFÏ#03 ÏSOFTWAREÏ application )NTEGRATINGÏ#03 ÏSOFTWAREÏWITHÏ 'EO&RAMEÏSOFTWAREÏAPPLICATIONS /RGANIZINGÏINTERNALÏDATAÏINTOÏ COORDINATEÏSYSTEMS 4RANSFORMINGÏ#03 ÏSOFTWAREÏDATAÏ FROMÏONEÏCOORDINATEÏSYSTEMÏTOÏ another Mechanics and internal operation of CONVERGENTÏGRIDDINGÏALGORITHM -ATHEMATICSÏANDÏMECHANICSÏOFÏ INTEGRALÏALGORITHMS Incorporating graphics interchange FORMATÏ')& ÏANDÏTAGGEDÏIMAGEÏlLEÏ FORMATÏ4)&& ÏIMAGES :ONEÏAVERAGESÏANDÏINTERACTIONÏ OFÏ#03 ÏSOFTWAREÏWITHÏ2ES3UMÏ software for properties and thickness calculations

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)NTERACTINGÏ#03 ÏSOFTWAREÏ WITHÏ)%38 Ï$$$ÏSEISMICÏ INTERPRETATIONÏSOFTWARE Ï'EO&RAMEÏ "ASEMAPÏSOFTWAREÏ

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/VERVIEWÏOFÏBASICÏGEOSTATISTICSÏ

Q

#REATINGÏSOFTÏPROBABILITYÏDATAÏ

Q

&ACIESÏMODELINGÏMETHODSÏWITHÏ classical geostatistics

Q

0IXEL BASEDÏANDÏOBJECT BASEDÏFACIESÏ MODELINGÏMETHODSÏ

Q

#ONDITIONINGÏANDÏCOMBININGÏMODELINGÏ METHODSÏ

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.EURALÏ.ETWORKÏ,EARNINGÏ3YSTEMS

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-ULTIPOINTÏSTATISTICSÏTHEORYÏ

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Region properties

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#ONDITIONINGÏANDÏSCALINGÏOFÏ-03Ï MODELSÏ

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#REATINGÏANDÏUSINGÏSEISMICÏGEOBODIESÏ

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-ULTIPOINTÏFACIESÏSIMULATIONÏ

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#ONDITIONEDÏPETROPHYSICALÏMODELINGÏ (optional)

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTS Ï GEOPHYSICISTS ÏPETROLEUMÏENGINEERS Ï RESERVOIRÏENGINEERSÏANDÏTECHNICALÏ PERSONNELÏWITHÏEXPERIENCEÏINÏ0ETRELÏ 0ROPERTYÏMODELING PREREQUISITE 0ETRELÏ&UNDAMENTALSÏANDÏ0ETRELÏ0ROPERTYÏ -ODELINGÏCOURSESÏORÏEQUIVALENTÏ0ETRELÏ EXPERIENCE ÏINÏADDITIONÏTOÏAÏGENERALÏ KNOWLEDGEÏOFÏPETROLEUMÏGEOLOGY

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTS PREREQUISITE &AMILIARITYÏWITHÏ#03 ÏSOFTWAREÏBASICÏ OPERATIONSÏANDÏMENUS

Software




Field trips

Uses simulation

| 63 12/22/13 2:49 AM

GEOLOGY PetroMod Advanced Topics

PetroMod Quantification of Uncertainty Analyses in Petroleum Systems Modeling


Advanced – 1 Day

Advanced – 5 Days

Advanced – 2 Days

Advanced – 5 Days

!TTENDEESÏPERFORMÏQUICKÏANDÏDETAILEDÏ LITHOLOGYÏESTIMATIONSÏWITHÏTHEÏ'EO&RAMEÏ SOFTWAREÏ,ITHOÏ4OOL+ITÏCOLLECTIONÏOFÏ LITHOFACIESÏTOOLSÏANDÏANALYSISÏTECHNIQUESÏ 4HESEÏVARIOUSÏTECHNIQUESÏCANÏBEÏUSEDÏTOÏ GENERATEÏANDÏCLASSIFYÏLITHOFACIES

)NÏTHISÏ DAYÏCOURSE ÏATTENDEESÏWILLÏ CONSTRUCTÏCOMPLEXÏGEOLOGICALÏMODELS Ï CONTROLÏTHEÏPROCESSINGÏOFÏTHEÏMODELS Ï DISCOVERÏAVAILABLEÏOPTIONSÏANDÏTOOLSÏ FORÏPETROLEUMÏMIGRATIONÏMODELING Ï ANDÏINTERPRETÏANDÏANALYZEÏTHEÏRESULTSÏ 4HROUGHÏLECTURESÏANDÏHANDS ONÏEXERCISES Ï ATTENDEESÏALTERNATEÏBETWEENÏ$ Ï$ ÏANDÏ $ÏMODELING ÏWHICHÏENABLESÏUSEÏOFÏALLÏ 0ETRO-ODÏSOFTWAREÏPACKAGES

In this course, attendees are introduced TOÏTHEÏ0ETRO-ODÏRISKÏMANAGEMENTÏSYSTEMÏ MODULEÏ4HEYÏDISCOVERÏBASICÏSTATISTICS Ï UNCERTAINTYÏANALYSISÏINÏMODELÏBUILDING Ï ANDÏMODELÏCALIBRATIONÏ)NÏADDITION Ï ATTENDEESÏUSEÏTHEORYÏANDÏPRACTICALÏ EXERCISESÏTOÏEVALUATEÏTHEÏIMPACTÏOFÏ UNCERTAINTIESÏINÏINPUTÏDATAÏONÏINDIVIDUALÏ MODELSÏANDÏUNDERSTANDÏDEPENDENCIESÏ and correlations between geological PROCESSESÏANDÏMODELÏUNCERTAINTIES

In this course, attendees focus on ADVANCEDÏINTERPRETATIONÏANDÏPROCESSINGÏ CAPABILITIESÏFORÏTHEÏMANAGEMENTÏOFÏ WELLBOREÏIMAGEÏDATA ÏPRESSUREÏDATA Ï core data, and special core data. /NEÏDISCOVERSÏTHEÏPERFORMANCEÏOFÏ INTERPRETATIONÏWORKmOWSÏFORÏANALYSISÏOFÏ THESEÏDATA ÏASÏWELLÏASÏSPECIALIZEDÏTASKSÏ SUCHÏASÏFACIESÏANDÏROCKÏTYPEÏDETECTIONÏ and propagation. In addition, attendees EXPLOREÏTHEÏPOWERÏOFÏTHEÏMULTIWELLÏANDÏ MULTIUSERÏASPECTSÏ9OUÏGAINÏAÏFOUNDATIONÏ FORÏADVANCEDÏPROCESSINGÏANDÏANALYSISÏ WITHINÏTHEÏ4ECHLOGÏPLATFORMÏSUITE


COURSE CONTENT Q

!PPLYÏDETERMINISTICÏMETHODSÏUSINGÏ MULTIWELL ÏMULTICURVEÏ'EO&RAMEÏ ,ITHO1UICK,OOKÏANALYSISÏSOFTWARE

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%STIMATEÏMISSINGÏLOGÏCURVESÏUSINGÏ neural network techniques

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#REATEÏMULTIWELLÏFACIESÏLOGSÏUSINGÏ ANYÏLOGÏDATAÏASÏINPUT

Q Q

!PPLYÏCUTOFFSÏONÏMULTIPLEÏCURVES !RTIlCIALÏNEURALÏNETWORKSÏSUPERVISEDÏ ANDÏUNSUPERVISEDÏNEURALÏNETWORK ÏFORÏ generating facies logs

Q

-ULTIDIMENSIONALÏHISTOGRAMS

Q

#LUSTERINGÏMETHODS

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTS

4HISÏCOURSEÏISÏAIMEDÏATÏADVANCEDÏUSERSÏ PRACTICALÏEXPERIENCEÏHASÏSHOWNÏTHATÏTHEÏ TOPICSÏANDÏWORKmOWSÏOFÏINTERESTÏVARYÏ WIDELYÏBETWEENÏPARTICIPANTSÏ4HEÏTOPICSÏ LISTEDÏCOMPRISEÏAÏhSTANDARDvÏAGENDAÏ7EÏ AREÏABLEÏTOÏCUSTOMIZEÏEACHÏCLASSÏDELIVERYÏ FORÏINDIVIDUALÏCOMPANIESÏORÏGROUPSÏOFÏ USERSÏANDÏMODIFYÏTHEÏAGENDAÏTOÏSUITÏLOCALÏ ORÏSPECIlCÏNEEDS

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.AVIGATEÏTHEÏ0ETRO2ISKÏMODULEÏUSERÏ interface

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)MPORTÏANDÏEDITÏINPUTÏUNCERTAINTIESÏ

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0ERFORMÏSTATISTICSÏRUNSÏANDÏEVALUATEÏ output results

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0OPULATEÏTHEÏMODELÏWITHÏRISKÏPOINTSÏ for which output results are stored

Q

COURSE CONTENT Q

7ORKÏWITHÏCOREÏDATAÏ LOADING Ï shifting, correcting for stress, and CLAYÏCLOSUREÏ

Q

#ARRYÏOUTÏAÏRISKÏDATAÏANALYSISÏUSINGÏ $ Ï$ ÏANDÏ$Ï6IEWERÏ

7ORKÏWITHÏCOREÏDATAÏ UPSCALING Ï ROCKÏTYPING ÏANDÏSPECIALÏCOREÏANALYSISÏ WITHÏCAPILLARYÏPRESSUREÏDATAÏ

Q

Q

#ALIBRATEÏYOURÏMODELÏTOÏlTÏMEASUREDÏ VALUESÏ

5SEÏSATURATION HEIGHTÏMODELSÏINÏCOREÏ ANDÏLOGÏDOMAINSÏ

Q

7ORKÏWITHÏPRESSUREÏDATAÏ

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$EVELOPÏWORKmOWSÏFORÏRISKINGÏANDÏ CALIBRATINGÏYOURÏMODEL

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-ANAGEÏANDÏRESOLVEÏCONTACTSÏACROSSÏ MULTIPLEÏINITIATIONÏREGIONSÏ

AUDIENCE

Q

'EOLOGISTS ÏGEOPHYSICISTS ÏANDÏ GEOCHEMISTSÏWITHÏEXPERIENCEÏWORKINGÏINÏ 0ETRO-ODÏSOFTWARE

7ORKÏWITHÏIMAGEÏDATA PROCESSING Ï MANIPULATING ÏDISPLAYING ÏANDÏPICKINGÏ ANDÏCLASSIFYINGÏDIPSÏ

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,EARNÏTHIN BEDÏANALYSISÏTECHNIQUESÏ

AUDIENCE

PREREQUISITE

Q

'EOLOGISTS ÏGEOPHYSICISTS ÏANDÏ GEOCHEMISTSÏWORKINGÏINÏ0ETRO-ODÏ SOFTWAREÏ4HISÏCOURSEÏISÏFORÏADVANCEDÏ users.

)NTRODUCTIONÏTOÏ0ETRO-ODÏCOURSE ÏANDÏ EXPERIENCEÏUSINGÏ0ETRO-ODÏPLATFORMÏ software.

0ERFORMÏMULTIPLE COMPONENTÏ INVERSION

COURSE CONTENT Q

#ONSTRUCTÏPETROLEUMÏSYSTEMSÏMODELS

Q

$ÏSALTÏMODELING

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-ODELÏPETROLEUMÏMIGRATION

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)NTRODUCEÏNEWÏ0ETRO-ODÏSOFTWAREÏ SIMULATORÏFEATURES

PREREQUISITE 'EO&RAMEÏ&UNDAMENTALSÏCOURSE

COURSE CONTENT

Q

Biodegradation

Q

Biogenic gas

Q

Shale gas

Q

'EOMECHANICS

PREREQUISITE )NTRODUCTIONÏTOÏ0ETRO-ODÏCOURSEÏANDÏ EXPERIENCEÏUSINGÏ0ETRO-ODÏSOFTWARE

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏLOGÏ ANALYSTSÏANDÏPETROPHYSICISTS ÏGEOLOGISTS Ï PETROLEUMÏENGINEERS ÏMANAGERS ÏANDÏ technical personnel with Techlog PLATFORMÏEXPERIENCE PREREQUISITE 4ECHLOGÏ&UNDAMENTALSÏCOURSE



12/22/13 2:49 AM

GEOLOGY Techlog Borehole Image Interpretation



Advanced – 3 Days

Advanced – 5 Days

Advanced – 5 Days

)NÏTHISÏCOURSE ÏATTENDEESÏLEARNÏADVANCEDÏ interpretation and processing capabilities FORÏTHEÏMANAGEMENTÏOFÏWELLBOREÏ IMAGEÏDATAÏANDÏTHEÏPERFORMANCEÏOFÏ INTERPRETATIONÏWORKmOWSÏFORÏDATAÏ ANALYSISÏ4HEÏATTENDEESÏWILLÏGAINÏAÏFULLÏ RANGEÏOFÏSKILLSÏTOÏMANIPULATE ÏPROCESS Ï ANDÏUSEÏALLÏTYPESÏOFÏBOREHOLEÏIMAGEÏDATAÏ WITHINÏTHEÏ4ECHLOGÏPLATFORMÏSUITE

)NÏTHISÏCOURSE ÏATTENDEESÏLEARNÏADVANCEDÏ interpretation and processing capabilities WITHÏAÏFOCUSÏONÏTHEÏMANAGEMENTÏOFÏ WELLBOREÏIMAGEÏDATAÏANDÏTHEÏPERFORMANCEÏ OFÏINTERPRETATIONÏWORKmOWSÏFORÏANALYSISÏ of these data. Topics include facies TYPINGÏUSINGÏNEURALÏNETWORKÏMETHODS Ï MULTIWELLÏPLOTTING ÏCROSSÏSECTIONÏBUILDING Ï ANDÏMAPPINGÏINÏTHEÏ4ECHLOGÏPLATFORMÏ APPLICATIONÏ,EARNÏTOÏUSEÏ4ECHLOGÏPLATFORMÏ GEOLOGICÏTOOLSÏTOÏACHIEVEÏEFlCIENTÏDATAÏ integration.

!TTENDEESÏWILLÏEXPLOREÏTHEÏUSEÏOFÏ THEÏ4ECHLOGÏPLATFORMÏBASEÏMODULESÏ 4ECHPLOT Ï4ECHDATA Ï1UANTI ÏANDÏ1UANTI MINÏ)NÏTHISÏCLASS ÏATTENDEESÏWILLÏACQUIREÏ AÏSOLIDÏFOUNDATIONÏINÏTHEÏDATAÏMODELÏ WITHINÏTHEÏ4ECHLOGÏPLATFORMÏAPPLICATIONÏ and the foundation utilities for loading, UNLOADING ÏMANIPULATING ÏANDÏDISPLAYINGÏ DATAÏINÏTHEÏSYSTEM ÏINCLUDINGÏCOREÏANDÏ IMAGESÏ$ETERMINISTICÏCALCULATIONSÏANDÏ the principles behind the application WORKmOWÏINTERFACEÏFORÏSINGLE ÏANDÏ MULTIWELLÏUSEÏAREÏCOVEREDÏINÏTHISÏCOURSE Ï INÏADDITIONÏTOÏSTUDYINGÏMULTIPLEÏLOGÏ ANDÏCOMPONENTÏINVERSIONÏTECHNIQUES Ï THIN BEDÏANALYSIS ÏANDÏINTEGRATIONÏOFÏ DIFFERENTÏTYPESÏOFÏDATAÏTOÏENHANCEÏTHEÏ interpretation process. Attendees will ALSOÏLEARNÏHOWÏTOÏPERFORMÏDAY TO DAYÏ TASKSÏWITHINÏTHEÏ4ECHLOGÏPLATFORMÏSUITEÏ ANDÏLEARNÏADVANCEDÏTECHNIQUESÏFORÏ IMPROVINGÏTHEÏANALYSISÏRESULTS

COURSE CONTENT Q

Q Q

,OAD ÏPROCESS ÏANDÏMANIPULATEÏIMAGEÏ data and core photos 0ICKÏDIPSÏANDÏFACIES Interpret dips and facies

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ ANDÏPETROPHYSICISTSÏINVOLVEDÏINÏWELLBOREÏ IMAGEÏDATAÏPROCESSINGÏANDÏINTERPRETATIONÏ WHOÏHAVEÏPRIORÏEXPERIENCEÏUSINGÏ4ECHLOGÏ PLATFORMÏSOFTWARE PREREQUISITE 4ECHLOGÏ&UNDAMENTALSÏCOURSE

COURSE CONTENT Q


Q


Q


Q

Q


COURSE CONTENT Q


Q

$ATAÏMANAGEMENTÏANDÏ1#

Q


Q


Q

7ORKmOWSÏFORÏDETERMINISTICÏ EVALUATIONÏUSINGÏ1UANTIÏMODULES

Q


Q

4HIN BEDÏANALYSISÏTECHNIQUES

Q

-ULTIPLE COMPONENTÏINVERSION

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏLOGÏANALYSTSÏ ANDÏPETROPHYSICISTSÏWITHÏLIMITEDÏORÏ NOÏEXPERIENCEÏUSINGÏ4ECHLOGÏPLATFORMÏ software. PREREQUISITE 4ECHLOGÏ&UNDAMENTALSÏCOURSE

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ WITHÏPRIORÏEXPERIENCEÏUSINGÏ4ECHLOGÏ PLATFORMÏSOFTWARE PREREQUISITE 4ECHLOGÏ&UNDAMENTALSÏCOURSE

Software




Field trips

Uses simulation

| 65 12/22/13 2:49 AM

GEOPHYSICS COMPETENCY LEVEL

Geophysical Acquisition and Processing

Structural and Stratigraphic Interpretation

Quantitative Seismic Interpretation

ADVANCED Carbonate Seismic Reservoir Analysis

SKILL Deepwater Seismic Interpretation

Seismic Petrophysics and Rock Properties

Practical Depth Conversion and Depth Imaging for the Interpreters

Rock Physics and Statistical Rock Physics for Seismic Reservoir Characterization and Quantitative Interpretation

Seismic Interpretation Mapping with Petrel

Seismic Attribute and Image Interpretation

Practical AVO and Seismic Inversion with Petrel

Practical Seismic Interpretation with Petrel

Seismic Structural Interpretation

Borehole Seismic Acquisition Processing and Operations

Practical Seismic Attributes with Petrel

FOUNDATION Seismic Processing for Interpreters and Others

Seismic Stratigraphy

AVO and Seismic Inversion

Seismic Acquisition and Processing

Nonseismic Geophysical Methods

Seismic Interpretation Fundamentals

Borehole Seismic Technology

AWARENESS Introduction to Geophysics



12/22/13 2:49 AM

GEOPHYSICS

Petrel

Techlog

ADVANCED GeoFrame Synthetics


SOFTWARE

GeoFrame

COMPETENCY LEVEL

GeoFrame GeoViz Advanced Seismic Interpretation and Visualization Techniques

SKILL GeoFrame IESX Gathers Seismic Workflow

Petrel Prestack Seismic Interpretation

GeoFrame GeoViz Seismic Interpretation and Visualization Techniques Fundamentals

Petrel Seismic Well Tie

GeoFrame InDepth Conversion Software


GeoFrame GIS

Petrel Geophysics: Seismic Interpretation Workflow Tools Petrel Petroleum System-Based Play-to-Prospect Exploration: Using Petrel Exploration Geology Software for Integrated Evaluation of Petroleum Systems, Plays and Prospects Petrel Velocity Modeling

GeoFrame Charisma Seismic Interpretation

FOUNDATION

Petrel Geophysics Seismic Visualization and Interpretation

GeoFrame Seismic Attribute ToolKit Workflow

GeoFrame IESX Seismic Interpretation




Software




Field trips

Uses simulation

| 67 12/22/13 2:49 AM

GEOPHYSICS Introduction to Geophysics

Borehole Seismic Technology

Nonseismic Geophysical Methods

Seismic Interpretation Fundamentals





This course introduces attendees to THEÏFUNDAMENTALSÏANDÏPRINCIPLESÏOFÏ VALUE ADDEDÏGEOPHYSICALÏANDÏSEISMICÏ APPLICATIONSÏINÏEXPLORATION ÏlELDÏ APPRAISAL ÏANDÏRESERVOIRÏMANAGEMENTÏ The attendees will gain a practical UNDERSTANDINGÏOFÏSEISMICÏACQUISITION Ï PROCESSING ÏIMAGING ÏINTERPRETATION ÏANDÏ EXTRACTIONÏOFÏGEOLOGICÏANDÏPETROPHYSICALÏ INFORMATION ÏINÏADDITIONÏTOÏLEARNINGÏTHEÏ practical issues and pitfalls that affect THEÏUSEÏOFÏSEISMICÏDATAÏINÏ%0ÏWORKmOWSÏ THROUGHÏDATAÏEXAMPLES ÏEXERCISES ÏANDÏ WORKSHOPSÏ%XAMPLESÏDEMONSTRATEÏ THEÏPRACTICALÏASPECTSÏOFÏSEISMICÏ INTERPRETATIONÏINVOLVINGÏSEISMICÏSTRUCTURALÏ MAPPING ÏSTRATIGRAPHICÏANALYSIS ÏANDÏ AMPLITUDEÏMETHODS

!NÏINTRODUCTIONÏTOÏTHEÏTHEORYÏANDÏ FUNDAMENTALSÏOFÏBOREHOLEÏSEISMICÏ "(3 ÏCOURSEÏATTENDEESÏWILLÏLEARNÏTHEÏ principles of acquisition and processing, and the applications of BHS data. $ISCUSSIONSÏINCLUDEÏTHEÏLATESTÏADVANCESÏ in technologies and practices for the acquisition, processing, and use of BHS data.

.ONSEISMICÏDATAÏCANÏENHANCEÏANDÏEXPANDÏ SEISMICÏINTERPRETATIONÏ4HISÏCOURSEÏ INTRODUCESÏATTENDEESÏTOÏTHEÏNONSEISMICÏ TOOLSÏTHATÏINDICATEÏHYDROCARBONSÏ ANDÏEXPLAINSÏTHEIRÏINTEGRATIONÏINTOÏ EXISTINGÏRESERVOIRÏCHARACTERIZATIONÏ4HEÏ ATTENDEESÏWILLÏLEARNÏWHICHÏNONSEISMICÏ data to acquire, and when, for the best AUGMENTATIONÏOFÏSEISMICÏDATAÏ(ANDS ONÏ EXERCISESÏANDÏEXPLORINGÏRECENTÏCASEÏ STUDIESÏHIGHLIGHTÏTHEÏUSEÏOFÏNONSEISMICÏ DATAÏTOÏRElNEÏTHEÏUNDERSTANDINGÏOFÏ SUBSURFACEÏDISCOVERIES

4HISÏCOURSEÏPROVIDESÏTHEÏNECESSARYÏ FOUNDATIONÏINÏPRINCIPLESÏANDÏWORKmOWSÏ FORÏSEISMICÏINTERPRETATION ÏWHICHÏISÏAÏ CRITICALÏSTEPÏINÏEVALUATINGÏTHEÏSUBSURFACEÏ 3EISMICÏINTERPRETATIONÏCONVERTSÏTHEÏLARGEÏ INVESTMENTSÏINÏSEISMICÏDATAÏACQUISITIONÏ ANDÏPROCESSINGÏINTOÏTANGIBLEÏVALUESÏIE Ï AÏPLAUSIBLEÏGEOLOGICALÏSUBSURFACEÏMODELÏ THATÏCANÏBEÏUSEDÏFORÏMAKINGÏIMPORTANTÏ %0ÏDECISIONSÏWITHÏMAJORÏINVESTMENTÏ RESULTSÏ4HUS ÏSEISMICÏINTERPRETATIONÏPLAYSÏ AÏPIVOTALÏROLEÏINÏTHEÏ%0ÏWORKmOWÏANDÏ REQUIRESÏDEDICATEDÏSKILLSÏDEVELOPMENT

COURSE CONTENT

COURSE CONTENT

COURSE CONTENT Q

'EOPHYSICALÏPRINCIPLESÏ

Q

Sources and tools

Q

Q

630

Q

!NISOTROPYÏANDÏAMPLITUDEÏVERSUSÏ offset

COURSE CONTENT Q Q Q

Q

Q

Q

Q

Q

Checkshot, sonic calibration, and well tie

2OLEÏOFÏGEOPHYSICSÏINÏ%0

Q

630ÏIMAGING

.ONSEISMICÏGEOPHYSICALÏTECHNIQUES

Q

2ESERVOIR ÏPRODUCTION ÏANDÏDRILLINGÏ applications

7AVEÏPROPAGATION ÏREmECTIONÏ principles, and resolution 3IGNALÏANALYSIS ÏGEOMETRY ÏANDÏ positioning !CQUISITIONÏIMPLEMENTATION Ï operations, and processing principles 3EISMICÏINTERPRETATION ÏPROCESSINGÏ PRINCIPLES ÏANDÏWORKmOWS 0RESTACKÏANALYSISÏANDÏSIGNALÏ CORRECTIONS ÏVELOCITYÏANALYSIS ÏSTATICÏ CORRECTIONS ÏANDÏMIGRATIONÏANDÏ IMAGING )NVERSIONÏANDÏATTRIBUTESÏANDÏ AMPLITUDEÏVERSUSÏOFFSETÏ!6/

Q

-ULTICOMPONENTÏ# ÏTIME LAPSEÏ $ ÏANDÏBOREHOLDÏSEISMICÏDATA

Q

2OLEÏOFÏGEOPHYSICSÏINÏINTEGRATEDÏ RESERVOIRÏSTUDIES

AUDIENCE !NYÏ%0ÏPROFESSIONALÏWANTINGÏTOÏBETTERÏ understand the principles OFÏGEOPHYSICS

AUDIENCE 'EOLOGISTS ÏRESERVOIRÏENGINEERS ÏANDÏ GEOPHYSICISTSÏWHOÏWANTÏAÏBETTERÏ UNDERSTANDINGÏOFÏBOREHOLEÏSEISMICÏDATAÏ FORÏRESERVOIRÏANALYSIS

Q

&UNDAMENTALSÏOFÏGRAVITYÏANDÏ MAGNETICÏMETHODS

Q

3EISMICÏINTERPRETATIONÏPRINCIPLESÏANDÏ WORKmOWSÏ

Q

-AGNETICSÏANDÏMAGNETICSÏRESOLUTION

Q

Q

&UNDAMENTALSÏOFÏELECTRICALÏANDÏ ELECTROMAGNETICÏ%- ÏMETHODS

0LANÏANDÏEXECUTEÏANÏINTERPRETATIONÏ PROJECTÏ

Q

!VOIDÏTHEÏMOSTÏCOMMONÏPITFALLSÏ

Q

3HALLOWÏWATER ÏVOLCANICÏSILLS ÏANDÏ HYDRATES

Q

)NTERPRETATIONÏ1!1#Ï

Q

0ROVIDEÏTHEÏNECESSARYÏFOUNDATIONÏ required for subsequent use of interpretation tools

Q

#ONTROLLED SOURCEÏELECTROMAGNETICÏ #3%- ÏSCREENINGÏCRITERIA

Q

)NTEGRATEDÏINTERPRETATIONÏOFÏSEISMICÏ ANDÏNONSEISMICÏDATA

Q

-IXTUREÏOFÏLECTURES ÏPRACTICALÏ EXERCISES ÏANDÏCASEÏHISTORIES

Q

3EQUENTIALÏANDÏJOINTÏINVERSIONSÏANDÏ INVERSIONÏWITHÏGRADIENTÏCONSTRAINTS

Q

0ROVIDEÏWORKSTATION BASEDÏVERSIONÏOFÏ this course on request

Q

-AGNETOTELLURICÏFEASIBILITYÏSTUDYÏ INÏ'ULFÏOFÏ-EXICOÏANDÏGLOBALÏCASEÏ studies

PREREQUISITE "ASICÏKNOWLEDGEÏOFÏGEOLOGYÏANDÏ GEOPHYSICS

Q

#ASEÏSTUDIESÏ'IRASOL Ï4ROLL Ï"ORNEO Ï "RAZIL Ï%GYPT Ï.IGERIA ÏANDÏ'ULFÏOFÏ -EXICO

AUDIENCE 'EOSCIENTISTSÏINVOLVEDÏINÏPLANNINGÏ ACQUISITIONÏOFÏMULTIPLEÏGEOPHYSICALÏDATAÏ TYPESÏANDÏINTERPRETERSÏRESPONSIBLEÏFORÏ COMBININGÏNONSEISMICÏANDÏSEISMICÏDATA

AUDIENCE 'EOLOGISTS ÏGEOPHYSICISTSÏANDÏPETROLEUMÏ ENGINEERSÏINVOLVEDÏINÏEVALUATINGÏ$ÏANDÏ $ÏSEISMICÏDATA PREREQUISITE "ASICÏGEOPHYSICALÏKNOWLEDGEÏANDÏ UNDERSTANDINGÏOFÏEXPLORATIONÏANDÏ RESERVOIRÏGEOLOGY

PREREQUISITE !WARENESSÏOFÏEXPLORATIONÏANDÏAPPRAISALÏ PHASESÏKNOWLEDGEÏOFÏSEISMICÏACQUISITION Ï processing, and interpretation.

PREREQUISITE None



12/22/13 2:49 AM

GEOPHYSICS Seismic Acquisition and Processing

Seismic Stratigraphy

Seismic Processing for Interpreters and Others




In this course, attendees gain a practical UNDERSTANDINGÏOFÏSEISMICÏDATAÏACQUISITIONÏ ANDÏPROCESSINGÏ#OURSEÏMATERIALÏ ENCOMPASSESÏACQUISITION ÏPROCESSING Ï IMAGING ÏANDÏEXTRACTIONÏOFÏGEOLOGICÏ ANDÏPETROPHYSICALÏINFORMATIONÏ$ATAÏ EXAMPLES ÏEXERCISES ÏANDÏWORKSHOPSÏ ILLUSTRATEÏTHEÏFUNDAMENTALS ÏPRACTICALÏ ISSUES ÏANDÏPITFALLSÏASÏTHEYÏAFFECTÏTHEÏ INTERPRETATIONÏANDÏINTEGRATIONÏOFÏSEISMICÏ DATAÏANDÏINFORMATIONÏINTOÏ%0ÏWORKmOWSÏ The attendees will learn the principles INVOLVEDÏINÏIMAGINGÏGEOLOGICÏSTRUCTURESÏ ANDÏPROPERTIESÏWITHÏSEISMICÏDATA ÏANDÏ THEÏPARAMETERSÏTHATÏCANÏSERIOUSLYÏ AFFECTÏSEISMICÏDATAÏQUALITY ÏCOSTS ÏANDÏ INTERPRETATIONÏACCURACYÏ)NÏADDITION Ï ATTENDEESÏWILLÏLEARNÏTOÏDETERMINEÏ WHETHERÏSEISMICÏDATAÏHAVEÏBEENÏ RECORDEDÏANDÏPROCESSEDÏCORRECTLYÏFORÏ YOURÏINTERPRETATIONÏOBJECTIVESÏANDÏHOWÏTOÏ APPLYÏQUALITYÏASSURANCEÏSTEPS

This course teaches attendees practical SEISMICÏSTRATIGRAPHICÏINTERPRETATIONÏSKILLSÏ 7ITHÏANÏEMPHASISÏONÏINTERPRETATIONÏ PRINCIPLESÏATÏBASINÏANDÏlELDÏSCALES Ï EXERCISESÏAREÏBASEDÏONÏACTUALÏDATAÏFROMÏ MANYÏDIFFERENTÏAREASÏOFÏTHEÏWORLDÏ4HEÏ ATTENDEESÏWILLÏLEARNÏTOÏLINKÏTHEÏSEISMICÏ EXPRESSIONÏOFÏSTRATIGRAPHYÏWITHÏBASINÏ TYPEÏANDÏEVOLUTIONÏANDÏDEMONSTRATEÏITSÏ APPLICATIONÏTOÏPROSPECTIVEÏEVALUATIONÏ OFÏSEDIMENTARYÏBASINS ÏINÏADDITIONÏTOÏ understanding of how and when to APPLYÏSEISMICÏSTRATIGRAPHYÏTOÏlELD ÏANDÏ BASIN SCALEÏRESERVOIRÏANALYSIS

Designed for attendees who work WITHÏSEISMICÏDATA ÏTHISÏINTRODUCTORYÏ COURSEÏILLUSTRATESÏTHEÏRAMIlCATIONSÏ PROCESSINGÏDECISIONSÏHAVEÏONÏSUBSEQUENTÏ INTERPRETATIONS ÏDEMONSTRATESÏDATAÏ potential, and warns of the possible PITFALLSÏFORÏTHEÏUNWARYÏINTERPRETER

COURSE CONTENT Q

Q

Introduction to acquisition and processing 3EISMICÏWAVEÏPROPAGATION ÏREmECTIONÏ and acquisition principles, and MIGRATION

Q

3URVEYÏDESIGN

Q

!CQUISITIONÏGEOMETRY Ï$ÏBIN ÏANDÏ IMPLEMENTATION

Q Q

Q Q

Q

Data processing factors 0RESTACKÏANDÏVELOCITYÏANALYSISÏANDÏ signal corrections Statics

COURSE CONTENT Q Q

Q

3PECIALIZEDÏTECHNOLOGIESÏANDÏTHEIRÏ issues

3TRATIGRAPHICÏSEQUENCEÏFUNDAMENTALSÏ and applications Recognition of stratigraphic SEQUENCESÏONÏSEISMICÏDATA

Q

'EOMETRYÏOFÏSEDIMENTARYÏBODIES

Q

3EISMICÏPROCESSINGÏEFFECTSÏONÏ SEISMICÏFACIESÏEXPRESSIONÏANDÏ IMPORTANCEÏOFÏDISPLAYÏPARAMETERS

COURSE CONTENT Q

3IMPLEÏIMAGINGÏUSINGÏZERO OFFSETÏ DATA ÏNORMALÏMOVEOUTÏ.-/ Ï EQUATION ÏANDÏ$IXÏINTERVALÏVELOCITIES

Q

:ERO OFFSETÏMIGRATION

Q

!RTIFACTSÏINTRODUCEDÏBYÏMIGRATINGÏ INCOMPLETEÏDATA ÏINCLUDINGÏ$ÏDATA

Q

,ITHOLOGY ÏVELOCITY ÏANDÏSEISMICÏFACIESÏ

Q

Q

%USTACYÏANDÏRELATIVEÏSEA LEVELÏ CHANGESÏTHROUGHÏTIME

2OLEÏOFÏVELOCITYÏINÏMIGRATION

Q

3EA LEVELÏANDÏSEDIMENTATIONÏPATTERNSÏ and the chronostratigraphic chart

+IRCHHOFFÏANDÏREVERSE TIME ÏZERO OFFSETÏMIGRATIONÏALGORITHMS

Q

&OURIERÏTRANSFORMÏAMPLITUDEÏANDÏ PHASE ÏCONVOLUTION ÏANDÏCORRELATION

Q

Q

Q Q

Migration and processing strategies and pitfalls

)NTRODUCTIONÏTOÏSEISMICÏSTRATIGRAPHY

Material is presented in a sequence that ISÏTHEÏREVERSEÏOFÏTHATÏFORÏPROCESSINGÏ Because each processing step has ITSÏOWNÏINPUTÏREQUIREMENTS ÏANÏ UNDERSTANDINGÏOFÏTHOSEÏREQUIREMENTSÏ FACILITATESÏTHEÏUSERSÏUNDERSTANDINGÏ OFÏEACHÏPRECEDINGÏSTEPÏ4HISÏREVERSEÏ ORDER ÏWHICHÏPUTSÏINTERPRETATION HEAVYÏ MIGRATIONÏPRESENTATIONSÏATÏTHEÏSTART Ï MOTIVATESÏTHEÏUSERÏTOÏTHINKÏINÏAÏNEWÏ fashion.

Q

2EVIEWÏOFÏBASINÏFORMATIONÏPROCESSESÏ ANDÏTHEIRÏIMPACTSÏONÏSEDIMENTATIONÏ patterns

Q

.-/ÏCORRECTIONÏANDÏSTACKÏTOÏCONVERTÏ DATAÏTOÏZEROÏOFFSET

4URBIDITEÏSEDIMENTATIONÏPATTERNSÏ

Q

%STIMATIONÏOFÏSTACKINGÏVELOCITIES

-APPINGÏOFÏSEISMICÏFACIESÏANDÏ PROSPECTIVEÏASSESSMENT

Q

NMO and stack failures

Q

+IRCHHOFFÏBEFORE STACKÏMIGRATION

#ARBONATEÏDEPOSITIONALÏENVIRONMENTS

Q

)MAGINGÏCONDITIONSÏANDÏBEFORE STACK Ï WAVE EQUATIONÏMIGRATIONÏALGORITHMS

AUDIENCE

Q

Q

6ELOCITYÏANALYSISÏFORÏDEPTHÏMIGRATION Ï INCLUDINGÏTOMOGRAPHYÏWITHÏSALT RELATEDÏVELOCITYÏANALYSIS Multiple attenuation and role of WIDE AZIMUTHÏACQUISITIONÏGEOMETRYÏINÏ MULTIPLEÏATTENUATION

Q

3TATICSÏ,ANDÏANDÏMARINE

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!MPLITUDEÏCORRECTIONS Ï$ÏANDÏ$Ï lLTERING ÏINCLUDINGÏF KÏlLTERINGÏ

Q

7AVELETSÏANDÏDECONVOLUTION

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630ÏASÏAÏPHASEÏTOOL

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&RESNELÏZONE

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)MPROVINGÏSPATIALÏRESOLUTION

Q

Noise

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$IP MOVEOUTÏCORRECTION ÏOFFSETÏ CONTINUATIONÏANDÏ-/6%3

Q

3URFACE RELATEDÏMULTIPLEÏELIMINATIONÏ

Q

Statics solutions

Q

&8ÏDECONVOLUTION

Q

:ERO OFFSETÏREmECTIONÏCOEFlCIENTSÏ ANDÏREmECTIONÏCOEFlCIENTSÏAMPLITUDEÏ dependence with offset

AUDIENCE 0ROCESSINGÏGEOPHYSICISTS ÏSEISMICÏ data interpreters, and data acquisition specialists. PREREQUISITE +NOWLEDGEÏOFÏGEOPHYSICALÏPRINCIPLES

'EOLOGISTSÏANDÏGEOPHYSICISTSÏINVOLVEDÏINÏ SEISMICÏDATAÏINTERPRETATION

AUDIENCE %NTRY ÏORÏJUNIOR LEVELÏGEOPHYSICISTSÏORÏ EXPERIENCEDÏSEISMICÏDATAÏINTERPRETERSÏ WHOÏWANTÏEXPOSUREÏTOÏBASICÏACQUISITIONÏ and processing techniques. PREREQUISITE

PREREQUISITE "ASICÏKNOWLEDGEÏOFÏGEOPHYSICSÏANDÏ GEOLOGY ÏANDÏANÏAWARENESSÏOFÏSEISMICÏ interpretation.

5NDERSTANDINGÏOFÏBASICÏRESERVOIRÏGEOLOGY

Software




Field trips

Uses simulation

| 69 12/22/13 2:49 AM

GEOPHYSICS AVO and Seismic Inversion

Borehole Seismic Acquisition, Processing, and Operations

Deepwater Seismic Interpretation


Skill – 5 Days

Skill – 5 Days

4HISÏCOURSEÏPRESENTSÏANÏOVERVIEWÏOFÏALLÏ ASPECTSÏOFÏBOREHOLEÏSEISMICÏACQUISITION Ï operations, and processing techniques. 0RACTICALÏEXERCISESÏAREÏCONDUCTEDÏUSINGÏ AÏTESTÏWELLÏATÏTHEÏ3CHLUMBERGERÏ4RAININGÏ #ENTREÏINÏ!BERDEENÏUSINGÏ3CHLUMBERGERÏ WIRELINEÏBOREHOLEÏSEISMICÏEQUIPMENTÏ 4HEÏPRACTICALÏEXERCISESÏWILLÏCONSISTÏOFÏ RUNNINGÏTHEÏ63) ÏVERSATILEÏSEISMICÏIMAGERÏ WITHÏUPÏTOÏÏXÏÏCOMPONENTÏRECEIVERSÏINÏ AÏ FTÏDEEPÏWELLÏANDÏACQUIREÏ630ÏDATAÏ USINGÏANÏAIRGUNÏSOURCEÏ2UNÏ ÏWHICHÏ WILLÏBEÏAÏÏXÏ CUÏINÏ' 'UNÏCLUSTERÏAÏ TYPICALÏOFFSHOREÏSOURCE ÏDEPLOYEDÏINÏAÏ MÏ DIAMETER Ï MÏDEEPÏPURPOSE BUILTÏGUNÏ pit and operated with the TRISOR Insea SOURCEÏCONTROLLERÏ&ORÏ2UNÏÏTHEÏ630ÏWILLÏ BEÏACQUIREDÏUSINGÏAÏVIBRATORÏASÏTHEÏENERGYÏ SOURCEÏ4HEÏ6IBRATORÏISÏAÏ-ERTZÏ- ($Ï 6IBRATORÏBUGGYÏOPERATEDÏWITHÏTHEÏ0ELTONÏ 6IB0ROÏCONTROLLERSÏ3CHLUMBERGERSÏ63)Ï IMAGERÏACQUISITIONÏSOFTWAREÏWORKBENCH Ï WILLÏBEÏUSEDÏFORÏ2UNSÏÏANDÏ ÏANDÏALLÏ 1#ÏFEATURESÏOFÏTHEÏSOFTWAREÏWILLÏBEÏ USEDÏANDÏSHOWNÏTOÏENSUREÏDATAÏQUALITYÏ OPTIMIZATIONÏ4HEÏPARTICIPANTSÏAREÏ encouraged to assist with the rigging up/ DOWNÏOFÏALLÏEQUIPMENT ÏWIRELINEÏWINCHÏ DRIVING ÏANDÏDATAÏACQUISITION

This course focuses on the interpretation of SEISMICÏDATAÏANDÏTHEÏDELICATEÏCONSTRUCTIONÏ OFÏSEISMICÏMAPSÏINÏTHEÏDEEPWATERÏREALM Ï WITHÏEMPHASISÏONÏPROXIMAL ÏINTERMEDIATE Ï ANDÏDISTALÏMARINEÏRESERVOIRSÏ4HEÏATTENDEESÏ will learn how acquisition and processing of $ÏANDÏ$ÏDATAÏRELATEÏTOÏTHEÏPRACTICALÏUSEÏ OFÏTHEÏEXTENSIVEÏANDÏGROWINGÏDEEPWATERÏ DATABASESÏINÏADDITIONÏTOÏSTUDYINGÏSEISMICÏ VELOCITIES ÏDEPTHÏCONVERSION ÏCOMPARISONSÏ OFÏ$ÏANDÏ$ÏDATA ÏANDÏTHEÏPRINCIPLESÏOFÏ $ÏANDÏ#ÏSEISMOLOGYÏ4HISÏKNOWLEDGEÏ WILLÏIMPROVEÏTHEIRÏUNDERSTANDINGÏOFÏHOWÏ $ÏDATASETÏTIMEÏSLICESÏANDÏAMPLITUDEÏANDÏ phase attributes can be applied for better RESERVOIRÏCHARACTERIZATIONSÏ#OMPLETEÏ HANDS ONÏMAPPINGÏPROBLEMSÏANDÏEXERCISESÏ AREÏINCLUDEDÏTHATÏEXPLOREÏGEOPHYSICALÏ EXPLORATIONÏANDÏDEVELOPMENTÏMAPPINGÏINÏ deepwater areas.

4HISÏCOURSE ÏWHICHÏCOVERSÏTHEÏUSEÏOFÏ !6/ÏANDÏINVERSIONÏTECHNIQUES ÏHELPSÏTOÏ CREATEÏTHEÏBESTÏPOSSIBLEÏPETROPHYSICSÏ SUBSURFACEÏMODELÏAVAILABLEÏ!ÏPROlTABLEÏ DEVELOPMENTÏOFÏANÏOILÏORÏGASÏlELDÏBEGINSÏ with a good understanding of the SUBSURFACEÏASÏAÏBASISÏFORÏEFlCIENTÏANDÏ SUCCESSFULÏlELDÏMANAGEMENTÏ)MPROVEDÏ DISCRIMINATIONÏOFÏRESERVOIRÏUNITSÏISÏMADEÏ ANDÏMODELSÏAREÏGENERATEDÏUSINGÏLOGSÏANDÏ SEISMICÏDATA ÏLEADINGÏTOÏHIGHLYÏACCURATEÏ ORÏHIGHLYÏPROBABLEÏSTATIC ÏSUBSURFACEÏ MODELSÏCOMPATIBLEÏIFÏCORRECTLYÏUP SCALED Ï TOÏDYNAMICÏRESERVOIRÏMODELSÏOBTAINEDÏ FROMÏRESERVOIRÏENGINEERINGÏMEASUREMENTSÏ ANDÏCOMPUTATIONSÏ4HEÏCORRECTÏUSEÏOFÏ SEISMICÏATTRIBUTES ÏWELLÏDATAÏANALYSIS Ï !6/ ÏANDÏSEISMICÏINVERSIONÏISÏESSENTIALÏ TOÏESTABLISHÏSUBSURFACEÏMODELSÏTHATÏCANÏ BEÏUSEDÏFORÏIMPROVEDÏlELDÏDEVELOPMENTÏ planning and design. The course CONTAINSÏ0ETRELÏPLATFORMÏEXERCISESÏTOÏ REINFORCEÏLEARNINGÏHOWEVER ÏNOÏPRIORÏ 0ETRELÏPLATFORMÏEXPERIENCEÏISÏREQUIREDÏ At the end of the course, attendees will UNDERSTANDÏBASICÏCONCEPTSÏINÏQUANTITATIVEÏ SEISMICÏANALYSISÏANDÏINTERPRETATIONÏBASEDÏ ONÏ!6/ ÏWELL TO SEISMICÏCALIBRATION ÏANDÏ INVERSIONÏTECHNIQUESÏ4HEÏATTENDEESÏ will consolidate their understanding of MODERNÏTECHNOLOGYÏWITHÏRECENTÏlELDÏ STUDYÏEXAMPLESÏANDÏPRACTICALÏWORKSHOPÏ EXERCISES

COURSE CONTENT Q

Introduction

Q

3EISMICÏPROCESSINGÏFORÏ!6/ÏANDÏ INVERSIONÏ

Q

!6/ÏTHEORYÏANDÏPRACTICALÏAPPLICATIONSÏ OFÏ!6/ÏANALYSISÏnÏmUIDÏFACTOR Ï intercept, and gradient etc.

Q

)NVERSIONÏTHEORYÏANDÏMETHODSÏ

Q

7ELL TO SEISMICÏTIESÏANDÏWAVELETSÏ

Q

,OW FREQUENCYÏMODELÏBUILDINGÏ

Q

0RACTICALÏAPPLICATIONSÏOFÏSEISMICÏ INVERSION ÏINCLUDINGÏLITHOLOGYÏ DISCRIMINATIONÏANDÏROCKÏPHYSICSÏ INVERSION

Q

$ÏANDÏ#ÏINVERSION

Q

3TOCHASTICÏ)NVERSIONÏ

Q

&UTUREÏDIRECTIONSJOINTÏ%- SEISMICÏ INVERSION Ï!6!: Ï630ÏINVERSION ÏFULLÏ WAVEFORM

AUDIENCE 'EOLOGISTS ÏPETROPHYSICISTS ÏRESERVOIRÏ ENGINEERS ÏPROCESSINGÏGEOPHYSICISTSÏ ANDÏSEISMICÏINTERPRETERSÏINVOLVEDÏWITHÏ EXPLORATIONÏANDÏDEVELOPMENTÏOFÏOILÏANDÏ GASÏRESERVOIRS PREREQUISITE "ASICÏKNOWLEDGEÏOFÏAPPLIEDÏGEOPHYSICALÏ PRINCIPLESÏANDÏSEISMICÏINTERPRETATION

COURSE CONTENT Q

3EISMICÏINTERPRETATIONÏCONCEPTS Ï acquisition, and processing WORKmOWS

Q

$EEPWATERÏPETROLEUMÏGEOLOGYÏ PROVINCESÏANDÏWORLDÏDISTRIBUTIONÏOFÏ deepwater basins

Q

%XPLORATIONÏANDÏPRODUCTIONÏINÏ deepwater

COURSE CONTENT Q

"ASICÏWELLÏSEISMICÏPRINCIPLESÏANDÏ applications

Q

3EISMICÏSTRATIGRAPHICÏMAPPINGÏINÏ deep and ultradeepwater

Q

630ÏACQUISITIONÏEXAMPLESÏ

Q

Q

"OREHOLEÏSEISMICÏACQUISITIONÏANDÏ tools

$EEPWATERÏRESERVOIRÏSTRATIGRAPHY Ï TURBIDITESÏANDÏMAPPINGÏTECHNIQUES

Q

4IMEÏANDÏDEPTHÏMAPÏCONTOURINGÏINÏ deepwater

Q

3EISMICÏVELOCITIESÏ!VERAGE ÏINTERVAL Ï .-/ ÏRMS ÏANDÏ$IXÏEQUATION

Q

$EPTHÏCONVERSIONÏTECHNIQUESÏANDÏ PRECISIONÏ034-ÏANDÏ03$-

Q

$EEPWATERÏRESERVOIRÏINTERPRETATIONÏ techniques

Q

#OMPARATIVEÏINTERPRETATIONÏOFÏ POSTSTACKÏANDÏPRESTACKÏTIMEÏ MIGRATIONÏANDÏINTERPRETATION

Q

630ÏACQUISITIONÏAIRGUN

Q

630ÏACQUISITIONÏVIBRATOR

Q

1UALITYÏCONTROL

Q

"OREHOLEÏSEISMICÏMODELING

Q

"OREHOLEÏSEISMICÏDATAÏPROCESSING

Q

!DVANCEDÏOPERATIONS

Q

!DVANCEDÏCONVEYANCE

Q

!DVANCEDÏPROCESSING

AUDIENCE 'EOLOGISTSÏANDÏGEOPHYSICISTSÏHAVINGÏ the need to understand the acquisition, principles, uses, and applications of BOREHOLEÏSEISMICÏDATA PREREQUISITE "ASICÏUNDERSTANDINGÏOFÏGEOLOGYÏANDÏ GEOPHYSICALÏMETHODS

Q

Deepwater prospects ricks and PROJECTÏECONOMICS

AUDIENCE 'EOLOGISTS ÏGEOPHYSICISTS ÏANDÏENGINEERSÏ wanting a better understanding SEISMICÏINTERPRETATIONÏINÏDEEPWATERÏ ENVIRONMENTS PREREQUISITE )NTERMEDIATEÏUNDERSTANDINGÏANDÏ EXPERIENCEÏOFÏSEISMICÏINTERPRETATIONÏ techniques.



12/22/13 2:49 AM

GEOPHYSICS Practical AVO and Seismic Inversion with Petrel E&P Software Platform

Practical Depth Conversion and Depth Imaging for the Interpreter

Practical Seismic Attributes with Petrel E&P Software Platform

Skill – 5 Days

Skill – 5 Days

Skill – 3 Days

!6/ÏANDÏINVERSIONÏTECHNIQUESÏPLAYÏAÏ SIGNIlCANTÏROLEÏINÏCREATINGÏPETROPHYSICALÏ MODELSÏOFÏTHEÏSUBSURFACEÏ4HESEÏ GEOSUBSURFACEÏMODELSÏAREÏCOMPATIBLEÏ WITHÏDYNAMICÏRESERVOIRÏMODELSÏBUILTÏWITHÏ RESERVOIRÏENGINEERINGÏMEASUREMENTSÏ ANDÏCOMPUTATIONSÏ!TTENDEESÏWILLÏLEARNÏ THEÏCORRECTÏUSEÏOFÏSEISMICÏATTRIBUTES Ï WELLÏDATAÏANALYSIS ÏANDÏ!6/ÏANDÏSEISMICÏ INVERSIONÏINÏBUILDINGÏSUBSURFACEÏMODELSÏ SUITABLEÏFORÏIMPROVEDÏlELDÏDEVELOPMENTÏ planning and design in addition to learning the basic concepts used in QUANTITATIVEÏSEISMICÏANALYSISÏANDÏ!6/ based interpretation, calibration of well TOÏSEISMICÏDATA ÏANDÏINVERSIONÏTECHNIQUESÏ 9OURÏUNDERSTANDINGÏOFÏTECHNOLOGIESÏWILLÏ BEÏCONSOLIDATEDÏTHROUGHÏRECENTÏlELDÏ STUDYÏEXAMPLESÏANDÏPRACTICALÏWORKSHOPÏ EXERCISES

4HISÏCOURSEÏFOCUSESÏONÏDELIVERINGÏ a practical understanding of depth CONVERSIONÏ!TTENDEESÏWILLÏLEARNÏTHEÏ TYPICALÏVELOCITYÏTYPESÏANDÏTHEIRÏMEANINGSÏ INÏADDITIONÏTOÏUNDERSTANDINGÏTHEÏMETHODSÏ OFÏVELOCITYÏREPRESENTATION ÏANDÏUSINGÏ THEMÏFORÏDEPTHÏCONVERSIONÏFROMÏSIMPLEÏ FUNCTIONSÏTOÏMOREÏCOMPLEXÏLAYER BASEDÏ METHODSÏ!TTENDEESÏWILLÏSTUDYÏTHEÏ THEORYÏANDÏESTIMATIONÏOFÏVELOCITIESÏUSINGÏ VARIOUSÏFORMSÏOFÏTOMOGRAPHYÏANDÏTHEÏ1#Ï THATÏENSURESÏGEOLOGICALLYÏREASONABLEÏ results, learn the techniques for depth CALIBRATIONÏOFÏISOTROPICÏDEPTHÏIMAGESÏWITHÏ WELLÏCONTROL ÏASÏWELLÏASÏTHEÏMETHODSÏANDÏ IMPACTSÏOFÏINCLUDINGÏANISOTROPICÏSOLUTIONSÏ TOÏYIELDÏBETTERÏWELLÏTIESÏANDÏMOREÏ RESOLVEDÏIMAGES COURSE CONTENT Q

COURSE CONTENT Q

)NTRODUCTIONÏTOÏSEISMICÏRESERVOIRÏ CHARACTERIZATION

Q

3OFTWAREÏANDÏQUANTITATIVEÏ interpretation techniques

Q

!6/ÏTHEORY ÏINVERSION ÏMODELING Ï1# Ï and preconditioning

Sources and representation of VELOCITIES

Q

4OMOGRAPHICÏVELOCITYÏANALYSISÏ,AYERÏ BASED ÏGRIDÏBASED ÏANDÏHYBRID

Q

1#ÏFORÏITERATIVEÏDEPTHÏMIGRATION

Q

$EPTH IMAGINGÏGRIDS

Q

)NITIALÏVELOCITYÏMODEL

Q

)TERATIONSÏANDÏVELOCITYÏRESOLUTION

Q

Focusing and structural response

Q

'ATHERS ÏVERTICALÏSECTIONS ÏANDÏDEPTHÏ slices

Q

#ORENDERINGÏVELOCITIESÏANDÏDEPTHÏ IMAGES

Q

!TTRIBUTESÏANDÏINVERSION

Q

)TERATIVEÏCALIBRATIONÏOFÏDEPTHÏ MIGRATIONÏWITHÏWELLÏCONTROL

Q

)SOTROPICÏANDÏANISOTROPICÏPARAMETERÏ ESTIMATIONÏANDÏDElNITION

Q

/PTIONALÏINTERACTIVEÏSOFTWAREÏWORKÏ sessions

AUDIENCE

Q

6ELOCITYÏGRADIENTS

Q

$ElNINGÏVELOCITYÏASÏAÏFUNCTIONÏOFÏ DEPTHÏANDÏTIME

Q

6ERTICALÏTIME TO DEPTHÏCONVERSION

Q

3INGLE LAYERÏANDÏMULTILAYERÏMODELS

PREREQUISITE

Q

%RRORÏANALYSIS

Q

!DVANCEDÏDEPTHÏCONVERSIONÏ

"ASICÏKNOWLEDGEÏOFÏGEOPHYSICSÏANDÏ SEISMICÏDATAÏINTERPRETATION

Q

&ORMINGÏVELOCITYÏMODELSÏ

0RESTACKÏANDÏPOSTSTACK ÏACOUSTIC ÏANDÏ ELASTICÏINVERSION

Q

1UANTITATIVEÏWELLÏCALIBRATION

Q

$EEPWATERÏREGIMES

Q

!NALYZINGÏWELLÏLOGSÏFORÏ!6/ÏANDÏ INVERSIONÏRESPONSE

Q

+IRCHHOFF ÏDEPTH ÏTIME ÏWAVEÏ EQUATION ÏANDÏREVERSE TIMEÏMIGRATION

Q

2OCKÏPHYSICSÏANDÏmUIDÏREPLACEMENTÏ MODELING

Q

-ULTICOMPONENTÏANDÏANISOTROPICÏ considerations

Q

(YDROCARBONÏINDICATORS

Q

2ECENTÏINVERSIONÏMETHODSÏANDÏ2$

Q

7ELL TO SEISMICÏCALIBRATION

Q

7AVELETÏESTIMATIONÏANDÏINVERSIONÏ METHODS

Q

3EISMICÏDATAÏINTERPRETERS ÏGEOPHYSICISTS Ï and geologists wanting a better UNDERSTANDINGÏOFÏVELOCITYÏMODELING ÏDEPTHÏ CONVERSION ÏANDÏDEPTHÏMIGRATION

AUDIENCE 'EOLOGISTS ÏPETROPHYSICISTS ÏRESERVOIRÏ ENGINEERS ÏPROCESSINGÏGEOPHYSICISTS ÏANDÏ SEISMICÏDATAÏINTERPRETERSÏINVOLVEDÏWITHÏ EXPLORATIONÏANDÏDEVELOPMENTÏOFÏOILÏANDÏ GASÏRESERVOIRS PREREQUISITE Basic knowledge of applied GEOPHYSICALÏPRINCIPLESÏANDÏSEISMICÏDATAÏ interpretation.

NEW

This course will present the practical aspects of generating and understanding SEISMICÏATTRIBUTEÏRESPONSESÏANDÏRELATINGÏ THESEÏFROMÏTHEÏMATHEMATICALÏGEOPHYSICALÏ generation to practical geological understanding and application. The course will focus on outlining the use of SEISMICÏATTRIBUTESÏINÏSPECIlCÏGEOLOGICALÏ ENVIRONMENTSÏANDÏIDENTIFYINGÏSPECIlCÏ GEOLOGICALÏFEATURESÏ4HEÏCOURSEÏPHILOSOPHYÏ ISÏTHATÏLEARNINGÏISÏANÏACTIVEÏEXPERIENCEÏ APPLYÏUNDERSTANDINGÏOVERÏMEMORIZATIONÏ PROVIDEÏFUNDAMENTALSÏFORÏGROWTHÏANDÏ PROVIDEÏSKILLSÏFORÏAPPLICATIONÏ4HEÏLEARNINGÏ OBJECTIVESÏFORÏTHEÏCOURSEÏINCLUDEÏTEACHINGÏ THEÏTHEORYÏOFÏSEISMICÏATTRIBUTES ÏTHEÏ PRACTICEÏOFÏSEISMICÏATTRIBUTES ÏSEISMICÏ ATTRIBUTESÏUSINGÏTHEÏ0ETRELÏPLATFORM ÏANDÏ PREPAREÏTHEÏATTENDANTSÏFORÏUSINGÏSEISMICÏ attributes in their work. COURSE CONTENT Q 4HEORYÏOFÏSEISMICÏATTRIBUTES Q 3EISMICÏATTRIBUTESÏINÏTHEÏ0ETRELÏ PLATFORM Q #OLORSÏANDÏVISUALIZATIONÏOFÏATTRIBUTESÏ Q 3URFACEÏATTRIBUTESÏINÏTHEÏ0ETRELÏ PLATFORM Q Geological scenarios and the applications of attributes Q Noise reduction Q Stratigraphic applications Q #HANNELSÏANDÏmUVIALÏSYSTEMS Q Geological scenarios and the applications of attributes Q &ORMATIONÏORIENTATION Q ,ITHOLOGYÏINDICATORS Q 4EXTURALÏATTRIBUTES Q Structural attributes Q %DGEÏDETECTION Q Fracture indicators Q Carbonates and Salt Q $IRECTÏHYDROCARBONÏINDICATORS Q #REATEÏSEISMICÏATTRIBUTESÏUSINGÏTHEÏ SEISMICÏCALCULATOR Q 3EISMICÏATTRIBUTEÏWORKmOWSÏANDÏBESTÏ practices Q Getting help Q Thoughts for the future Q 'ROUPÏPROJECTÏ AUDIENCE 'EOSCIENTISTSÏINTERPRETINGÏSEISMICÏDATAÏ VOLUMES PREREQUISITE 0ETRELÏ&UNDAMENTALSÏÏCOURSEÏISÏREQUIREDÏ ANDÏTHEÏ0ETRELÏ'EOPHYSICSÏCOURSEÏISÏ RECOMMENDED

Software




Field trips

Uses simulation

| 71 12/22/13 2:49 AM

GEOPHYSICS Rock Physics and Statistical Rock Physics for Seismic Reservoir Characterization and Quantitative Interpretation

Seismic Attribute and Image Interpretation

Seismic Interpretation Mapping with Petrel E&P Software Platform

Skill – 3 Days

Skill – 5 Days

Skill – 5 Days

In this course, attendees are introduced TOÏAÏNOVELÏAPPROACHÏFORÏ$ÏSEISMICÏ interpretation. The approach treats $ÏSEISMICÏDATAÏANDÏSAMPLEDÏDIGITALÏ IMAGESÏLIKEÏAÏPHOTOGRAPHÏTOÏBEÏ INTERPRETEDÏDIRECTLYÏASÏGEOLOGYÏTHROUGHÏ THEÏIMAGEÏATTRIBUTES ÏSEISMIC ÏORÏ VISUALÏ4HEÏATTENDEESÏWILLÏLEARNÏWHATÏ CANÏBEÏACHIEVEDÏWITHÏATTRIBUTESÏANDÏ IMAGEÏANALYSISÏTECHNIQUESÏINÏSEISMICÏ interpretation in addition to gaining SPEED ÏOBJECTIVITY ÏINTERPRETATIONÏQUALITY Ï ACCURACY ÏANDÏTHEÏABILITYÏTOÏTACKLEÏ INTERPRETATIONÏTASKSÏTHATÏPREVIOUSLYÏWEREÏ not feasible. Attendees will learn the GEOLOGICÏMEANINGÏANDÏSIGNIlCANCEÏOFÏTHEÏ MAINÏSEISMICÏATTRIBUTES ÏWHICHÏAREÏTHEÏ appropriate attributes to use in certain SITUATIONS ÏANDÏHOWÏTOÏMAKEÏANÏINTELLIGENTÏ ESTIMATEÏOFÏATTRIBUTEÏPARAMETERS

5SINGÏMETHODOLOGIESÏFORÏDISTINCTÏ geological and tectonic settings, THISÏCOURSEÏTEACHESÏTHEÏFUNDAMENTALÏ SKILLSÏATTENDEESÏNEEDÏFORÏSEISMICÏ INTERPRETATIONÏ4HEÏATTENDEESÏWILLÏSTUDYÏ ALLÏASPECTSÏOFÏSEISMOLOGYÏINTERPRETATIONÏ ANDÏCOMPAREÏHAND DRAWNÏANDÏDIGITALÏ MAPSÏTOÏENSUREÏTHATÏQUALITYÏMEETSÏ REQUIREMENTSÏFORÏSUBSEQUENTÏDIGITALÏ interpretation. This course also includes LEARNINGÏTHEÏPRINCIPLESÏOFÏREmECTIONÏ SEISMOLOGY ÏINCLUDINGÏDATAÏACQUISITION Ï processing, and interpretation. Lectures WITHÏHANDS ONÏSEISMICÏMAPPINGÏ EXERCISESÏAREÏREPEATEDÏUSINGÏTHEÏ0ETRELÏ PLATFORM ÏDEMONSTRATINGÏTHEÏSUBTLETIESÏOFÏ SUBJECTIVEÏHAND CONTOURINGÏOFÏDATAÏVERSUSÏ GRID ALGORITHMÏCONTOURING

4HISÏCOURSEÏCOVERSÏROCKÏPHYSICSÏANDÏ STATISTICALÏROCKÏPHYSICSÏFUNDAMENTALS Ï RANGINGÏFROMÏBASICÏLABORATORYÏANDÏ THEORETICALÏRESULTSÏTOÏPRACTICALÏhRECIPESvÏ THATÏCANÏBEÏIMMEDIATELYÏAPPLIEDÏINÏ THEÏlELDÏ4HISÏCOURSEÏWILLÏINCLUDEÏ QUALITATIVEÏANDÏQUANTITATIVEÏTOOLSÏ for understanding and predicting the SEISMICÏVELOCITYÏEFFECTSÏDUEÏTOÏLITHOLOGY Ï POREÏmUIDÏTYPESÏANDÏSATURATION ÏSTRESSÏ ANDÏPOREÏPRESSURE ÏANDÏTEMPERATUREÏ Case studies and strategies will be PRESENTEDÏFORÏQUANTITATIVEÏSEISMICÏ INTERPRETATION ÏANDÏSUGGESTIONSÏFORÏMOREÏ EFFECTIVELYÏEMPLOYINGÏSEISMIC TO ROCKÏ PROPERTYÏTRANSFORMSÏINÏRESERVOIRÏ CHARACTERIZATION ÏWITHÏANÏEMPHASISÏONÏ SEISMICÏINTERPRETATIONÏFORÏLITHOLOGYÏANDÏ SUBSURFACEÏmUIDÏDETECTION COURSE CONTENT Q

Q

Q

)NTRODUCTIONÏTOÏROCKÏPHYSICS Ï MOTIVATION ÏINTRODUCTORYÏEXAMPLESÏ

Q

%FFECTIVEÏMEDIAÏMODELSÏFORÏELASTICÏ properties of rocks

Q

'ASSMANNÏ&LUIDÏSUBSTITUTIONÏ

Q

2OCKÏPHYSICSÏOFÏ!6/ÏINTERPRETATIONÏ

Q

3TATISTICALÏROCKÏPHYSICSÏANDÏ UNCERTAINTYÏASSESSMENTÏ

Q

1UANTITATIVEÏSEISMICÏINTERPRETATIONÏ ANDÏROCKÏPHYSICSÏTEMPLATESÏ

Q

#ASEÏSTUDIESÏUSINGÏ!6/ÏANDÏSEISMICÏ IMPEDANCEÏFORÏQUANTITATIVEÏRESERVOIRÏ CHARACTERIZATION

AUDIENCE 'EOPHYSICISTS ÏRESERVOIRÏGEOLOGISTS Ï SEISMICÏINTERPRETERS ÏANDÏENGINEERSÏWHOÏ WORKÏWITHÏRESERVOIRÏCHARACTERIZATION Ï RESERVOIRÏDELINEATION ÏHYDROCARBONÏ DETECTION ÏRESERVOIRÏDEVELOPMENTÏANDÏ RECOVERYÏMONITORING PREREQUISITE

Q

3EISMICÏFUNDAMENTALS

Q

0ETROLEUMÏGEOLOGYÏINÏWORLDWIDEÏ PROVINCESÏANDÏBASINS

Q

&UNDAMENTALSÏOFÏSTRUCTURALÏ INTERPRETATIONÏANDÏSEISMICÏ STRATIGRAPHY

Difference between data and INFORMATION

Q

3EISMICÏATTRIBUTESÏANDÏ!6/Ï processing

Strengths and weaknesses of interpreters and workstations

Q

-APPINGÏTECHNIQUESÏANDÏRIFT BASINÏ MAPPINGÏINTERPRETATION

2EVIEWÏOFÏBASICÏSEISMICÏATTRIBUTESÏ ANDÏ$ÏIMAGEÏSTRUCTURE

Q

$EPTHÏCONVERSIONÏTECHNIQUES

Q

#OMPARATIVEÏINTERPRETATIONÏOFÏ POSTSTACKÏANDÏPRESTACKÏTIMEÏ MIGRATIONS

Q

7ELLÏLOCATIONÏANDÏDEPTHÏMAPPINGÏ precision

COURSE CONTENT Q

/VERVIEWÏEFFECTSÏOFÏmUIDS ÏSTRESS Ï POREÏPRESSURE ÏTEMPERATURE ÏPOROSITYÏ

5NDERSTANDÏTHEÏMEANINGÏOFÏSAMPLEDÏ IMAGES

Q

"OUNDINGÏMETHODSÏFORÏROBUSTÏ MODELINGÏOFÏSEISMICÏVELOCITIESÏ

2EVIEWÏDETECTABILITY ÏRESOLUTION ÏANDÏ color depth

Q

None

Q

Q

Q

.OISE ÏSEISMIC ÏANDÏGEOLOGYÏ attributes, geologic structural attributes, and noise suppression

Q

)NTERPRETATIONÏOFÏSTRATIGRAPHYÏTHROUGHÏ attributes

Q

,ITHOLOGYÏANDÏPORElLL

Q

4IME LAPSEÏ$ ÏSEISMICÏDATA

Q

#OMPARISONÏOFÏSKILLSÏANDÏ RESPONSIBILITIESÏDISTRIBUTIONÏ ÏTHEÏ HIGHWAYÏACCIDENTÏSCENE

AUDIENCE .ONMATHEMATICALÏ$ÏSEISMICÏDATAÏ INTERPRETERSÏOFÏALLÏEXPERIENCEÏLEVELS ÏFROMÏ EXPLORATION ÏEVALUATION ÏORÏDEVELOPMENTÏ backgrounds. PREREQUISITE 5NDERSTANDINGÏOFÏTRADITIONALÏ$ÏSEISMICÏ INTERPRETATIONÏBASEDÏONÏHORIZONÏANDÏFAULTÏ PICKING ÏANDÏSTATICÏGEOLOGICALÏMODELÏ building.


COURSE CONTENT

Q

Q

Models for rift and salt structures in SEDIMENTARYÏBASINS 0ROSPECTÏANALYSES

AUDIENCE 'EOPHYSICISTS ÏGEOLOGISTS ÏANDÏENGINEERSÏ WANTINGÏTOÏLEARNÏTHEÏBASICSÏOFÏSEISMICÏ INTERPRETATIONÏUSINGÏ0ETRELÏPLATFORMÏ software. PREREQUISITE +NOWLEDGEÏOFÏAPPLIEDÏPETROLEUMÏGEOLOGY Ï EXPOSUREÏTOÏSEISMICÏMETHODS ÏANDÏAÏ WORKINGÏKNOWLEDGEÏOFÏ0ETRELÏPLATFORMÏ software.


12/22/13 2:49 AM

GEOPHYSICS Seismic Petrophysics and Rock Properties

Seismic Structural Interpretation

Practical Seismic Interpretation with the Petrel E&P Software Platform

Carbonate Seismic Reservoir Analysis

Skill – 5 Days

Skill – 5 Days

Skill – 5 Days

Advanced – 5 Days

3EISMICÏPETROPHYSICSÏINVOLVESÏTHEÏ STUDYÏANDÏAPPLICATIONÏOFÏWELLÏLOGÏDATA Ï ANDÏROCKÏPHYSICSÏTHEORYÏANDÏDATAÏTOÏ THEÏINTERPRETATIONÏOFÏSEISMICÏDATAÏANDÏ OBSERVATIONSÏ)NÏTHISÏCOURSE ÏATTENDEESÏ will gain an understanding of rock PHYSICSÏDATAÏANDÏTHEORY ÏINTEGRATEÏ THESEÏDATAÏWITHÏTHATÏFROMÏWELLÏLOGSÏINÏAÏ PETROPHYSICALÏEVALUATION ÏANDÏTHENÏUSEÏ THEÏRESULTSÏTOÏMODELÏANDÏINTERPRETÏSEISMICÏ data.

7ITHÏAÏFOCUSÏONÏBUILDINGÏFUNDAMENTALÏ SKILLSÏINÏSEISMICÏINTERPRETATION ÏTHISÏ COURSEÏEMPLOYSÏPRACTICALÏEXAMPLESÏ DEMONSTRATINGÏDISTINCTÏASPECTSÏOFÏVARIOUSÏ GEOLOGICALÏANDÏTECTONICÏPROVINCESÏRELATIVEÏ TOÏTHEIRÏHYDROCARBONÏPROSPECTIVITYÏ)NÏ practical workshops, attendees will learn THEÏMAINÏINTERPRETATIONÏTECHNIQUESÏUSEDÏ FORÏSEISMICÏSECTIONSÏANDÏSKILLSÏFORÏSEISMICÏ DATAÏMAPPINGÏ3PECIALÏEMPHASISÏISÏGIVENÏ TOÏCOMPARISONSÏOFÏHAND CONTOURINGÏ MAPÏINTERPRETATIONÏWITHÏWORKSTATIONÏ INTERPRETATIONÏMAPPINGÏFORÏ$ÏANDÏ$Ï datasets.

4HISÏCOURSEÏPROVIDESÏ%0ÏPROFESSIONALSÏ WITHÏSEISMICÏDATAÏVISUALIZATION Ï integration, and interpretation techniques THATÏHAVEÏBEENÏRECENTLYÏDEVELOPEDÏ4HEÏ attendees will gain a solid understanding of the applications and role of the SEISMICÏINTERPRETERÏINÏSTUDIESÏTHATÏ INVOLVEÏPOSTSTACKÏSEISMICÏATTRIBUTES Ï !6/ ÏSEISMICÏSEQUENCEÏSTRATIGRAPHY Ï SEISMICÏGEOMORPHOLOGY Ï$ÏTIME LAPSEÏ SEISMIC ÏANDÏMULTIDISCIPLINARYÏINTEGRATIONÏ 2ECENTÏANDÏRELEVANTÏCASEÏHISTORIES ÏDATAÏ EXAMPLES ÏANDÏEXERCISES ÏCONDUCTEDÏBOTHÏ ONÏPAPER ÏANDÏWITHÏTHEÏ0ETRELÏPLATFORM Ï will guide the attendees in understanding THATÏTHEÏINTEGRATIONÏOFÏALLÏAVAILABLEÏDATAÏ INTOÏTHEÏSEISMICÏMODELÏADDSÏVALUEÏINÏ the required coherent and successful SEISMICÏPREDICTIONSÏTHATÏRESULTÏFROMÏANÏ interpretation.

In this course, the attendees will learn FUNDAMENTALÏTECHNIQUESÏINÏCARBONATEÏ RESERVOIRÏANALYSISÏUSINGÏSEISMICÏMETHODSÏ %MPHASISÏISÏGIVENÏTOÏTHEÏAPPLICATIONÏOFÏ QUANTITATIVEÏSEISMICÏMETHODSÏFORÏmUIDÏANDÏ FRACTUREÏANALYSISÏ#ARBONATEÏROCKSÏMAKEÏ UPÏONLYÏÏOFÏSEDIMENTARYÏROCKÏYETÏTHEYÏ ACCOUNTÏFORÏMOREÏTHANÏÏOFÏTHEÏWORLDSÏ PROVENÏHYDROCARBONÏRESERVESÏ4HEREFORE Ï it should be no surprise that carbonate RESERVOIRSÏAREÏVERYÏIMPORTANTÏTARGETSÏ FORÏOILÏANDÏGASÏEXPLORATIONÏ%XPLORINGÏ ELUSIVEÏSTRATIGRAPHICÏHYDROCARBONÏTRAPS Ï DEVELOPINGÏGASÏRESOURCES ÏANDÏARRESTINGÏ PRODUCTIONÏDECLINEÏANDÏEARLYÏWATERÏ breakthrough in giant carbonate oil RESERVOIRSÏHAVEÏALLÏPROMPTEDÏDEMANDSÏFORÏ NEWÏGEOPHYSICALÏTECHNOLOGIESÏTARGETEDÏ for prospect reconnaissance and detailed CHARACTERIZATIONÏOFÏCARBONATEÏRESERVOIRSÏ )NCREMENTALÏPRODUCIBILITYÏENHANCEMENTÏ THROUGHÏADVANCEDÏTECHNOLOGYÏAPPLICATIONÏ CANÏRESULTÏINÏSIGNIlCANTÏRESERVEÏADDITIONSÏ ANDÏECONOMICÏBENElTSÏ

-OVINGÏPROGRESSIVELY ÏATTENDEESÏBEGINÏ WITHÏSIMPLE ÏCOMMONLYÏUSEDÏMODELSÏ ANDÏCONTINUALLYÏEXPANDÏTHEMÏTOÏINCLUDEÏ INCREASINGLYÏCOMPLICATEDÏANDÏREALISTICÏ interpretations. At each step, the ATTENDEESÏINVESTIGATEÏTHEÏRELATIONSHIPSÏ BETWEENÏTHEORYÏANDÏLABORATORY ÏWELLÏ LOG ÏANDÏSEISMICÏDATAÏ#OURSEÏMATERIALÏ includes spreadsheets that incorporate MANYÏOFÏTHEÏSTUDIEDÏMODELSÏPREDICTINGÏ mUIDÏPROPERTIES ÏROCKÏPROPERTIES ÏANDÏ SEISMICÏRESPONSEÏINCLUDINGÏ!6/ÏANDÏ ELASTICÏIMPEDANCE Ï%XERCISESÏONÏROCKÏ TYPESÏDRAWNÏFROMÏAROUNDÏTHEÏWORLDÏAREÏ based on these spreadsheets and require SIMPLEÏCALCULATIONS

&UNDAMENTALSÏOFÏSEISMICÏ PETROPHYSICS

Q

3EISMICÏATTRIBUTESÏANDÏTHEIRÏ relationships to rock properties

Q

#OMPLEXÏROCKSÏ5NCONSOLIDATEDÏANDÏ consolidated clastics, carbonates WITHÏVUGSÏANDÏFRACTURES ÏSHALES ÏANDÏ HEAVYÏOILÏFORMATIONS

Q

Q

0RINCIPLESÏOFÏSEISMOLOGYÏANDÏPROPERÏ HANDLINGÏOFÏSEISMICÏVELOCITIES

Q

4ECHNOLOGIESÏANDÏMETHODOLOGIESÏFORÏ SEISMICÏDATAÏINTERPRETATIONÏINÏSPECIlCÏ tectonic and geologic settings

Q

3EISMICÏINTERPRETATIONÏMAPPINGÏ (AND DRAWNÏINTERPRETATIONSÏANDÏ COMPUTERÏWORKSTATIONÏMAPPING

Q

Q

COURSE CONTENT Q

COURSE CONTENT

&LUIDSÏANDÏmUIDÏSUBSTITUTIONÏ-ETHODSÏ ANDÏINPUTÏPARAMETERS

Q

&LUIDÏRELATIONSHIPSÏTOÏROCKÏTYPES

Q

0RINCIPLESÏOFÏ!6/

Q

COURSE CONTENT

#OMPARISONSÏOFÏHAND ÏANDÏCOMPUTER CONTOUREDÏMAPSÏANDÏMAPÏ1# (ANDS ONÏMAPPINGÏEXERCISESÏ FORÏGEOPHYSICALÏEXPLORATIONÏANDÏ DEVELOPMENT 3EISMICÏATTRIBUTESÏAPPLICABLEÏTOÏ RESERVOIRÏCHARACTERIZATIONÏANDÏ$ÏANDÏ $ÏSEISMICÏDATA

Q

)NTRODUCTIONÏANDÏGENERALÏOVERVIEWÏ

Q

&UNDAMENTALSÏOFÏSIGNALÏTHEORY Ï WAVELET ÏRESOLUTION ÏANDÏSCALINGÏ

Q

'EOLOGICALÏCONCEPTS ÏSEDIMENTARYÏ MODELS ÏANDÏSTRUCTURALÏSTYLESÏ

Q

)NTRODUCTIONÏTOÏTHEÏ0ETRELÏSOFTWAREÏ PLATFORMÏ

Q Q

AUDIENCE !LLÏINDUSTRYÏPROFESSIONALS Ï PARTICULARLYÏGEOPHYSICISTS ÏGEOLOGISTS Ï PETROPHYSICISTS ÏRESERVOIRÏMANAGEMENTÏ professionals, and drilling engineers. PREREQUISITE 5NDERSTANDINGÏOFÏBASICÏRESERVOIRÏGEOLOGY

AUDIENCE Geoscientists and engineers with SOMEÏEXPERIENCEÏINÏATÏLEASTÏONEÏOFÏTHEÏ FOLLOWINGÏlELDSÏPETROPHYSICS ÏSEISMICÏ INTERPRETATION ÏSEISMICÏPROCESSING Ï RESERVOIRÏCHARACTERIZATION ÏORÏRESERVOIRÏ engineering.

COURSE CONTENT Q

&UNDAMENTALSÏOFÏCARBONATEÏ SEISMOLOGYÏ

Q

!PPLICATIONÏOFÏCOMPLEXÏATTRIBUTESÏFORÏ CARBONATEÏRESERVOIRÏANALYSISÏ

$ÏANDÏ$ÏINTERPRETATIONÏTECHNIQUESÏ

Q

0OSTSTACKÏATTRIBUTES ÏREmECTIVEÏ ATTRIBUTES ÏANDÏTRANSMISSIVEÏ attributes

!)ÏANDÏ!6/ÏSEISMICÏINVERSIONÏFORÏ CARBONATEÏRESERVOIRÏANALYSISÏ

Q

!6/ÏPITFALLSÏANDÏ!6/ÏFORÏmUID FRACTUREÏANALYSISÏINÏCARBONATEÏ RESERVOIRS

Q

$ÏANDÏMULTICOMPONENTÏSEISMICÏFORÏ CARBONATEÏRESERVOIRÏANALYSIS

Q

3PECTRALÏDECOMPOSITIONÏ

Q

-ULTICOMPONENTÏSEISMICÏ interpretation

AUDIENCE

AUDIENCE

%0ÏMANAGERS ÏGEOSCIENTISTS ÏANDÏ RESERVOIRÏENGINEERSÏINVOLVEDÏINÏSEISMICÏ interpretation or working with results of SEISMICÏDATAÏINTERPRETATION

'EOLOGISTS ÏGEOPHYSICISTS ÏANDÏRESERVOIRÏ engineers with an interest in the APPLICATIONÏOFÏSEISMICÏMETHODSÏFORÏ RESERVOIRÏANALYSIS

PREREQUISITE

PREREQUISITE

"ASICÏORÏINTERMEDIATEÏSEISMICÏ interpretation knowledge.

None

PREREQUISITE 'ENERALÏKNOWLEDGEÏOFÏBOTHÏPETROPHYSICSÏ ANDÏGEOPHYSICS

Software




Field trips

Uses simulation

| 73 12/22/13 2:49 AM

GEOPHYSICS Petrel Fundamentals

GeoFrame Charisma Seismic Interpretation




Foundation - 3 Days



This course introduces a new user TOÏTHEÏ0ETRELÏPLATFORMÏFUNCTIONALITYÏ WITHÏEMPHASISÏONÏVISUALIZATION ÏDATAÏ ORGANIZATION ÏANDÏCOLLABORATIONÏ4HEÏ COURSEÏWILLÏTAKEÏTHEÏATTENDEESÏFROMÏ 0ETRELÏPLATFORMÏPROJECTÏSETUPÏTOÏPLOTTINGÏ the results. Attendees will learn how to CREATEÏSURFACESÏANDÏAÏSIMPLEÏGRIDÏASÏWELLÏ ASÏHOWÏTOÏ1#ÏANDÏVISUALIZEÏAÏSIMPLEÏGRIDÏ USINGÏTHEÏGEOMETRICALÏMODELINGÏPROCESS Ï MAPS ÏANDÏINTERSECTIONSÏ4HISÏCOURSEÏ ALSOÏINTRODUCESÏTHEÏ3TUDIOÏENVIRONMENT Ï WHICHÏEMPOWERSÏAÏNEWÏLEVELÏOFÏUSABILITY Ï COLLABORATION ÏANDÏPRODUCTIVITY

#HARISMA $$$ÏSEISMICÏ INTERPRETATIONÏSOFTWAREÏISÏFULLYÏINTEGRATEDÏ WITHÏ'EO&RAMEÏSOFTWAREÏGEOPHYSICSÏANDÏ GEOLOGYÏMODULESÏSUCHÏASÏ3YNTHETICS Ï )N$EPTH ÏVELOCITYÏANALYSISÏANDÏDEPTHÏ CONVERSION Ï3EIS#LASS ÏMULTIATTRIBUTEÏ CLASSIlCATIONÏSOFTWARE Ï!3!0 Ï AUTOMATICÏSEISMICÏAREAÏPICKER Ï'EO6IZ $Ï INTERPRETATIONÏANDÏVISUALIZATIONÏ APPLICATION ÏANDÏ"ASEMAPÏ0LUSÏGRIDDINGÏ and contouring applications. In this course, attendees will learn to use the #HARISMAÏSOFTWAREÏINÏBOTHÏTIMEÏANDÏ DEPTHÏDOMAINSÏANDÏTOÏSAVEÏINTERPRETATIONÏ DATAÏDIRECTLYÏTOÏTHEÏ'EO&RAMEÏSOFTWAREÏ DATABASE ÏWHICHÏINCREASESÏTHEÏUSERSÏ UNDERSTANDINGÏOFÏTHEÏFUNDAMENTALSÏOFÏ$ Ï $ ÏANDÏ$ÏSEISMICÏINTERPRETATIONÏUSINGÏ #HARISMAÏSOFTWARE

4HISÏCOURSEÏPROVIDESÏTHEÏFUNDAMENTALSÏ attendees need to produce accurate RESERVESÏMAPSÏUSINGÏ'EO&RAMEÏ#03 Ï SOFTWAREÏ&ULLYÏINTEGRATEDÏWITHÏ'EO&RAMEÏ 'EOLOGYÏANDÏ'EOPHYSICSÏMODULES Ï#03 Ï SOFTWAREÏPROVIDESÏACCURATEÏSURFACEÏ MAPPINGÏOPERATIONSÏFORÏALLÏMAPPINGÏ REQUIREMENTS

7ITHÏTHISÏCOURSE ÏATTENDEESÏWILLÏLEARNÏ THEÏFUNDAMENTALSÏNEEDEDÏTOÏEFlCIENTLYÏ MANAGEÏ'EO&RAMEÏSOFTWAREÏSERVICEÏ PROJECTSÏANDÏPROJECTÏDATAÏ4HEÏATTENDEESÏ WILLÏALSOÏLEARNÏTOÏUSEÏTHEÏ'EO&RAMEÏ SOFTWAREÏSYSTEMÏTOÏDESCRIBEÏTHEÏ SUBSURFACEÏPRECISELYÏTHROUGHOUTÏTHEÏ%0Ï WORKmOWÏ4HEÏCOURSEÏFOCUSÏISÏONÏTHEÏ FUNCTIONALITYÏCOMMONÏTOÏALLÏ'EO&RAMEÏ software applications.

COURSE CONTENT Q

Q

3TUDIOÏENVIRONMENTÏ&IND Ï #OLLABORATE ÏANDÏ-ANAGE Ï 0ETRELÏSOFTWAREÏINTRODUCTIONÏ

Q


Q

0ETRELÏINTERFACE ÏGENERALÏTOOLS ÏANDÏ windows

Q

-ODELINGÏCONCEPTSÏOVERVIEW

Q

Surface constructing and editing

Q

3IMPLEÏGRIDÏCONSTRUCTING

Q


Q

Data plotting

Q

+NOWLEDGEÏSHARINGÏANDÏCOLLABORATION

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏ GEOLOGISTS ÏGEOPHYSICISTS ÏGEOCHEMISTS Ï GEOSCIENTISTS ÏPETROLEUMÏENGINEERS Ï MANAGERS ÏANDÏTECHNICALÏ)4ÏPERSONNELÏ WITHÏNOÏPREVIOUSÏ0ETRELÏPLATFORMÏSOFTWAREÏ EXPERIENCE PREREQUISITE 'ENERALÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGYÏ ANDÏGEOPHYSICSÏORÏRESERVOIRÏENGINEERINGÏ ASÏWELLÏASÏELEMENTALÏSOFTWAREÏSKILLS

COURSE CONTENT Q

Q Q Q

$ISPLAYINGÏANDÏINTERPRETINGÏSEISMICÏ DATAÏUSINGÏVARIOUSÏTECHNIQUES Ï INCLUDINGÏMULTIFRAMEÏANDÏSEISMICÏ ATTRIBUTEÏDISPLAYS $ElNINGÏHORIZONSÏANDÏFAULTS Drawing and editing of faults, HORIZONS ÏFAULTÏCONTACTS ÏANDÏFAULTÏ boundaries -ANUALÏANDÏAUTOMATICÏFAULTÏ ASSIGNMENT

Q

-ANUALÏANDÏAUTOMATICÏHORIZONÏ INTERPRETATIONÏUSINGÏVARIOUSÏTRACKINGÏ techniques

Q

Q

%DITING ÏCONTOURING ÏANDÏINTERPOLATINGÏ HORIZONÏMAPS Grid operations

Q

%XTRACTINGÏANDÏUSINGÏSEISMICÏMAPÏ attributes

Q

)NTERPRETATIONÏOFÏHORIZONSÏANDÏFAULTSÏ in 3D

!CCESSÏWELLÏANDÏSEISMICÏLOCATIONS Ï SEISMICÏINTERPRETATION ÏMARKERS Ï ZONEÏPROPERTIES ÏGRIDS ÏANDÏOTHERÏ 'EO&RAMEÏSOFTWAREÏDATAÏFORÏMAPPING

COURSE CONTENT Q

'EO&RAMEÏSOFTWAREÏDATAÏMODELÏ concept and how data relate to each other

Q


Q

Q


Q

Q


!SSIGNMENTÏACCESSÏRIGHTSÏTOÏSECUREÏ SPECIlCÏDATAÏTYPES

Q

Q


0ROJECTÏWELLÏDATAÏLOADINGÏINÏSEVERALÏ FORMATS

Q


"ROWSE ÏLIST ÏlND ÏEDIT ÏANDÏDISPLAYÏ VARIOUSÏDATAÏTYPES

Q

3ETÏMATCHÏANDÏMERGEÏRULES

Q

'ENERATINGÏRANDOMÏLINES

Q

Q

COURSE CONTENT

Q


Q


Q

/VERVIEWÏOFÏ'EO&RAMEÏ-ODELÏ%DITOR Ï -APÏ%DITOR ÏANDÏ#OLORÏ0ALETTEÏ%DITORÏ MODULES ÏANDÏ#03 ÏMACROÏLANGUAGE

AUDIENCE

Create, edit, back up, restore, and DELETEÏPROJECTS

AUDIENCE .EWÏUSERSÏOFÏ'EO&RAMEÏSOFTWARE Ï INCLUDINGÏDATABASEÏADMINISTRATORS Ï application support staff, and DEVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ ANDÏGEOPHYSICISTS PREREQUISITE None

$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ and application support staff. PREREQUISITE 'EO&RAMEÏ&UNDAMENTALSÏCOURSE

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏ GEOPHYSICISTS PREREQUISITE 'EO&RAMEÏ&UNDAMENTALSÏCOURSE



12/22/13 2:49 AM

GEOPHYSICS GeoFrame IESX Seismic Interpretation

GeoFrame Seismic Attribute ToolKit Workflow

Petrel Geophysics: Seismic Visualization and Interpretation




"UILDÏONÏYOURÏKNOWLEDGEÏOFÏTHEÏ'EO&RAMEÏ SOFTWAREÏFUNDAMENTALSÏANDÏTHEÏUSEÏ OFÏ)%38ÏSOFTWAREÏFORÏ$ Ï$ ÏANDÏ$Ï INTERPRETATIONÏOFÏHORIZONSÏANDÏFAULTSÏONÏ SEISMICÏDATAÏ!TTENDEESÏWILLÏLEARNÏHOWÏ )%38ÏINTERPRETATIONÏSOFTWAREÏCANÏBEÏ FULLYÏINTEGRATEDÏWITHÏOTHERÏ'EO&RAMEÏ SOFTWAREÏMODULESÏSUCHÏASÏ3YNTHETICS Ï )N$EPTHÏCONVERSIONÏSOFTWARE Ï3EIS#LASSÏ SOFTWARE Ï!3!0ÏSEISMICÏPICKER Ï'EO6IZÏ APPLICATION ÏANDÏ"ASEMAPÏ0LUSÏGRIDDINGÏ and contouring applications.

4HISÏCOURSEÏPRESENTSÏTHEÏ'EO&RAMEÏ SOFTWAREÏSEISMICÏATTRIBUTEÏTOOLKITÏ WORKmOW ÏANÏINTEGRATEDÏSOLUTIONÏFORÏ SEISMICÏATTRIBUTEÏEXTRACTIONÏANDÏANALYSISÏ The course will increase attendee KNOWLEDGEÏOFÏTHEÏATTRIBUTESÏTHATÏREVEALÏ SUBTLEÏVARIATIONSÏINÏLITHOLOGYÏANDÏmUIDÏ CONTENT ÏWHICHÏMAYÏINDICATEÏPOTENTIALÏ traps for oil and gas in addition to UNDERSTANDINGÏHOWÏTOÏCOMBINEÏGEOLOGICÏ KNOWLEDGEÏOBTAINEDÏFROMÏWELLSÏWITHÏ SEISMICÏATTRIBUTESÏTOÏHELPÏIDENTIFYÏDRILLINGÏ TARGETSÏTHATÏINVOLVEÏLESSÏRISK

This course is designed to assist GEOPHYSICISTSÏANDÏGEOLOGISTSÏLEARNÏHOWÏTOÏ EFFECTIVELYÏUSEÏTHEÏ0ETRELÏPLATFORMÏINÏTHEÏ INTERPRETATIONÏOFÏ$$ÏSEISMICÏDATAÏ4HEÏ COURSEÏPROVIDESÏSTEP BY STEPÏINSTRUCTIONSÏ in setting up a new interpretation PROJECT ÏSEISMICÏDATAÏVISUALIZATIONÏANDÏ MANIPULATIONÏTECHNIQUES ÏMIS TIEÏANALYSISÏ FORÏ$ÏANDÏ$ÏDATA ÏDETAILEDÏWORKmOWÏFORÏ HORIZONÏANDÏFAULTÏINTERPRETATION ÏCREATINGÏ SURFACESÏFROMÏSEISMICÏINTERPRETATION Ï USINGÏSURFACEÏATTRIBUTES ÏANDÏ$ÏSEISMICÏ RESTORATIONÏ!TTENDEESÏWILLÏALSOÏBEÏGIVENÏ AÏBRIEFÏINTRODUCTIONÏTOÏVELOCITYÏMODELINGÏ ANDÏDEPTHÏCONVERSION

COURSE CONTENT Q

3ELECTINGÏANDÏDISPLAYINGÏSEISMICÏLINES

Q

)NTERPRETINGÏANDÏEDITINGÏHORIZONS Ï fault cuts, fault contacts, fault traces, and fault boundaries

Q Q

Q

Q

Q

Operations and interpretation tools

COURSE CONTENT Q

Q

+EYÏTOOLKITÏFEATURES

Q

!NALYSISÏOFÏSEISMICÏATTRIBUTESÏWITHÏ THEÏ3EIS#LASSÏ%XPLOREÏMULTIATTRIBUTEÏ CLASSIlCATIONÏSOFTWARE

$ISPLAYINGÏWELLÏPATHS ÏLOGS ÏANDÏ SYNTHETICSÏONÏSEISMICÏSECTIONS 'RIDDINGÏANDÏCONTOURINGÏDIRECTLYÏONÏ THEÏBASEÏMAP !PPLYINGÏOPERATIONSÏTOÏSURFACESÏ WITHÏ"ASEMAPÏ0LUSÏGRIDDINGÏANDÏ CONTOURINGÏSOFTWAREÏANDÏ$ÏVOLUMEÏ PICKINGÏUSINGÏ!3!0ÏSEISMICÏPICKER

Q

Q

Q

'EO6IZÏ%XPLOREÏMODULE Q

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏ GEOPHYSICISTS PREREQUISITE 'EO&RAMEÏ&UNDAMENTALSÏCOURSE

4YPICALÏWORKmOWÏFORÏGENERATINGÏ SEISMICÏATTRIBUTES

Q

NEW

GeoFrame GeoViz Seismic Interpretation and Visualization Techniques Fundamentals Skill – 2 Days In this course, attendees will learn HOWÏ'EO6IZÏAPPLICATIONÏBRINGSÏPOWERÏ ANDÏmEXIBILITYÏFORÏMAXIMUMÏIMPACTÏONÏ WORKmOWS COURSE CONTENT Q

3IMULTANEOUSÏDISPLAYÏOFÏ$ÏANDÏ$Ï SEISMICÏDATA

Q

$ÏVOLUMES

Q

$ISPLAYSÏANDÏINTERPRETATIONSÏ

Q

Q

3IMULTANEOUSÏINTERACTIONÏOFÏ)%38Ï INTERPRETATIONÏSOFTWAREÏORÏ#HARISMAÏ INTERPRETATIONÏWITHÏ"ASEMAPÏ0LUSÏANDÏ DataManager applications

Q

-ULTIATTRIBUTEÏANALYSISÏTECHNIQUESÏTOÏ HIGHLIGHTÏSPECIlCÏGEOLOGICÏFEATURES

Q

&AULTÏINTERPRETATIONÏWORKmOWS

Q

$ETECTINGÏVOLUMESÏANDÏPERFORMINGÏ ISOLATEDÏDETAILEDÏANALYSIS

Q

-ODIFYINGÏINTERPRETATIONÏSETTINGSÏANDÏ user options

COURSE CONTENT Q

3ETÏUPÏNEWÏPROJECTÏANDÏPROJECTIONÏ SYSTEMÏ

Q

)MPORTÏOFÏ$ÏANDÏ$ÏSEISMICÏDATAÏ

Q

#ROPPINGÏANDÏREALIZATIONÏOFÏSEISMICÏ VOLUMEÏ

5SEÏTHEÏ'EO6IZÏAPPLICATIONÏVOLUMEÏ PREVIEWÏCAPABILITYÏFORÏRAPIDÏ PARAMETERÏTESTINGÏANDÏ1#ÏINÏ$

Q

3URVEYÏANDÏINTERPRETATIONÏMANAGERSÏ

Q

-IS TIEÏANALYSISÏ

!LGORITHMSÏFORÏSPECTRALÏ DECOMPOSITION

Q

6OLUMEÏRENDERINGÏ

Q

)NTERACTIVEÏINTERPRETATIONÏOFÏSEISMICÏ INÏ$ÏANDÏ$ÏWINDOWSÏ

$ISPLAYÏ623ÏATTRIBUTESÏANDÏTRACINGÏ RECONSTRUCTIONÏINÏSEISMICÏWINDOW Interpret data during attribute EXTRACTION #OMPUTATEÏMULTIPLEÏSEISMICÏ attributes in a single run

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏ GEOPHYSICISTS

Q

&AULTÏANDÏHORIZONÏINTERPRETATIONÏ

Q

'ENERATEÏSURFACESÏFROMÏSEISMICÏ interpretation

Q

3URFACEÏATTRIBUTEÏMAPSÏ

Q

3EISMICÏRESTORATIONÏ

Q

)NTRODUCTIONÏTOÏVELOCITYÏMODELINGÏANDÏ DOMAINÏCONVERSION

Creation of fault surfaces, tessellated surfaces, and well sections

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏ GEOPHYSICISTS PREREQUISITE 'EO&RAMEÏ&UNDAMENTALSÏCOURSE Ï 'EO&RAMEÏ)%38Ï3EISMICÏ)NTERPRETATIONÏ COURSE ÏORÏ'EO&RAMEÏ#HARISMAÏ3EISMICÏ Interpretation course.

AUDIENCE

PREREQUISITE 'EO&RAMEÏ&UNDAMENTALSÏCOURSEÏANDÏ AÏWORKINGÏKNOWLEDGEÏOFÏ)%38ÏSEISMICÏ INTERPRETATIONÏORÏ#HARISMAÏSEISMICÏ interpretation software.

%XPLORATIONÏANDÏDEVELOPMENTÏ GEOPHYSICISTS ÏGEOLOGISTSÏANDÏ GEOSCIENTISTSÏWORKINGÏWITHÏSEISMICÏDATA PREREQUISITE 0ETRELÏ&UNDAMENTALSÏCOURSEÏORÏFAMILIARITYÏ WITHÏ0ETRELÏPLATFORMÏINTERFACEÏANDÏ core functions, in addition to a general KNOWLEDGEÏOFÏPETROLEUMÏGEOPHYSICSÏANDÏ GEOLOGYÏASÏWELLÏASÏELEMENTARYÏSOFTWAREÏ skills.

Software




Field trips

Uses simulation

| 75 12/22/13 2:49 AM

GEOPHYSICS GeoFrame GIS

GeoFrame IESX Gathers Seismic Workflow

Petrel Geophysics: Seismic Interpretation Workflow Tools

Skill – 4 Hours

Skill – 4 Hours

Skill – 2 Days

4HISÏCOURSEÏPROVIDESÏINFORMATIONÏANDÏ GUIDANCEÏTOÏATTENDEESÏONÏTHEÏ'EO&RAMEÏ software capabilities for loading, DISPLAYING ÏANDÏANNOTATINGÏ')3ÏDATAÏINTOÏ "ASEMAPÏ0LUSÏGRIDDINGÏANDÏCONTOURINGÏ SOFTWAREÏVECTORÏANDÏRASTER Ï3%)3 $ Ï$Ï SEISMICÏINTERPRETATIONÏAPPLICATION ÏANDÏ 3EIS$6 Ï)%38ÏSEISMICÏINTERPRETATIONÏ APPLICATIONÏSOFTWAREÏVECTORÏONLY

4HISÏCOURSEÏWILLÏINCREASEÏTHEÏATTENDEESÏ UNDERSTANDINGÏOFÏ'EO&RAMEÏ)%38Ï SOFTWAREÏCAPABILITIESÏFORÏDISPLAYINGÏ ANDÏANNOTATINGÏSEISMICÏGATHERSÏANDÏ IDENTIFYINGÏTHEIRÏLOCATIONSÏONÏBASEÏMAPSÏ In this course, the attendee will also learn TOÏDISPLAYÏ!6/ÏGRAPHSÏONÏGATHERS

4HISÏCOURSEÏBUILDSÏONÏTHEÏ0ETRELÏ3EISMICÏ 6ISUALIZATIONÏANDÏ)NTERPRETATIONÏCOURSEÏ ANDÏFOCUSESÏONÏSEISMICÏINTERPRETATIONÏ WORKmOWS ÏTECHNIQUES ÏANDÏBESTÏ practices. The course includes creating ANDÏUSINGÏDIFFERENTÏSEISMICÏATTRIBUTES Ï SEISMICÏDATAÏQUALITYÏENHANCEMENTÏ USINGÏSEISMICÏATTRIBUTES ÏCONVENTIONALÏ ANDÏCONTEMPORARYÏMETHODSÏOFÏFAULTSÏ EXTRACTION ÏSEISMICÏATTRIBUTESÏBLENDINGÏ TECHNIQUES ÏPOPULATINGÏAÏMODELÏWITHÏ SEISMICÏATTRIBUTES ÏCROSSPLOTINGÏPROCESSÏ FORÏSURFACEÏATTRIBUTESÏTOÏlNDÏCORRELATIONÏ AMONGÏSEISMICÏATTRIBUTES ÏANDÏSETTINGÏUPÏ AÏWORKmOWÏEDITORÏFORÏAUTOMATICÏATTRIBUTEÏ CREATIONÏ4HEÏCOURSEÏALSOÏCOVERSÏVARIOUSÏ WORKmOWSÏFORÏGEOBODYÏINTERPRETATIONÏ using different probes, populating a GEOBODYÏINTOÏAÏ$ÏGRID ÏTRAINÏESTIMATIONÏ MODELÏUSINGÏNEURALÏNETWORKSÏTOÏlNDÏ CORRELATIONÏINÏSEISMICÏATTRIBUTESÏFORÏ INTERPRETATIONÏPURPOSES ÏANDÏLITHOLOGYÏ IDENTIlCATIONÏWHILEÏUSINGÏGENETICÏ INVERSIONÏINÏ0ETREL

COURSE CONTENT Q

$ISPLAYÏANDÏANNOTATATIONÏOFÏGATHERSÏ USINGÏMULTIWINDOWÏDISPLAYS

Q

0OSTÏINTERPRETATIONÏOFÏGATHERSÏANDÏ THEIRÏASSOCIATEDÏSTACKEDÏDISPLAYS

Q

$ISPLAYÏANDÏANNOTATATIONÏOFÏ!6/Ï GRAPHSÏONÏGATHERSÏDISPLAYS

COURSE CONTENT Q

Q

Q

,OADINGÏ')3ÏRASTERÏDATAÏINTOÏ"ASEMAPÏ 0LUSÏGRIDDINGÏANDÏCONTOURINGÏ software Loading, posting, and changing GIS VECTORÏDATAÏAPPEARANCEÏINÏ"ASEMAPÏ 0LUSÏGRIDDINGÏANDÏCONTOURINGÏ software 0OSTINGÏ')3ÏVECTORÏDATAÏONÏ3%)3 $ and 3EIS$6ÏSLICEÏANDÏSECTION ÏDATA

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏ GEOPHYSICISTSÏUSINGÏPRESTACKÏSEISMICÏDATAÏ for interpretation.

AUDIENCE

PREREQUISITE

$ATABASEÏADMINISTRATORS ÏAPPLICATIONÏ SUPPORTÏSTAFF ÏANDÏDEVELOPMENTÏANDÏ EXPLORATIONÏGEOLOGISTSÏANDÏGEOPHYSICISTS


PREREQUISITE


Q

$IFFERENTÏMETHODSÏFORÏEXTRACTINGÏAÏ GEOBODYÏ

Q

"LENDINGÏTECHNIQUESÏANDÏOPACITYÏ functions for geobodies

Q

#ONVERTÏTHEÏEXTRACTEDÏGEOBODYÏTOÏ SEISMICÏHORIZONÏINTERPRETATIONÏ

Q

4RAINÏESTIMATIONÏMODELNEURALÏNETSÏ FORÏSEISMICÏATTRIBUTESÏCLASSIlCATIONÏ

Q

,ITHOLOGYÏIDENTIlCATIONÏUSINGÏGENETICÏ INVERSION

AUDIENCE %XPLORATIONÏANDÏDEVELOPMENTÏ GEOPHYSICISTS ÏGEOLOGISTS ÏANDÏ GEOSCIENTISTSÏWORKINGÏWITHÏADVANCEDÏ SEISMICÏINTERPRETATIONÏPROJECTS PREREQUISITE 0ETRELÏ'EOPHYSICSÏ3EISMICÏ6ISUALIZATIONÏ and Interpretation course in addition TOÏHAVINGÏGENERALÏKNOWLEDGEÏOFÏ EXPLORATIONÏANDÏDEVELOPMENTÏGEOPHYSICS Ï INTERMEDIATEÏINTERPRETATION ÏANDÏSOFTWAREÏ skills.

COURSE CONTENT Q

5SEÏOFÏAVAILABLEÏSEISMICÏATTRIBUTESÏTOÏ ENHANCEÏSEISMICÏDATAÏQUALITYÏ

Q

#ONVENTIONALÏANDÏCONTEMPORARYÏ METHODSÏOFÏFAULTÏEXTRACTIONÏ

Q

3EISMICÏATTRIBUTEÏMAPSÏANDÏSURFACESÏ

Q

3EISMICÏATTRIBUTEÏBLENDINGÏTECHNIQUESÏ INÏTHEÏ0ETRELÏPLATFORMÏSOFTWARE

Q

)NTERACTIVEÏCROSSPLOTÏPROCESSÏFORÏ SURFACEÏATTRIBUTESÏINÏTHEÏ0ETRELÏ PLATFORM

Q

7ORKmOWÏEDITORÏSETUPÏTOÏGENERATEÏ DIFFERENTÏATTRIBUTESÏONÏTHEÏmYÏ

Q

'ENERATEÏ$ÏEDGEÏENHANCEMENTÏ ANDÏANTÏTRACKÏCUBESÏTOÏAUTOMATICALLYÏ EXTRACTÏFAULTSÏ

Q

'EOBODYÏINTERPRETATIONÏUSINGÏBOX Ï HORIZON ÏANDÏWELLÏPROBESÏ


76 |

NEW


12/22/13 2:49 AM

GEOPHYSICS GeoFrame InDepth Conversion Software

Petrel Prestack Seismic Interpretation

Petrel Seismic Well Tie


Skill – 2 Days

Skill – 2 Days

Skill – 2 Days

Skill – 3 Days

!TTENDEESÏWILLÏGAINÏEXPERIENCEÏINÏUSEÏ OFÏ'EO&RAMEÏ)N$EPTHÏSOFTWAREÏ4HEÏ ATTENDEESÏWILLÏLEARNÏTOÏCREATEÏDOMAINÏ CONVERSIONÏMODELSÏANDÏTRANSFORMÏ HORIZONS ÏFAULTS ÏGRIDS ÏANDÏSEISMICÏDATAÏ FROMÏONEÏDOMAINÏTOÏANOTHER

4HISÏEXPOSESÏSEISMICÏINTERPRETERSÏTOÏ THEÏUSEÏOFÏPRESTACKÏSEISMICÏDATAÏINÏAÏ TYPICALÏINTERPRETATIONÏWORKmOWÏINVOLVINGÏ TIMEÏMIGRATEDÏDATAÏINÏAMPLITUDE ÏANDÏ NONAMPLITUDE SUPPORTEDÏSETTINGSÏ4HEÏ COURSEÏINCLUDESÏGENERALÏTHEORYÏANDÏ PRACTICALÏASPECTSÏWITHÏHANDS ONÏEXERCISESÏ DIRECTLYÏINÏTHEÏ0ETRELÏPLATFORMÏ4HEÏCOURSEÏ COVERSÏTHREEÏASPECTSÏOFÏPRESTACKÏDATAÏUSEÏ ASÏIMPLEMENTEDÏBYÏTHEÏPLUG INÏPRESTACKÏ VISUALIZATIONÏPRESTACKÏINTERPRETATIONÏ prestack processing.

This course will introduce the attendees TOÏTHEÏEXISTINGÏWORKmOWSÏINÏTHEÏSEISMICÏ well tie process. Attendees will be guided through the required steps to GENERATEÏTHEÏSEISMICÏWELLÏTIE ÏCOVERINGÏ THEÏTHREEÏMAINÏWORKmOWSÏSONICÏ CALIBRATION ÏSYNTHETICÏGENERATION ÏANDÏ INTEGRATEDÏSEISMICÏWELLÏTIEÏ3UPPORTINGÏ THESEÏWORKmOWS ÏTHEÏATTENDEESÏWILLÏ HAVEÏACCESSÏTOÏTHEÏLOGÏCONDITIONINGÏ ANDÏWAVELETÏTOOLBOX ÏWHICHÏPROVIDESÏ INTERACTIVEÏFUNCTIONALITIESÏFORÏTHEÏCREATIONÏ ORÏMANIPULATIONÏOFÏTHEÏDIFFERENTÏINPUTSÏ USEDÏINÏTHEÏSEISMICÏWELLÏTIEÏWORKmOWS

This course introduces the attendee to VELOCITYÏMODELING ÏVELOCITYÏHANDLING ÏANDÏ DOMAINÏCONVERSIONÏFUNCTIONALITYÏINÏTHEÏ 0ETRELÏÏPLATFORM

COURSE CONTENT Q

$ÏMULTILAYER ÏMULTIFUNCTIONÏVELOCITYÏ MODELS

Q

3EISMICÏINTERPRETATIONSÏANDÏVELOCITYÏ data

Q

3EISMICÏINTERPRETATIONSÏANDÏSEISMICÏ DATAÏCONVERSIONSÏBETWEENÏTIME Ï DEPTH ÏANDÏVELOCITYÏDOMAINS

Q

Q

Q

Q

1UALITYÏCHECKSÏANDÏEDITSÏOFÏVELOCITYÏ data $ÏVELOCITYÏMODELÏBUILDINGÏFROMÏ borehole checkshot data and stacking VELOCITIES 3TACKINGÏVELOCITYÏDATAÏLOADINGÏINTOÏAÏ PROJECT $OMAINÏCONVERSIONÏOFÏFAULTÏCUTS Ï HORIZONS ÏGRIDS ÏANDÏSEISMICÏVOLUMES

Q

#ROSSPLOTÏUSEÏFORÏDATAÏANALYSIS

Q

6ELOCITYÏMODELÏEXPORTINGÏTOÏ3%'Ï9Ï FORMAT

COURSE CONTENT Q

Q

1UALITYÏCONTROLÏANDÏEDITINGÏOFÏ CHECKSHOTSÏANDÏSONICÏANDÏDENSITYÏ logs

,OADÏPRESTACKÏDATAÏINTOÏTHEÏ0ETRELÏ PLATFORM

Q

6ISUALIZEÏDATAÏINÏTHEÏPRESTACKÏANDÏ$Ï windows

Q

Calibrate sonic log with checkshots

Q

3YNTHETICÏSEISMOGRAMÏGENERATION

!NALYZEÏDATAÏWITHÏON THE mYÏSTACKSÏ ANDÏSINGLEÏOFFSETÏVOLUMES

Q

7AVELETÏCREATIONÏANDÏEXTRACTION

Q

)NTEGRATEDÏSEISMICÏWELLÏTIE

Q

Q

Q

0ICKÏANDÏAPPLYÏTHEÏMUTINGÏFUNCTIONÏ ANDÏSIMPLEÏON THE mYÏGATHERÏ processing 0ICKÏANDÏINTERPRETÏPRESTACKÏEVENTS

&URTHERMORE ÏTHEÏAVAILABLEÏVELOCITYÏ MODELINGÏAPPROACHESÏAREÏDISCUSSED Ï INCLUDINGÏWELLÏVELOCITYÏESTIMATION ÏTHEÏ NATUREÏANDÏMODELINGÏOFÏSEISMICÏVELOCITIES Ï SURFACE BASEDÏANDÏ$ÏGRID BASEDÏSEISMICÏ VELOCITYÏMODELING ÏASÏWELLÏASÏUSER DElNEDÏ VELOCITYÏFUNCTIONSÏ!FTERÏTHEÏVELOCITYÏ MODELINGÏPHASE ÏDOMAINÏCONVERSIONÏOFÏ VARIOUSÏOBJECTSÏANDÏMETHODSÏFORÏMODELINGÏ STRUCTURALÏUNCERTAINTYÏAREÏCOVERED COURSE CONTENT Q

AUDIENCE 'EOPHYSICISTS ÏGEOLOGISTS ÏANDÏ petrotechnical personnel with prior EXPERIENCEÏINÏUSINGÏTHEÏ0ETRELÏSOFTWAREÏ PLATFORM

Q

1UALITYÏCONTROLÏANDÏEDITINGÏOFÏWELLÏ DATAÏANDÏVELOCITYÏMODELINGÏ Checkshot calibration of sonic logs

Q

!VAILABLEÏVELOCITYÏFUNCTIONSÏASÏ WELLÏASÏDIFFERENTÏVELOCITYÏMODELINGÏ approaches

Q


Q

3URFACE ÏANDÏ$ÏGRID BASEDÏSEISMICÏ VELOCITYÏMODELINGÏ

Q

!DDRESSINGÏANISOTROPYÏINÏSEISMICÏ VELOCITIESÏ

Q

'EOSTATISTICALÏMETHODSÏINÏMODELINGÏ WELLÏVELOCITIESÏVSÏSEISMICÏVELOCITIESÏ

PREREQUISITE

Q

4HEÏ0ETRELÏ&UNDAMENTALSÏANDÏ0ETRELÏ 'EOPHYSICSÏCOURSES ÏORÏEQUIVALENTÏ 0ETRELÏINTERPRETATIONÏEXPERIENCEÏANDÏ GENERALÏGEOPHYSICALÏKNOWLEDGEÏ3EISMICÏ PROCESSINGÏKNOWLEDGEÏISÏADVANTAGEOUS

1UANTIFYINGÏRESIDUALÏDEPTHÏERRORÏANDÏ CREATINGÏAÏDEPTHÏCORRECTIONÏMODELÏTOÏ address the residuals

Q

#REATINGÏUSERÏDElNEDÏVELOCITYÏ functions

Q


Q

-ODELINGÏOFÏSTRUCTURALÏUNCERTAINTY

Q

%XTRACTÏANDÏANALYZEÏPRESTACKÏEVENTÏ attributes

Q

%XAMPLESÏOFÏ!6/ÏWORKmOWSÏINÏ THEÏ0ETRELÏPLATFORMÏSUPPORTEDÏBYÏ PRESTACKÏSEISMICÏINTERPRETATIONÏ03)

PREREQUISITE 'EO&RAMEÏ&UNDAMENTALSÏCOURSEÏANDÏ WORKINGÏKNOWLEDGEÏOFÏ)%38ÏORÏ#HARISMAÏ SEISMICÏINTERPRETATIONÏSOFTWARE

COURSE CONTENT

Q

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏ GEOPHYSICISTS

1UICKÏPRESTACKÏDATAÏOVERVIEWÏ ACQUISITION ÏGATHER ÏPROCESSING Ï STACKING ÏETC

The course takes the attendee through the preparation stage of data used for VELOCITYÏESTIMATIONÏANDÏMODELINGÏ4HISÏ PREPARATIONÏINCLUDESÏQUALITYÏCONTROLÏANDÏ edit of checkshot data used in sonic CALIBRATIONÏANDÏQUALITYÏCONTROLÏOFÏTIMEÏ SURFACESÏANDÏWELLÏTOPSÏUSEDÏFORÏDElNINGÏ VELOCITYÏINTERVALS

Q

3%'Ï9ÏTOÏ$)/ÏCONVERSION

PREREQUISITE 'ENERALÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGYÏ ANDÏGEOPHYSICSÏ0ETRELÏ&UNDAMENTALÏANDÏ 'EOPHYSICSÏCOURSESÏORÏEQUALÏEXPERIENCEÏ INÏTHEÏUSEÏOFÏTHEÏ0ETRELÏSOFTWARE

AUDIENCE 'EOPHYSICISTS ÏSEISMICÏINTERPRETERS ÏANDÏ SEISMICÏPROCESSORS

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTS Ï GEOPHYSICISTS ÏPETROLEUMÏENGINEERS Ï MANAGERS ÏRESERVOIRÏENGINEERS ÏANDÏ TECHNICALÏPERSONNELÏWITHÏPRIORÏEXPERIENCEÏ INÏ0ETRELÏSOFTWARE PREREQUISITE 0ETRELÏ'EOPHYSICSÏCOURSEÏORÏEQUIVALENTÏ 0ETRELÏEXPERIENCE

Software




Field trips

Uses simulation

| 77 12/22/13 2:49 AM

GEOPHYSICS Petrel Geological Workflows and Uncertainty Analysis Skill – 2 Days

NEW

4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏWITHÏ ANÏINSIGHTÏINTOÏTHEÏ7ORKmOWÏEDITORÏANDÏ THEÏ5NCERTAINTYÏANDÏ/PTIMIZATIONÏPROCESSÏ WITHÏAÏFOCUSÏONÏGEOLOGICALÏMODELINGÏ )NITIALLY ÏTHEÏCOURSEÏWILLÏFOCUSÏONÏHOWÏ TOÏUSEÏPREDElNEDÏWORKmOWSÏANDÏHOWÏ TOÏCREATEÏYOURÏOWNÏWORKmOWSÏFORÏBATCHÏ processing and operations, in addition to setting up, editing, and repeating PROCESSESÏWITHÏNEWÏDATAÏFORÏAÏCOMPLETEÏ ANDÏSTANDARDIZEDÏRESERVOIRÏMODELINGÏ WORKmOWÏ4OÏTAKEÏFULLÏADVANTAGEÏOFÏ THEÏUNCERTAINTYÏHANDLINGÏINÏTHEÏ0ETRELÏ PLATFORM ÏTHEÏATTENDEEÏSHOULDÏHAVEÏ ANÏUNDERSTANDINGÏOFÏTHEÏ7ORKmOWÏ editor, which is the cornerstone of the 5NCERTAINTYÏANDÏ/PTIMIZATIONÏPROCESSÏ !TTENDEESÏWILLÏBEÏALSOÏGIVENÏSOMEÏ EXAMPLESÏOFÏGEOLOGICALÏWORKmOWSÏ4HEÏ course will also focus on understanding SENSITIVITIESÏANDÏUNCERTAINTIESÏOFÏAÏ BASEÏCASEÏVOLUMETRICÏRESERVOIRÏMODELÏ Structural uncertainties related to SURFACESÏWILLÏBEÏEXPLORED ÏASÏWELLÏASÏ STOCHASTICÏPARAMETERSÏRELATEDÏTOÏTHEÏ PROPERTYÏMODELÏ!LSO ÏTHEÏUNCERTAINTYÏ RELATEDÏTOÏTHEÏCONTACTSÏDElNINGÏTHEÏ VOLUMEÏCASEÏWILLÏBEÏEXAMINED

Petrel Petroleum System-Based Play-to-Prospect Exploration: Using Petrel Exploration Geology Software for Integrated Evaluation of Petroleum Systems, Plays and Prospects

GeoFrame GeoViz Advanced Seismic Interpretation and Visualization Techniques

Skill – 3 Days

Advanced – 1 Day

)NÏTHISÏ DAYÏCOURSE ÏTHEÏATTENDEEÏ WILLÏLEARNÏTOÏUSEÏTHEÏ0ETRELÏPLATFORMÏ 0ETROLEUMÏ3YSTEMSÏ1UICKÏ,OOKÏANDÏ0LAYÏ TOÏ0ROSPECTÏ2ISKÏMODULESÏ4HEÏCOURSEÏ ATTENDEESÏWILLÏUNDERTAKEÏPLAYÏEVALUATIONÏ EXERCISESÏTHATÏINTEGRATEÏALLÏTHEÏPETROLEUMÏ SYSTEMÏELEMENTSÏINTOÏGEOLOGICALLYÏBASEDÏ OBJECTIVESÏANDÏDOCUMENTEDÏRESULTSÏTHATÏ can be used to understand and rank the opportunities. How to use the software TOOLSÏANDÏDEVELOPÏAÏBETTERÏUNDERSTANDINGÏ OFÏTHEÏFUNDAMENTALSÏOFÏPLAYÏANDÏPROSPECTÏ EVALUATIONÏAREÏALSOÏINCLUDEDÏINÏTHEÏ COURSEÏINÏADDITIONÏTOÏTHEÏREASONSÏWHYÏ an integrated approach results in better EVALUATIONSÏANDÏBETTERÏEXPLORATIONÏ success. COURSE CONTENT Q

!TTENDEESÏWILLÏEVALUATEÏAÏCONCESSIONÏ AREAÏUSINGÏTHEÏ0ETRELÏWORKmOWÏTOOLS

Q

"EGINNINGÏWITHÏTHEÏINITIALÏEXPLORATIONÏ data, the attendees will learn to COMBINEÏRESULTSÏFROMÏPETROLEUMÏ SYSTEMSÏMODELINGÏWITHÏTHEIRÏPLAYÏ FAIRWAYÏMAPSÏANDÏTRANSFORMÏTHEMÏ INTOÏPLAYÏCHANCEÏMAPS

Q

COURSE CONTENT Q


Q

/PERATINGÏPREDElNEDÏWORKmOWSÏ

Q


Q


Q

"ECOMINGÏFAMILIARÏWITHÏTHEÏ 5NCERTAINTYÏANDÏ/PTIMIZATIONÏPROCESS

Q


Q


Q

3TRUCTURAL ÏmUIDÏCONTACT ÏANDÏPROPERTYÏ UNCERTAINTYÏ

Q

4HEYÏWILLÏALSOÏLEARNÏTOÏUSEÏTHEÏ RESULTSÏFROMÏTHISÏANALYSISÏTOÏMAKEÏ PROBABILISTICÏVOLUMETRICÏANDÏCHANCEÏ OFÏSUCCESSÏASSESSMENTÏOFÏTHEIRÏ PROSPECTSÏTHATÏHAVEÏAÏCLEARÏLINKÏBACKÏ TOÏTHEÏPLAYÏEVALUATIONÏANDÏPETROLEUMÏ SYSTEMÏANALYSIS ,ASTLY ÏATTENDEESÏWILLÏLEARNÏHOWÏ TOÏKEEPÏTHEIRÏPLAYÏANDÏPROSPECTÏ EVALUATIONÏLIVEÏANDÏUSABLEÏWHENEVERÏ NEWÏUNDERSTANDINGÏORÏDATAÏBECOMESÏ AVAILABLE.

AUDIENCE 'EOSCIENTISTSÏFAMILIARÏWITHÏPROSPECTÏ EXPLORATIONÏFUNDAMENTALSÏANDÏWORKmOWSÏ WHOÏWANTÏTOÏLEARNÏHOWÏTOÏPERFORMÏTHEMÏ USINGÏ0ETRELÏPLATFORMÏSOFTWARE

4HEÏFOCUSÏOFÏTHISÏADVANCEDÏCOURSEÏISÏTOÏ INSTRUCTÏTHEÏATTENDEESÏINÏTHEÏEFFECTIVEÏ USEÏOFÏTHEÏ'EO6IZÏAPPLICATIONÏANDÏTOOLSÏ WITHINÏADVANCEDÏWORKmOWS COURSE CONTENT

PREREQUISITE

Q

'EO6IZÏAPPLICATIONÏFUNCTIONALITY

0ETRELÏ&UNDAMENTALSÏANDÏBEÏABLEÏTOÏWORKÏ WITHÏTHEÏ0ETRELÏPROCESSES ÏINPUT ÏANDÏ WINDOWSÏTABSÏ0ETRELÏPLATFORMÏSKILLSÏ SUCHÏASÏ0ETRELÏGENERALÏLAYOUT ÏMODULEÏ OPERATION ÏANDÏSURFACEÏANDÏPOLYGONÏ OPERATIONSÏWILLÏBEÏUSEFULÏHOWEVERÏSKILLSÏ INÏ0ETRELÏSEISMICÏINTERPRETATION ÏPROPERTYÏ MODELING ÏWELLÏCORRELATION ÏETCÏAREÏNOTÏ required.

Q

-ULTIPROBEÏCAPABILITY

Q

-ANIPULATIONÏOFÏLIGHTING ÏMATERIAL Ï ANDÏCOLORÏPROPERTIESÏOFÏDISPLAYEDÏ surfaces

Q

6ARIABLEÏOPACITYÏVOLUMEÏMANIPULATION

Q

#REATIONÏOFÏANDÏINTERACTIVELYÏ DEVELOPINGÏFAULTÏSURFACES

Q

-ULTIATTRIBUTEÏANALYSISÏTECHNIQUESÏTOÏ HIGHLIGHTÏSPECIlCÏGEOLOGICÏFEATURES

Q

)NTERPRETATION CONTROLLEDÏVOLUMEÏCUTSÏ TOÏFOCUSÏONÏKEYÏAREAS

Q

)NTERPRETATIONÏOFÏFAULTÏWORKmOWS Ï HORIZONS ÏANDÏTHEÏNEWÏ!3!0Ï FUNCTIONALITY

Q

6OXELÏPICKING

Q

$ETECTINGÏVOLUMESÏANDÏPERFORMINGÏ ISOLATEDÏDETAILEDÏANALYSIS

Q

-ODIlCATIONÏOFÏINTERPRETATIONÏ settings and user options

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏ GEOPHYSICISTS PREREQUISITE 'EO&RAMEÏ&UNDAMENTALSÏCOURSE Ï 'EO&RAMEÏ)%38Ï3EISMICÏ)NTERPRETATIONÏ COURSE ÏORÏ'EO&RAMEÏ#HARISMAÏ3EISMICÏ Interpretation course.

AUDIENCE 2ESERVOIR ÏDEVELOPMENT ÏANDÏEXPLORATIONÏ GEOLOGISTS ÏPETROPHYSICISTS ÏANDÏTECHNICALÏ PERSONNELÏEXPERIENCEDÏINÏTHEÏUSEÏOFÏ 0ETRELÏSOFTWARE PREREQUISITE 0REVIOUSLYÏCOMPLETEDÏTHEÏ0ETRELÏ &UNDAMENTALSÏCOURSEÏANDÏTHEÏ0ETRELÏ 'EOLOGYÏCOURSE



12/22/13 2:49 AM

GEOPHYSICS GeoFrame Synthetics


Advanced – 2 Days

Advanced – 5 Days

4HEÏ'EO&RAMEÏ3YNTHETICSÏRESERVOIRÏ CHARACTERIZATIONÏSOFTWAREÏMODULEÏBRIDGESÏ THEÏGAPÏBETWEENÏGEOLOGYÏANDÏGEOPHYSICSÏ BYÏCREATINGÏACCURATEÏTIME TO DEPTHÏ relationships for wells. This course guides THEÏATTENDEESÏTHROUGHÏALLÏTHEÏNECESSARYÏ STEPSÏTOÏGENERATEÏACCURATEÏSYNTHETICÏ SEISMOGRAMS

In this course, attendees focus on ADVANCEDÏINTERPRETATIONÏANDÏPROCESSINGÏ CAPABILITIESÏFORÏTHEÏMANAGEMENTÏOFÏ WELLBOREÏIMAGEÏDATA ÏPRESSUREÏDATA Ï core data, and special core data. /NEÏDISCOVERSÏTHEÏPERFORMANCEÏOFÏ INTERPRETATIONÏWORKmOWSÏFORÏANALYSISÏOFÏ THESEÏDATAÏASÏWELLÏASÏSPECIALIZEDÏTASKSÏ SUCHÏASÏFACIESÏANDÏROCKÏTYPEÏDETECTIONÏ and propagation. In addition, attendees EXPLOREÏTHEÏPOWERÏOFÏTHEÏMULTIWELLÏANDÏ MULTIUSERÏASPECTSÏ9OUÏGAINÏAÏFOUNDATIONÏ FORÏADVANCEDÏPROCESSINGÏANDÏANALYSISÏ WITHINÏTHEÏ4ECHLOGÏPLATFORM

COURSE CONTENT Q

%DITINGÏLOGÏDATAÏGRAPHICALLY

Q

%DITINGÏCHECKSHOTÏDATAÏANDÏ calibrating sonic logs

Q

'ENERATINGÏSYNTHETICÏSEISMOGRAMÏ DISPLAYSÏINCORPORATINGÏLOGS ÏSEISMICÏ interpretation, and tops data

Q

-ODELINGÏREmECTIONÏCOEFlCIENTÏ

Q

$ISPLAYINGÏLOGSÏANDÏSYNTHETICÏTRACESÏ ONÏSEISMICÏSECTIONS

COURSE CONTENT Q


Q


Q


Q


Q


Q


Q


Q


AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏ GEOPHYSICISTS PREREQUISITE 'EO&RAMEÏ&UNDAMENTALSÏCOURSEÏANDÏ WORKINGÏKNOWLEDGEÏOFÏ)%38ÏSEISMICÏ INTERPRETATIONÏORÏ#HARISMAÏSEISMICÏ interpretation software.

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏLOGÏ ANALYSTSÏANDÏPETROPHYSICISTS ÏGEOLOGISTS Ï PETROLEUMÏENGINEERS ÏMANAGERS ÏANDÏ technical personnel with Techlog SOFTWAREÏEXPERIENCE PREREQUISITE 4ECHLOGÏ&UNDAMENTALSÏCOURSE

Software




Field trips

Uses simulation

| 79 12/22/13 2:49 AM

PETROPHYSICS COMPETENCY LEVEL ADVANCED

Petrophysical Property Mapping

Open Hole Log Interpretation

Production Logging and Reservoir Monitoring

Applied Reservoir Petrophysics and Characterization

Advanced Formation Evaluation in Carbonates

Advanced Production Logging

Advanced Formation Evaluation in Sandstones

Well Integrity

Advanced Formation Evaluation in Carbonates, Clastics and Basement Rock

Reservoir Monitoring Solutions Workshop Production Logging Solutions Workshop Applied Production Logging and Reservoir Monitoring

SKILL

Advanced Integrated Reservoir Analysis Advanced Core and Log Interpretation Applied Core Analysis: How to Interpret Core Data


Openhole and Cased Hole Data Acquisition and Interpretation MWD and LWD Tool Physics and Applications Tool Physics of High-Technology Imaging and Logging Tools Dipmeter and Borehole Image Logging Advanced Carbonate Petrophysics From Pores to Logs

FOUNDATION

Integrated Reservoir Analysis


Statistics and Petrophysics


Basic Core Analysis

Practical Wireline Logging for Geoscientists

Applied Capillary Pressure and Saturation Height Modeling

Tool Physics: Standard Logging Tools

Integrated Wellbore and Reservoir Analysis: From Pore to Well Test Scale

Formation Evaluation: Heriot-Watt University Program

Cased Hole Logging and Formation Evaluation

Petrophysics for Drilling Engineers Basic Logging Methods and Formation Evaluation Well Placement Fundamentals Basic Petrophysics, Quick Look, and Log Quality Control

AWARENESS


Introduction to Petrophysics

Introduction to Production Logging and Reservoir Monitoring


12/22/13 2:49 AM

PETROPHYSICS Petrel

GeoFrame




COMPETENCY LEVEL ADVANCED SOFTWARE

Techlog

Techlog Borehole Image Interpretation Techlog Formation Evaluation Techlog Advanced Analysis


SKILL

Petrel Advanced Wells Petrel Property Modeling

Techlog Python



AWARENESS


Software



FOUNDATION


Field trips

Uses simulation

| 81 12/22/13 2:49 AM

PETROPHYSICS Introduction to Petrophysics

Introduction to Production Logging and Reservoir Monitoring

Applied Capillary Pressure and Saturation Height Modeling




In this course, attendees are INTRODUCEDÏTOÏPETROPHYSICALÏPRINCIPLESÏ ANDÏTECHNIQUESÏTHROUGHÏHANDS ONÏ PHYSICALÏEXPERIMENTSÏTHATÏILLUSTRATEÏTHEÏ IMPORTANCEÏOFÏBASICÏRESERVOIRÏPROPERTIESÏ POROSITY ÏPERMEABILITY ÏRESISTIVITYÏOFÏOILÏ ANDÏWATER ÏANDÏCAPILLARYÏPRESSUREÏ4HEÏ COURSEÏTOPICSÏINCLUDEÏPETROPHYSICALÏROCKÏ TYPESÏINÏCONVENTIONALÏANDÏUNCONVENTIONALÏ RESERVOIRS ÏWIRELINEÏLOGGING Ï,7$ ÏPOREÏ GEOMETRY ÏCORE ÏANDÏCORINGÏPROCESSESÏ 4HEÏATTENDEESÏWILLÏDISCOVERÏHOWÏ CONVENTIONALÏRESERVOIRÏPROPERTIESÏDIFFERÏ FROMÏUNCONVENTIONALÏRESERVOIRS

3TRUCTUREDÏTOÏPROVIDEÏTHEÏATTENDEESÏWITHÏ THEÏFUNDAMENTALSÏOFÏPRODUCTIONÏLOGGINGÏ ANDÏmUIDÏMECHANICS ÏTHISÏCOURSEÏCOVERSÏ AÏVARIETYÏOFÏPROBLEMSÏENCOUNTEREDÏINÏ DEVELOPINGÏAÏPRODUCINGÏASSET ÏBOTHÏFROMÏ AÏWELLÏANDÏAÏlELDÏPERSPECTIVEÏ!TTENDEESÏ WILLÏLEARNÏTHEÏFUNDAMENTALSÏOFÏDIAGNOSINGÏ THESEÏPROBLEMSÏUSINGÏPRODUCTIONÏ logging tools and techniques, as well ASÏHOWÏTOÏMINIMIZEÏFUTUREÏOCCURRENCESÏ USINGÏPROACTIVEÏRESERVOIRÏMONITORINGÏ techniques.

This applied course teaches the attendee HOWÏTOÏUSEÏCAPILLARYÏPRESSUREÏDATAÏTOÏ help understand what is controlling THEÏmUIDÏDISTRIBUTION ÏTHEÏIMPORTANCEÏ OFÏPOREÏGEOMETRY ÏANDÏWHYÏWATERÏ saturation is not an accident. Case STUDIESÏANDÏWORKSHOPSÏONÏBIMODALÏ CARBONATESÏAREÏUSEDÏTOÏDEMONSTRATEÏTHEÏ challenges associated with interpreting mUIDÏDISTRIBUTIONSÏ4OÏUNDERSTANDÏ MANYÏCARBONATES ÏITÏISÏNECESSARYÏTOÏ EXAMINEÏCAPILLARYÏPRESSURE Ï(0-)Ï LABORATORYÏNUCLEARÏMAGNETICÏRESONANCE Ï THIN SECTIONS ÏANDÏSCANNINGÏELECTRONÏ MICROSCOPEÏ3%- ÏIMAGESÏ#LASTICSÏ STUDIESÏANDÏCORE LOGÏINTEGRATIONÏ WORKSHOPSÏAREÏUSEDÏILLUSTRATEÏHOWÏSIMPLEÏ SATURATIONÏHEIGHTÏMODELSÏCANÏBEÏAPPLIEDÏ INÏlELDÏSTUDIESÏOFÏNUMEROUSÏPARAMETERSÏ SUCHÏASÏmUIDÏCONTACTSÏANDÏHYDROCARBONÏ COLUMNÏHEIGHTÏTOÏHELPÏDETERMINEÏTHEÏ DOMINANTÏHYRDOCARBON WATERÏCONTACTÏ!Ï LARGEÏNUMBERÏOFÏWORKSHOPSÏAREÏUSEDÏINÏ this course, allowing the attendees to GAINÏHANDS ONÏEXPERIENCEÏINÏINTERPRETINGÏ CAPILLARYÏPRESSUREÏDATA

COURSE CONTENT Q

0OROSITYÏBULKÏVOLUME ÏGRAINÏVOLUME Ï ANDÏPOREÏVOLUME

Note:Ï!Ï DAYÏABBREVIATEDÏVERSIONÏOFÏTHISÏ COURSEÏISÏAVAILABLEÏBYÏREQUESTÏ#ONTACTÏ YOURÏREGIONALÏ.%X4ÏOFlCEÏFORÏMOREÏ INFORMATION COURSE CONTENT

Q

0ERMEABILITY

Q

Q

0OREÏGEOMETRYÏFUNDAMENTALSÏANDÏ IMPACTSÏINÏSANDSTONE ÏLIMESTONE ÏANDÏ DOLOMITE

Q

Q

7IRELINEÏLOGGINGÏANDÏ,7$

Q

Core and coring operations

Q

2ESERVOIRÏPRINCIPLESÏANDÏMECHANICS

Q

5NCONVENTIONALÏRESERVOIRS

AUDIENCE Geoscientists, engineers, and technicians WHOÏPROVIDEÏPETROPHYSICALÏTECHNICALÏ SUPPORTÏINÏNEEDÏOFÏANÏINTRODUCTORYÏ UNDERSTANDINGÏOFÏPETROPHYSICALÏPRINCIPLES

4OOLÏCONVEYANCEÏUSINGÏTRACTORSÏANDÏ coiled tubing Depth control in cased hole wells USINGÏGAMMAÏRAYÏANDÏCASINGÏCOLLARÏ locator

Q

6ERTICAL ÏDEVIATED ÏHORIZONTALÏ COMPLETIONSÏANDÏMULTILATERALÏWELLS

Q

)NmOWÏPERFORMANCEÏANDÏPRODUCTIVITYÏ INDEX

NEW

COURSE CONTENT Q

0OREÏGEOMETRYÏANDÏWETTABILITY $RAINAGEÏANDÏIMBIBITIONÏCAPILLARYÏ pressure data

Q

&LUIDÏVELOCITYÏMEASUREMENTSÏUSINGÏ SPINNERSÏANDÏmUIDÏINJECTIONS

Q

Q

0RODUCTIONÏPROBLEMÏDIAGNOSINGÏUSINGÏ production logs

Q

&LUIDÏCONTACTSÏANDÏFREE WATERÏLEVEL -EASUREMENTÏMETHODSÏANDÏOPTIONS

Basic Core Analysis Foundation – 5 Days #OREÏANALYSISÏISÏINTEGRALÏTOÏESTIMATINGÏ mUIDÏmOW ÏULTIMATEÏRECOVERY ÏANDÏ DISPLACEMENTÏEFlCIENCIESÏ4HISÏCOURSEÏ teaches the attendees the basics of COREÏANALYSISÏMETHODSÏASÏTHEÏFOUNDATIONÏ OFÏCOMPLETEÏRESERVOIRÏCHARACTERIZATIONÏ !TTENDEESÏWILLÏLEARNÏHOWÏCOMPREHENSIVEÏ core data acquisition is designed using AÏMULTIDISCIPLINARYÏAPPROACHÏCONSIDERINGÏ MANAGERIAL ÏDRILLING ÏGEOLOGIC ÏANDÏ ENGINEERINGÏREQUIREMENTSÏINÏADDITIONÏ TOÏUNDERSTANDINGÏHOWÏCOREÏANALYSISÏ ISÏAFFECTEDÏBYÏTHEÏCORINGÏMETHOD ÏTHEÏ CORINGÏmUIDÏSYSTEMS ÏCOREÏHANDLINGÏATÏ THEÏWELLSITE ÏANDÏTHEÏCOREÏPRESERVATIONÏ TECHNIQUESÏ4HISÏCOURSEÏDEVOTESÏ SIGNIlCANTÏTIMEÏTOÏWORKSHOPS ÏCASESÏ STUDIES ÏANDÏREAL WORLDÏEXAMPLESÏ7ITHÏ PRACTICALÏHANDS ONÏEXERCISES ÏATTENDEESÏ gain a better understanding of how rocks, PORES ÏANDÏmUIDSÏINTERACTÏWITHINÏTHEÏ RESERVOIR COURSE CONTENT Q

0OROSITY ÏPERMEABILITY ÏRESIDUALÏmUIDS Ï ANDÏLITHOLOGYÏATÏAÏMICROSCALE

Q

$EPOSITIONAL ÏLITHOLOGIC ÏANDÏTEXTURALÏ INFORMATION

Q

2ESERVOIRÏCONNATEÏWATERÏSATURATION

Q

$IRECTIONALÏPERMEABILITYÏSTUDIESÏ REVIEW

Q

Understanding of areal changes in POROSITY ÏPERMEABILITY ÏANDÏLITHOLOGY

Q

Basic production logging tools

Q

Q

Spinner tool calibrations

Q

PREREQUISITE

#ONVERTINGÏFROMÏLABORATORYÏ conditions to height

Q

None

Q

3INGLE PHASEÏmOWÏINTERPRETATIONÏANDÏ PRODUCTIVITYÏINDEX

#ALIBRATINGÏANDÏIMPROVINGÏLOGÏ interpretations

Q

)NTRODUCTIONÏTOÏPETROPHYSICALÏROCKÏ TYPES

Q

,OGGINGÏTECHNIQUESÏFORÏRESERVOIRÏ MONITORING

0OREÏGEOMETRYÏANDÏMINERALOGYÏ INFORMATION

Q

3ATURATIONÏHEIGHTÏMODELSÏTOÏPREDICTÏ saturation distribution

Q

0OREÏGEOMETRYÏANDÏPETROPHYSICALÏROCKÏ TYPESÏUSINGÏHIGH PRESSUREÏMERCURYÏ POROSIMETRY

Q

#ORE BASEDÏ.-2ÏOVERVIEW

Q

Q

Q

Q

0.,ÏINÏCAPTUREÏMODEÏDETERMININGÏ water, oil, and gas saturations in cased wells Leak detection using applied TEMPERATUREÏLOGGING 7ORKSHOPÏSINGLE PHASEÏmOWÏANDÏ ESTIMATINGÏWATERÏSATURATION

AUDIENCE %NTRY LEVELÏPROFESSIONALSÏOFÏALLÏ disciplines and nontechnical support staff responsible for interpreting production logs or using production log interpretations.

AUDIENCE !NYÏGEOLOGIST ÏPETROPHYSICIST ÏORÏENGINEERÏ WHOÏNEEDSÏTOÏUNDERSTANDÏmUIDÏCONTACTS Ï THEÏFREE WATERÏLEVEL ÏANDÏWHYÏWATERÏ saturation is not an accident. PREREQUISITE A basic understanding in using Microsoft %XCELÏTOÏMAKEÏCALCULATIONSÏANDÏPLOTS

AUDIENCE 0ETROPHYSICISTS ÏGEOSCIENTISTS ÏANDÏ engineers wanting a better understanding OFÏTHEÏUSEÏOFÏCOREÏANALYSISÏINÏRESERVOIRÏ description. PREREQUISITE "ASICÏUNDERSTANDINGÏOFÏRESERVOIRÏ CHARACTERIZATIONÏANDÏPETROPHYSICSÏANDÏAÏ WORKINGÏKNOWLEDGEÏOFÏ-ICROSOFTÏ%XCELÏ software.

PREREQUISITE None



12/22/13 2:49 AM

PETROPHYSICS Basic Logging Methods and Formation Evaluation

Basic Petrophysics, Quick Look, and Log Quality Control



In this introduction to openhole data acquisition, interpretation concepts, and practices, attendees will learn THEÏPRIMARYÏLOGGINGÏTOOLSÏUSED ÏTHEÏ PHYSICSÏOFÏHOWÏTHEÏMEASUREMENTSÏAREÏ MADE ÏANDÏBESTÏPRACTICESÏTOÏDETERMINEÏ POROSITYÏANDÏWATERÏSATURATIONÏ4OPICSÏ INCLUDEÏNEWÏHIGH TECHNOLOGYÏTOOLSÏANDÏ THEIRÏAPPLICATIONÏTOÏCONVENTIONALÏANDÏ UNCONVENTIONALÏENVIRONMENTS ÏINCLUDINGÏ .-2 Ï,7$ ÏWIRELINEÏFORMATIONÏTESTING Ï ANDÏBOREHOLEÏIMAGINGÏ4HEÏATTENDEESÏ will also learn how to interpret actual log DATAÏINÏEXERCISESÏDESIGNEDÏTOÏSTRENGTHENÏ YOURÏUNDERSTANDINGÏANDÏINTERPRETATIONÏ skills.

4HISÏCOURSEÏCOVERSÏGEOLOGYÏOFÏCARBONATESÏ ANDÏCLASTICS ÏGAMMAÏRAYÏANDÏSPONTANEOUSÏ POTENTIALÏTOOLÏPHYSICS ÏANDÏAPPLICATIONSÏ FORÏMEASURINGÏCLAYÏVOLUME ÏCLAYÏTYPE ÏANDÏ FORMATIONÏWATERÏSALINITIESÏ4HEÏCOURSEÏ ALSOÏINCLUDESÏPOROSITYÏANDÏLITHOLOGY Ï DENSITYÏANDÏNEUTRONÏTOOLÏPHYSICSÏANDÏ APPLICATIONS ÏACOUSTICÏTOOLÏPHYSICSÏANDÏ APPLICATIONSÏFORÏROCKÏMECHANICS ÏWELLBOREÏ STABILITY ÏANDÏSECONDARYÏPOROSITY Ï 2ESISTIVITYÏMEASUREMENTÏTOOLÏPHYSICSÏ OFÏSHALLOWÏ2XO ÏLATEROLOG ÏANDÏINDUCTIONÏ ANDÏADVANCEDÏTECHNOLOGYÏRESISTIVITYÏ tools are included in addition to an INTRODUCTIONÏTOÏADVANCEDÏTECHNOLOGYÏTOOLSÏ SUCHÏASÏNUCLEARÏMAGNETICÏRESONANCE Ï BOREHOLEÏIMAGING ÏDIELECTRIC ÏANDÏ WIRELINEÏFORMATIONÏTESTINGÏ)NÏTHEÏDATAÏ INTERPRETATIONÏAREA ÏTHISÏCOURSEÏCOVERSÏ THEÏEVALUATIONÏOFÏCLAYÏVOLUME ÏESTIMATIONÏ OFÏTHEÏPARAMETERSÏOFÏhMvÏANDÏhNvÏINÏTHEÏ Archie equation, quicklook techniques to ESTIMATEÏTHEÏOILWATER ÏGASWATERÏANDÏ OILGASÏCONTACTS ÏESTIMATEÏSALINITYÏOFÏ FORMATIONÏWATERÏANDÏlLTRATEÏWATER ÏANDÏ UNMOVEDÏHYDROCARBONÏZONEÏESTIMATIONÏOFÏ WATERÏSATURATIONSÏINÏSHALYÏSANDSÏ COURSE CONTENT Q 2ESERVOIRÏROCKÏANDÏWELLÏLIFEÏ Q 4OOLÏ#ONVEYANCE ÏDEPTHÏ#ONTROL Ï lLTRATEÏ)NVASIONÏPROlLING Q "ASICSÏOFÏLOGGING ÏLOGÏQUALITYÏCONTROL Q '2ÏSPECTROSCOPY Q 2ESISTIVITY ÏSPONTANEOUSÏPOTENTIAL Ï LATEROLOG ÏANDÏINDUCTIONÏARRAYÏ MEASUREMENTS Q !COUSTICÏLOG ÏSECONDARYÏPOROSITY Ï ROCKÏMECHANICALÏPROPERTIES ÏANDÏ WELLBOREÏSTABILITY Q .EUTRONÏ,OG ÏNEUTRONÏSPECTROSCOPYÏ ANDÏSIGMAÏNEUTRONÏCAPTUREÏCROSS section Q $ENSITY NEUTRONÏAPPLICATIONSÏFORÏ LITHOLOGY ÏSHALEÏVOLUME ÏANDÏEFFECTIVEÏ and total porosities Q )NTRODUCTIONÏTOÏADVANCEDÏTECHNOLOGYÏ tools Q )NTERPRETATIONÏOVERVIEWÏOFÏIMPORTANTÏ PETROPHYSICSÏPARAMETERS

COURSE CONTENT Q

2ESERVOIRÏROCK ÏSEDIMENTARYÏBASINS Ï rock properties, carbonates, clastics, shales, and diagenesis

Q

,OGGINGÏOVERVIEW

Q

30ÏANDÏGAMMAÏRAY

Q

0OROSITYÏTOOLSÏ$ENSITY ÏNEUTRON ÏANDÏ acoustic

Q

2ESISTIVITYÏBASICS ÏDEEP READINGÏ TOOLS ÏTRUEÏRESISTIVITY ÏSHALLOW READINGÏTOOLS ÏANDÏmUSHED ZONEÏ RESISTIVITY

Q

#OMPUTINGÏSHALEÏVOLUME

Q

1UICKLOOKÏMETHODS

Q

#OMPUTINGÏWATERÏSATURATIONÏINÏTHEÏ presence of shale

Q

Carbonates and their challenges

Q

NMR

Q

"OREHOLEÏIMAGING

AUDIENCE 0ETROPHYSICISTS ÏGEOSCIENTISTS ÏENGINEERS Ï ANDÏLOGÏANALYSTSÏWANTINGÏTOÏINCREASEÏTHEIRÏ UNDERSTANDINGÏOFÏBASICÏLOGÏANALYSIS PREREQUISITE !Ï YEARÏTECHNICALÏDEGREE

NEW

AUDIENCE Geoscientists and engineers who require AÏSTRONGÏFOUNDATIONÏINÏPETROPHYSICS Ï LOGGINGÏTOOLÏPHYSICS ÏANDÏLOGÏ interpretations. This course will also be PARTICULARLYÏUSEFULÏTOÏALLÏNEWÏHIRESÏWHOÏ WILLÏBEÏWORKINGÏINÏUPSTREAMÏDOMAINS





0RODUCTIONÏLOGGINGÏTOOLSÏHAVEÏSPECIlCÏ USESÏASÏWELLÏASÏLIMITATIONSÏ!TTENDEESÏ WILLÏLEARNÏTHEÏVARIOUSÏAPPLICATIONSÏ for these tools, the interpretation ASSUMPTIONSÏTHATÏAREÏINTEGRALÏTOÏTHEIRÏ DESIGNS ÏANDÏHOWÏLOGÏQUALITYÏISÏAFFECTEDÏ BYÏTHEÏACQUISITIONÏPROCESSÏ(ANDS ONÏ DEMONSTRATIONSÏTEACHÏTHEÏFUNDAMENTALSÏ of production log interpretation, and ANÏIN CLASSÏWORKSHOPÏFOCUSESÏONÏTHEÏ INTERPRETATIONÏOFÏSINGLE ÏANDÏTWO PHASEÏ mOWÏ$ISCUSSIONÏINCLUDESÏUSEÏOFÏTHESEÏ LOGSÏFORÏMEASUREMENTÏOFÏTHREE PHASEÏ mOW

)NÏTHISÏCOURSE ÏATTENDEESÏWILLÏSTUDYÏTHEÏ BASICSÏOFÏlELDÏSURVEILLANCEÏANDÏRESERVOIRÏ MONITORINGÏWITHÏTOOLSÏSUCHÏASÏPULSEDÏ NEUTRONÏANDÏCARBONOXYGENÏLOGGINGÏ4HEÏ attendees will learn how these tools AREÏAPPLIEDÏTOÏDIAGNOSEÏRESERVOIR WIDEÏ BEHAVIORSÏOFÏWATERÏBREAKTHROUGH ÏGASÏCAPÏ MIGRATION ÏANDÏBEHIND PIPEÏCOMMINGLINGÏ )NÏANÏIN CLASSÏWORKSHOP ÏATTENDEESÏ WILLÏLEARNÏTOÏEVALUATEÏWATERÏANDÏGASÏ SATURATIONSÏANDÏDETERMINEÏRESISTIVITYÏ behind the casing.

COURSE CONTENT Q )NmOWÏANDÏOUTmOWÏPERFORMANCEÏANDÏ PRODUCTIVITYÏINDEXÏFORÏOILÏWELLSÏANDÏ gas wells Q 4OOLÏCONVEYANCEÏUSINGÏTRACTORSÏANDÏ coiled tubing Q Depth control in cased wells using GAMMAÏRAYÏANDÏCASINGÏCOLLARÏLOCATORÏ data Q #OMPLETIONSÏFORÏVERTICAL ÏDEVIATED Ï HORIZONTAL ÏANDÏMULTILATERALÏWELLS Q 0RESSURE CONTROLÏSYSTEMÏFORÏRIGLESSÏ operation Q 2ESERVOIRÏmUIDSÏPROPERTIES ÏINCLUDINGÏ gas/oil ratio, bubblepoint pressure, THREE PHASEÏDIAGRAMS Q 2ESERVOIRÏDRIVEÏMECHANISMSÏANDÏ ASSOCIATEDÏPRODUCTIONÏPROBLEMS Q *USTIlCATIONÏOFÏPRODUCTIONÏLOGÏ acquisition Q Standard production logging tools Q 4ECHNIQUESÏFORÏMEASURINGÏOIL ÏWATER Ï and gas rates Q )NTERPRETATIONÏOFÏLOGSÏFORÏSINGLE Ï TWO ÏANDÏTHREE PHASEÏPRODUCTION

COURSE CONTENT Q 2ESERVOIR DRIVEÏMECHANISMSÏANDÏ ASSOCIATEDÏPRODUCTIONÏPROBLEMS Q 2ESERVOIRÏmUIDÏPROPERTIESÏ'AS oil ratio, bubblepoint pressure, and THREE PHASEÏDIAGRAM Q 4OOLÏCONVEYANCEÏUSINGÏTRACTORSÏANDÏ coiled tubing Q Depth control in cased hole wells USINGÏGAMMAÏRAYÏANDÏCASINGÏCOLLARÏ locator Q #OMPLETIONSÏINÏVERTICAL ÏDEVIATED Ï HORIZONTAL ÏANDÏMULTILATERALÏWELLS Q 0RESSURE CONTROLÏSYSTEMÏFORÏRIGLESSÏ operation Q *USTIlCATIONÏFORÏPRODUCTIONÏLOGS Q 0ULSEDÏNEUTRONÏCAPTUREÏCROSSÏSECTIONÏ MODEÏANDÏCARBONOXYGENÏMODE Q !CQUISITIONÏOFÏFORMATIONÏRESISTIVITYÏINÏ cased hole Q 3LIMHOLEÏINDUCTIONÏLOGGINGÏINÏPLASTICÏ NONCONDUCTIVE ÏCASINGÏ Q 7ORKSHOPÏ5SINGÏCAPTUREÏMODEÏFORÏ EVALUATINGÏWATERÏANDÏGASÏSATURATION Q 7ORKSHOPÏ)NTERPRETINGÏBEHIND CASINGÏRESISTIVITYÏLOGS AUDIENCE

AUDIENCE Geoscientists or engineers responsible for interpreting production logs.

Geoscientists or engineers responsible FORÏlELD WIDEÏSURVEILLANCEÏORÏRESERVOIRÏ MONITORINGÏPROGRAMS

PREREQUISITE

PREREQUISITE

%NGINEERINGÏORÏGEOSCIENCESÏDEGREEÏ RECOMMENDEDÏASÏTHISÏCOURSEÏDEALSÏWITHÏ THEÏPRODUCTIONÏLOGGINGÏPHYSICS

%NGINEERINGÏORÏGEOSCIENCESÏDEGREE

PREREQUISITE None

Software




Field trips

Uses simulation

| 83 12/22/13 2:49 AM

PETROPHYSICS Cased Hole Logging and Formation Evaluation

Formation Evaluation: Heriot-Watt University Program

Integrated Reservoir Analysis

Integrated Wellbore and Reservoir Analysis: From Pore to Well Test Scale





Attendees will learn to use cased HOLEÏLOGSÏFORÏFORMATIONÏANDÏPRODUCTIONÏ EVALUATION ÏINCLUDINGÏTHEÏUNDERLYINGÏ SCIENCEÏOFÏCASEDÏHOLEÏLOGS ÏTHEÏTYPESÏ OFÏLOGGINGÏTOOLSÏAVAILABLE ÏANDÏOPTIMALÏ SITUATIONSÏFORÏTHEIRÏUSEÏ)NSTRUCTIONÏCOVERSÏ HOWÏTOÏENSUREÏTHEÏQUALITYÏOFÏLOGSÏFORÏ ANALYSISÏANDÏDETECTÏPRODUCTIONÏPROBLEMS

4HISÏCLASS ÏPARTÏOFÏTHEÏ(ERIOT 7ATTÏ 5NIVERSITYÏ$ISTANCEÏ,EARNINGÏ-ASTERSÏ OFÏ0ETROLEUMÏ%NGINEERINGÏPROGRAM ÏISÏ INTENDEDÏTOÏGIVEÏAÏBROADÏUNDERSTANDINGÏ OFÏTHEÏPRINCIPLESÏOFÏFORMATIONÏEVALUATIONÏ 4HEÏ#OURSEÏAIMSÏAREÏTOÏGIVEÏTHEÏ attendees an understanding of the CONCEPTSÏOFÏFORMATIONÏEVALUATIONÏANDÏ WELLÏLOGGINGÏANÏUNDERSTANDINGÏOFÏTHEÏ PHYSICALÏPRINCIPLESÏOFÏTHEÏTOOLSÏUSEDÏINÏ LOGGINGÏANDÏANÏABILITYÏTOÏCHARACTERIZEÏ FORMATIONSÏBASEDÏONÏINTERPRETATIONÏ OFÏWELLÏLOGSÏ-OREÏSPECIlCALLY ÏBYÏTHEÏ end of the course, the attendees will understand the properties of rocks and mUIDSÏTHATÏPRODUCEÏCHARACTERISTICÏSIGNALSÏ BEÏABLEÏTOÏREADÏANDÏINTERPRETÏAÏWELLÏLOGÏ BEÏABLEÏTOÏANALYZEÏTHEÏMEASUREMENTSÏ ANDÏCORRECTÏFORÏENVIRONMENTALÏFACTORSÏ and be able to interpret the log to discern POROSITY ÏWATERÏSATURATION ÏLITHOLOGY ÏANDÏ HYDROCARBONÏCONTENTÏ4OÏlNDÏOUTÏMOREÏ ABOUTÏTHEÏ-3CÏ0ETROLEUMÏ%NGINEERINGÏ VISITÏHTTPWWWNEXTTRAININGNET MASTERSCFM

4HISÏCOURSEÏWILLÏHELPÏATTENDEESÏDEVELOPÏ SUBSURFACEÏSKILLSÏFORÏINTEGRATEDÏANALYSISÏ OFÏROCK ÏPORE ÏANDÏmUIDSÏANDÏTOÏSOLVEÏ PROBLEMSÏASSOCIATEDÏWITHÏIDENTIFYINGÏ ANDÏEXPLOITINGÏRESERVESÏ%XPERIENCEÏ GAINEDÏWILLÏALLOWÏATTENDEESÏTOÏAPPLYÏ TOOLSÏFORÏANALYSISÏOFÏTHEÏUNDERLYINGÏ UNCERTAINTYÏANDÏASSUMPTIONSÏUSEDÏINÏ MANYÏRESERVOIRÏANALYSISÏTECHNIQUESÏ!Ï SUBSURFACEÏINTEGRATIONÏPROCESSÏMODELÏISÏ PRESENTEDÏTHATÏPROVIDESÏAÏMULTIDISCIPLINEÏ METHODOLOGYÏFORÏSOLVINGÏRESERVOIRÏ PROBLEMS ÏFROMÏFACIESÏTOÏPETROPHYSICALÏ ROCKÏTYPINGÏTHROUGHÏmOWÏUNITÏ CHARACTERIZATIONÏTOÏRESERVOIRÏMODELING

4HISÏCOURSEÏHELPSÏATTENDEESÏDEVELOPÏ SUBSURFACEÏSKILLSÏFORÏINTEGRATEDÏANALYSISÏ OFÏROCK ÏPORE ÏWELLÏTEST ÏANDÏmUIDSÏTOÏSOLVEÏ PROBLEMSÏASSOCIATEDÏWITHÏIDENTIFYINGÏ ANDÏEXPLOITINGÏRESERVESÏ%XPERIENCEÏ GAINEDÏWILLÏALLOWÏTHEÏATTENDEESÏTOÏAPPLYÏ TOOLSÏFORÏANALYSISÏOFÏTHEÏUNDERLYINGÏ UNCERTAINTYÏANDÏASSUMPTIONSÏUSEDÏINÏ MANYÏRESERVOIRÏANALYSISÏTECHNIQUESÏ A subsurface integration process MODELÏISÏPRESENTEDÏTHATÏPROVIDESÏAÏ MULTIDISCIPLINEÏMETHODOLOGYÏFORÏSOLVINGÏ RESERVOIRÏPROBLEMS ÏFROMÏFACIES Ï PETROPHYSICALÏROCKÏTYPING ÏmOWÏUNIT Ï ANDÏTHEÏBASICSÏOFÏWELLÏTESTÏINFORMATIONÏ FORÏAÏBETTERÏUNDERSTANDINGÏOFÏRESERVOIRÏ CHARACTERIZATIONÏANDÏTHEÏINPUTÏREQUIREDÏ FORÏAÏRESERVOIRÏMODE

COURSE CONTENT Q

2ESERVOIRÏANDÏmOWÏINÏWELLS

Q

3ATURATIONÏMONITORINGÏWITHÏPULSEDÏ NEUTRONÏCAPTUREÏANDÏCARBONOXYGENÏ logging

Q

3INGLE PHASEÏmOWÏINÏWELLSÏUSINGÏ BASICÏmOWMETERÏLOGS

Q

#ASEDÏHOLEÏLOGGINGÏTOÏANALYZEÏ MULTIPHASEÏmOW

Q

0RODUCTIONÏLOGGINGÏTECHNIQUESÏINÏ HORIZONTALÏWELLS

Q

2ESERVOIRÏPROBLEMÏANALYSIS

Q

"ASICÏSURVEYÏPLANNINGÏTOÏMAXIMIZEÏ USEFULÏINFORMATION

Q

0ERFORATIONÏTECHNIQUES ÏINCLUDINGÏTHEÏ CHOICEÏOFÏMETHODS

COURSE CONTENT Q

#ONCEPTSÏOFÏFORMATIONÏEVALUATIONÏANDÏ well logging

Q

0HYSICALÏPRINCIPLESÏOFÏTHEÏTOOLSÏUSEDÏ in logging

Q

#HARACTERIZEÏFORMATIONSÏBASEDÏONÏ interpretation of well logs

AUDIENCE 0ETROPHYSICISTS ÏGEOSCIENTISTS ÏORÏ engineers who interpret cased hole logs or use cased hole log interpretation. PREREQUISITE !Ï YEARÏTECHNICALÏDEGREEÏANDÏANÏ understanding of well operations.

Q

Q Q

0ROPERTIESÏOFÏROCKSÏANDÏmUIDSÏANDÏ their characteristic signals Reading and interpreting well logs !NALYZINGÏTHEÏMEASUREMENTS Ï CORRECTINGÏFORÏENVIRONMENTALÏFACTORS Ï ANDÏINTERPRETINGÏLOGSÏTOÏESTIMATEÏ POROSITY ÏWATERÏSATURATION ÏLITHOLOGY Ï ANDÏHYDROCABONÏCONTENT

AUDIENCE Geared to technical professionals, including engineers, geoscientists, or operations personnel, who need ANÏINTRODUCTIONÏTOÏTECHNICALÏTHEORYÏ and techniques in addition to trainee PETROLEUMÏENGINEERSÏANDÏSPECIALISTÏ SERVICEÏCOMPANYÏENGINEERS PREREQUISITE !ÏGENERALÏKNOWLEDGEÏOFÏPETROLEUMÏ geoscience would be useful.

COURSE CONTENT Q

'ENERICÏINTEGRATEDÏWORKmOWÏPROCESS

Q

)NTEGRATIONÏOFÏGEOLOGY ÏFACIES ÏANDÏ PETROPHYSICALÏROCKÏTYPES

Q

4OTALÏANDÏEFFECTIVEÏPOROSITY

'ENERICÏINTEGRATEDÏWORKmOWÏPROCESS

Q

)NTEGRATIONÏOFÏGEOLOGY ÏFACIES ÏANDÏ PETROPHYSICALÏROCKÏTYPES

Q


Q

h7ATERÏSATURATIONÏISÏNOTÏANÏ ACCIDENTxv

"ASICSÏOFÏCORE LOGÏINTEGRATION

Q

5PSCALINGÏFROMÏPOREÏTHROATÏRADIUSÏTOÏ PETROPHYSICALÏROCKÏTYPEÏTOÏmOWÏUNITS

!PPLIEDÏCAPILLARYÏPRESSURE Ï WETTABILITY ÏANDÏRELATIVEÏPERMEABILITY

Q

Introduction to saturation height MODELING

h7ATERÏSATURATIONÏISÏNOTÏANÏ ACCIDENTxv

Q

0ETROPHYSICSÏ+EYÏTOÏSUCCESSÏINÏAÏ STATICÏORÏDYNAMICÏMODEL

5PSCALINGÏFROMÏPOREÏTHROATÏRADIUSÏTOÏ PETROPHYSICALÏROCKÏTYPEÏTOÏmOWÏUNITS

Q

"ASICSÏOFÏCORE LOGÏINTEGRATION

Q

!PPLIEDÏCAPILLARYÏPRESSURE Ï WETTABILITY ÏANDÏRELATIVEÏPERMEABILITY

Q

Q

Q

Q

COURSE CONTENT Q

Q

Q

NEW

2ELATIONSHIPÏBETWEENÏTHEÏFREE WATERÏ LEVEL ÏVARIOUSÏCONTACTS ÏPOREÏTHROATÏ RADIUS ÏWETTABILITY ÏANDÏSATURATIONÏ distribution

Q

0ETROPHYSICSÏKEYÏTOÏSUCCESSÏINÏAÏ STATICÏORÏDYNAMICÏMODEL

Q

2ELATIONSHIPÏBETWEENÏTHEÏFREE WATERÏ LEVEL ÏVARIOUSÏCONTACTS ÏPOREÏTHROATÏ RADIUS ÏWETTABILITYÏANDÏSATURATIONÏ distribution

Q

5SINGÏPRESSUREÏGRADIENTÏANALYSISÏTOÏ ESTABLISHÏTHEÏFREE WATERÏLEVEL

AUDIENCE 'EOLOGISTS ÏGEOPHYSICISTS ÏRESERVOIRÏ engineers, production engineers, PETROPHYSICISTS ÏANDÏASSETÏTEAMS PREREQUISITE )NTERMEDIATEÏUNDERSTANDINGÏOFÏGEOLOGYÏ ANDÏPETROPHYSICS

Introduction to saturation height MODELING

Q

Basic introduction to well test ANALYSISÏANDÏHOWÏTHEÏRESULTSÏCANÏBEÏ INTEGRATEDÏFORÏANÏIMPROVEDÏRESERVOIRÏ CHARACTERIZATION

AUDIENCE 'EOLOGISTS ÏGEOPHYSICISTS ÏRESERVOIRÏ engineers, production engineers, PETROPHYSICISTS ÏANDÏASSETÏTEAMS PREREQUISITE !ÏWORKINGÏUNDERSTANDINGÏOFÏGEOLOGY Ï RESERVOIRÏPROPERTIES ÏANDÏPETROPHYSICS



12/22/13 2:49 AM

PETROPHYSICS Petrophysics for Drilling Engineers

Practical Wireline Logging for Geoscientists NEW

Foundation – 5 Days 4HISÏ DAYÏCOURSEÏCOVERSÏTHEÏFOLLOWINGÏ MAJORÏlELDSÏ Ï"ASICSÏOFÏWELLÏLOGGING Ï RESERVOIRÏROCKÏBASICSÏINÏTHEÏLOGGINGÏLIFEÏ OFÏAÏWELL ÏTOOLÏCONVEYANCE ÏMUDÏLOG Ï WELLBOREÏSTABILITYÏANDÏlLTRATEÏDIAMETERÏOFÏ INVASIONÏDEPTHÏCONTROLÏLOGÏQUALITYÏCONTROL Ï GAMMAÏRAY ÏANDÏSPONTANEOUSÏ ÏPOTENTIALÏ INCLUDINGÏTOOLÏPHYSICSÏANDÏAPPLICATIONSÏ TOÏESTIMATEÏCLAYÏVOLUME ÏCLAYÏTYPE ÏANDÏ FORMATIONÏWATERÏSALINITIESÏ Ï0OROSITYÏ ANDÏLITHOLOGYÏUSINGÏDENSITYÏANDÏNEUTRONÏ TOOLSÏPHYSICSÏANDÏAPPLICATIONSÏ Ï !COUSTICÏTOOLÏPHYSICSÏANDÏAPPLICATIONSÏ FORÏROCKÏMECHANICS ÏWELLBOREÏSTABILITY Ï ANDÏSECONDARYÏPOROSITYÏ)NÏADDITIONÏ to the applications of acoustic tools FORÏPREDICTINGÏHIGH PRESSUREÏZONESÏ Ï2ESISTIVITYÏTOOLÏMEASUREMENTS Ï INCLUDINGÏTOOLÏPHYSICSÏOFÏSHALLOWÏ2XO Ï LATEROLOG ÏANDÏINDUCTIONÏANDÏADVANCEDÏ TECHNOLOGYÏRESISTIVITYÏTOOLSÏ Ï7IRELINEÏ FORMATIONÏTESTINGÏTOOLÏPHYSICSÏANDÏTHEÏ THEORYÏANDÏAPPLICATIONSÏOFÏTHESEÏTOOLSÏTOÏ DETERMINEÏMOBILITIES ÏRESERVOIRÏPRESSUREÏ ANDÏmUIDÏCONTACTSÏINÏTHEÏRESERVOIRÏ Ï -EASUREMENT WHILE DRILLINGÏANDÏLOGGING WHILE DRILLINGÏDATAÏACQUISITIONÏDATAÏ ACQUISITIONÏOFÏPOROSITY ÏLITHOLOGY ÏPULSEDÏ NEUTRONÏSIGMA ÏANDÏRESISTIVITIESÏ Ï &ORMATIONÏPRESSUREÏGEOSTEERINGÏBASICSÏ ANDÏSEISMICÏACOUSTICÏINTERPRETATIONÏ COVERINGÏTHEÏEVALUATIONÏOFÏCLAYÏVOLUMEÏ 6SH Ï6CL ÏEVALUATION ÏESTIMATINGÏTHEÏMÏ ANDÏNÏPARAMETERSÏINÏTHEÏ!RCHIEÏ%QUATION Ï QUICKLOOKÏTECHNIQUESÏTOÏESTIMATEÏTHEÏOIL water, gas/water, and oil/gas contacts, SALINITYÏESTIMATIONSÏOFÏFORMATIONÏ WATERÏANDÏlLTRATEÏWATER ÏANDÏUNMOVEDÏ HYDROCARBONÏZONESÏPLUSÏESTIMATIONÏOFÏ POROSITY ÏLITHOLOGY ÏANDÏWATERÏSATURATIONSÏ INÏCLEANÏANDÏINÏSHALYÏSANDS

COURSE CONTENT Q

2ESERVOIRÏROCKÏANDÏLIFEÏOFÏAÏWELL

Q

4HEÏMUDÏLOGÏANDÏITSÏAPPLICATIONS

Q

Basics of well logging

Q

,OGÏQUALITYÏCONTROL

Q

2ESISTIVITYÏMEASUREMENTSÏANDÏTHEÏ spontaneous potential applications to ESTIMATEÏWATERÏSALINITYÏANDÏVOLUMEÏOFÏ shale

Q

Q

Q

!COUSTICÏ,OGÏSECONDARYÏPOROSITY Ï ROCKÏMECHANICALÏPROPERTIESÏANDÏ WELLBOREÏSTABILITY The Neutron Log, neutron SPECTROSCOPYÏANDÏSIGMAÏNEUTRONÏ CAPTUREÏCROSS SECTION "ASICSÏOFÏRESISTIVITYÏANDÏTHEÏ!RCHIEÏ %QUATION

Q

7IRELINEÏFORMATIONÏTESTING

Q

-EASUREMENTÏWHILEÏDRILLINGÏANDÏ logging while drilling

Q

%STIMATINGÏTHEÏhMvÏANDÏhNvÏ PARAMETERSÏINÏTHEÏ!RCHIEÏEQUATIONÏ

Q

1UICKLOOKÏTECHNIQUES

AUDIENCE Drilling engineers, directional drillers, and other geoscientists associated with drilling. PREREQUISITE None

NEW

Foundation – 5 Days This course, an integrated wireline logging course for geoscientists that COMBINESÏTHEORYÏANDÏPRACTICE ÏWILLÏ BEÏHELDÏATÏTHEÏ3CHLUMBERGERÏ7IRELINEÏ Logging British Training Centre INÏ,IVINGSTON Ï3COTLANDÏ4HEÏMAINÏ OBJECTIVEÏOFÏTHEÏCOURSEÏISÏEXPOSUREÏTHEÏ attendees to both the practical and theoretical aspects of wireline logging data acquisition and applications. The theoretical and practical sessions will COVERÏAÏWIDEÏRANGEÏOFÏTOOLSÏSUCHÏASÏ RESISTIVITY ÏNUCLEAR ÏSONIC ÏBOREHOLEÏ IMAGING ÏANDÏNUCLEARÏMAGNETICÏRESONANCEÏ TECHNOLOGYÏ4HEÏTHEORETICALÏPORTIONÏOFÏ THEÏCOURSEÏWILLÏCOVERÏTHEÏTOOLÏPHYSICS Ï DATAÏACQUISITIONÏPROCEDURES ÏLOGÏQUALITYÏ control, and a short workshop session on data interpretations. The workshop FOCUSÏWILLÏBEÏONÏINTERPRETATIONSÏINÏSHALYÏ SANDÏFORMATIONS ÏANDÏVARIOUSÏSHALYÏ SANDÏEQUATIONSÏUSEDÏTOÏESTIMATEÏWATERÏ SATURATIONÏSUCHÏASÏTHEÏ7AXMAN 3MITSÏ ANDÏDUAL WATERÏEQUATIONSÏ.OÏSPECIALÏ software will be required. Logging OPERATIONSÏWILLÏBEÏPERFORMEDÏUNDERÏ real conditions in the test wells at the 3CHLUMBERGERÏ7IRELINEÏ,OGGINGÏ"RITISHÏ Training Centre. The practical portion of THEÏCOURSEÏINVOLVESÏHANDS ONÏCONNECTINGÏ and running of logging tools in the hole, MONITORINGÏDEPTHÏCONTROL ÏANDÏTHEÏNORMALÏ data acquisition procedure and log QUALITYÏCONTROLÏ4HEÏCOURSEÏWILLÏBEÏÏ INÏCLASSROOMÏANDÏÏONÏTHEÏWELLÏPADÏ 0ERSONNELÏPROTECTIVEÏEQUIPMENTÏWILLÏBEÏ required during the practical sessions. COURSE CONTENT Q 4HEORYÏANDÏWORKSHOPSÏ Q

4OOLÏCONVEYANCE ÏDEPTHÏCONTROL ÏANDÏ LOGÏQUALITYÏCONTROL

Q

'AMMAÏRAYÏSPECTROSCOPYÏ !PPLICATIONSÏFORÏSHALEÏEVALUATIONS Ï CLAYÏTYPINGÏANDÏGEOLOGICALÏMODELINGÏ

Q

"OREHOLEÏIMAGINGÏAPPLICATIONSÏ for structural and stratigraphic INTERPRETATIONSÏMICRORESISTIVITYÏ IMAGINGÏINÏCONDUCTIVEÏMUDSÏANDÏ ULTRASONICÏIMAGINGÏINÏOIL BASEÏMUDS

Q

$ENSITYÏANDÏNEUTRONÏPOROSITYÏLOGÏ THEORYÏANDÏAPPLICATIONS

Q

'AMMAÏRAYÏAPPLICATIONSÏANDÏBOREHOLEÏ IMAGINGÏWORKSHOP

Theory and Applications

Software




Q

#OMBININGÏDENSITY NEUTRONÏFORÏ EFFECTIVEÏPOROSITY ÏTOTALÏPOROSITYÏANDÏ LITHOLOGYÏEVALUATIONSÏ

Q

'EOCHEMICALÏ,OGGINGÏ%LEMENTALÏ #APTUREÏ3PECTROSCOPYÏANDÏITSÏ APPLICATIONSÏFORÏCOMPLEXÏLITHOLOGYÏ EVALUATIONSÏ

Field trips

Uses simulation

Q

,7$Ï!DVANCESÏINÏ,7$ÏDATAÏ acquisition.

Q

.-2Ï4HEORYÏANDÏAPPLICATIONSÏFORÏ POREÏGEOMETRYÏMAPPINGÏANDÏFORÏ PERMEABILITYÏEVALUATIONS

Q

!COUSTICÏ-EASUREMENTSÏ2OCKÏ MECHANICALÏPROPERTIESÏANDÏWELLBOREÏ STABILITYÏAPPLICATIONSÏ!COUSTICÏ SCANNERÏFORÏANISOTROPYÏEVALUATIONÏ

Q

7ORKSHOPÏONÏDENSITY NEUTRON acoustic applications 2ESISTIVITYÏLOGÏMEASUREMENTÏ2XOÏANDÏÏ TRUEÏRESISTIVITYÏ2T Ï

Q

Q

7IRELINEÏ&ORMATIONÏ4ESTINGÏmUIDÏ pressure gradients

Q

1UICKLOOKÏTECHNIQUESÏTOÏESTIMATEÏ water saturation, oil/water contact ANDÏUNMOVEDÏHYDROCARBON

Q

/VERVIEWÏOFÏWATERÏSATURATIONÏ3W Ï EVALUATIONSÏINÏSHALYÏSANDSÏ

Q

7ORKSHOPÏONÏ0ARAMETERÏ%VALUATIONSÏ USINGÏTHEÏ!RCHIEÏ%QUATION ÏANDÏ3HALYÏ Sand equations.

Practical sessions Q

Tool calibrations in the workshop

Q

.UCLEARÏSOURCEÏSAFETY

Q

7EAKÏPOINTÏANDÏTHEÏCABLEÏHEAD

Q

$EPTHÏCONTROLÏTOOLÏANDÏDEVICES

Q

2UNÏ0LATFORMÏ%XPRESS ÏINTEGRATEDÏ WIRELINEÏLOGGINGÏTOOLÏ,OGGINGÏRUNÏOFÏ 2ESISTIVITY $ENSITY .EUTRON GAMMAÏ RAYÏ'2 ÏTOOLSTRING

Q

2UNNINGÏ!COUSTICÏLOGSÏ,OGGINGÏRUNÏ OFÏ3ONICÏTOOLSTRINGÏINCLUDINGÏCEMENTÏ BONDÏLOGÏ;#",=

Q

2UNNINGÏ"OREHOLEÏ)MAGINGÏLOGSÏ ,OGGINGÏRUNÏOFÏ"OREHOLEÏ)MAGINGÏ toolstring

Q

Q

Running Nuclear Magnetic 2ESONANCEÏLOGSÏ,OGGINGÏRUNÏOFÏAÏ Magnetic Resonance toolstring 2UNÏ'EOCHEMICALÏ,OGGINGÏ,OGGINGÏ RUNÏOFÏAÏ'2ÏSPECTROSCOPYÏTOOLSTRING

AUDIENCE ,OGÏANALYSTS ÏPETROPHYSICIST ÏGEOLOGISTS Ï and wellsite geologists needing to BECOMEÏBETTERÏACQUAINTEDÏWITHÏTHEÏ practical aspects of wireline logging data acquisition and interpretation. PREREQUISITE "ASICÏUNDERSTANDINGÏOFÏGEOLOGYÏANDÏ FORMATIONÏEVALUATION

| 85 12/22/13 2:49 AM

PETROPHYSICS Statistics and Petrophysics

Tool Physics: Standard Logging Tools



3TRUCTUREDÏTOÏPROVIDEÏAÏSTRONGÏ foundation in the use of statistics for PETROPHYSICALÏINTERPRETATION ÏTHISÏCOURSEÏ PROVIDESÏATTENDEESÏWITHÏTHEÏBASISÏFORÏ BUILDINGÏSTATICÏ$ÏMODELSÏ!TTENDEESÏ are introduced to the use of statistical DISTRIBUTIONS ÏVARIOUSÏAVERAGINGÏMETHODS Ï SMOOTHING ÏCURVEÏlTTING ÏANDÏREGRESSIONÏ METHODSÏINÏADDITIONÏTOÏLEARNINGÏHOWÏTOÏ UNDERSTANDÏWHENÏAÏDATASETÏISÏSTATISTICALLYÏ SIGNIlCANTÏANDÏHOWÏSTATISTICSÏAFFECTÏ TYPICALÏNUMERICALÏTRANSFORMS ÏSUCHÏASÏ TOTALÏPOROSITY ÏEFFECTIVEÏPOROSITY ÏABSOLUTEÏ PERMEABILITY ÏLITHOLOGY ÏANDÏWATERÏ saturation.

4HISÏCOURSEÏCOVERSÏTHEÏBASICÏLOGGINGÏ TOOLSÏ Ï4HEÏ'2ÏLOGÏPHYSICSÏANDÏ'2Ï SPECTROSCOPYÏANDÏITSÏAPPLICATIONSÏFORÏ GEOLOGICALÏMODELING ÏESTIMATINGÏSHALEÏ VOLUMEÏ6SH ÏANDÏDETERMININGÏTHEÏCLAYÏ TYPEÏEG ÏILLITE ÏSMECTITE ÏETC Ï Ï4HEÏ 30ÏPHYSICSÏOFÏTHEÏ30ÏLOG ÏITSÏAPPLICATIONSÏ FORÏESTIMATINGÏ6SHÏANDÏTHEÏSALINITYÏOFÏTHEÏ FORMATIONÏWATERÏ ÏNUCLEARÏPHYSICSÏOFÏ THEÏLOGGINGÏTOOLÏOVERVIEWÏOFÏTHEÏPHYSICSÏ OFÏNUCLEARÏLOGGINGÏ ÏDENSITYÏANDÏ HOTOELECTRICÏLOGÏPHYSICSÏANDÏAPPLICATIONSÏ INÏMEASURINGÏPOROSITYÏANDÏDETERMININGÏ LITHOLOGYÏ ÏNEUTRON LOGÏAPPLICATIONSÏ INÏDETERMININGÏPOROSITYÏANDÏTHEÏSIGMAÏ APPLICATIONSÏTOÏESTIMATEÏhNvÏATÏDOWNHOLEÏ conditions and the applications of the DENSITY NEUTRONÏLOGÏINÏDETERMINGÏPOROSITY Ï LITHOLOGY ÏSHALEÏVOLUME ÏHYDROCARBONÏ TRENDS ÏANDÏSHALEÏDISTRIBUTIONÏDISPERSEDÏ ORÏLAMINATED Ï ÏRESISTIVITYÏTOOLÏPHYSICSÏOFÏ THEÏSHALLOWÏ2XO ÏLATEROLOG ÏANDÏINDUCTION Ï ANDÏHIGH TECHNOLOGYÏRESISTIVITYÏTOOLS Ï WHICHÏUSEÏFORWARDÏMODELINGÏTOÏPROVIDEÏlVEÏ RESISTIVITYÏDATAÏCURVESÏATÏDIFFERENTÏDEPTHSÏ OFÏINVESTIGATIONÏ ÏWIRELINEÏFORMATIONÏ TESTINGÏ7&4 ÏTOOLÏPHYSICSÏANDÏTHEÏTHEORYÏ ANDÏAPPLICATIONSÏOFÏ7&4ÏINÏDETERMININGÏ MOBILITIES ÏRESERVOIRÏPRESSURE ÏANDÏmUIDÏ CONTACTSÏINÏTHEÏRESERVOIRÏ!NÏOVERVIEWÏ WILLÏBEÏPRESENTEDÏONÏTHEÏHIGH TECHNOLOGYÏ TOOLSÏTHATÏINCLUDEÏDIELECTRICÏ4OOLÏANDÏITSÏ APPLICATIONSÏTOÏESTIMATEÏhMvÏANDÏhNvÏATÏ DOWNHOLEÏCONDITIONS ÏNUCLEARÏMAGNETICÏ RESONANCEÏIMAGINGÏBOREHOLEÏGRAVITYÏMETER Ï BOREHOLEÏRESISTIVITYÏIMAGING ÏANDÏBOREHOLEÏ ULTRASONICÏIMAGINGÏ COURSE CONTENT Q Basics of logging Q 2ESISTIVITYÏLOGGINGÏ Ï4HEÏ!RCHIEÏ %QUATION Q &ORWARDÏ-ODELINGÏANDÏ)NVERSION Q '2ÏLOGÏPHYSICS Ï'2ÏSPECTROSCOPY ÏANDÏ applications Q 30ÏPHYSICSÏAPPLICATIONSÏ Q $ENSITYÏANDÏPHOTOELECTRICÏLOGÏPHYSICSÏ and applications Q Neutron log applications Q 0ULSEDÏNEUTRONÏLOGÏ Q $ENSITY NEUTRONÏLOGÏAPPLICATIONSÏ Q 2ESISTIVITYÏTOOLÏPHYSICSÏ Q 7IRELINEÏFORMATIONÏTESTINGÏ Q (IGH TECHNOLOGYÏTOOLS

COURSE CONTENT Q

&UNDAMENTALSÏOFÏSTATISTICSÏASÏAPPLIEDÏ TOÏPETROPHYSICS

Q

3IGNIlCANCEÏOFÏRESIDUALÏANALYSISÏANDÏ MULTILINEARÏREGRESSIONÏTOÏIMPROVEÏ QUALITYÏOFÏlTÏ2

Q

Q

)MPROVINGÏlTÏBYÏADDINGÏGRAINÏSIZE Ï SHALEÏVOLUME ÏGAMMAÏRAY ÏLITHOLOGY Ï ANDÏADDITIONALÏPOROSITYÏDEVICES .ONPARAMETRICÏAPPROACHESÏTOÏ EVALUATEÏNONSTANDARDÏPOROSITY PERMEABILITYÏRELATIONSHIPS

Q

-ECHANISMSÏTOÏCONTROLÏWATERÏ saturation distributions

Q

%MPIRICALÏMETHODSÏTOÏCALCULATEÏ 7INLANDÏPOREÏTHROATÏRADIUS Ï PETROPHYSICALÏROCKÏTYPE ÏANDÏ LOG COMPUTEDÏWATERÏSATURATION

AUDIENCE 0ETROPHYSICISTS ÏGEOSCIENTISTS ÏANDÏ engineers wanting a better understanding OFÏSTATISTICSÏUSEDÏINÏPETROPHYSICALÏ interpretation. PREREQUISITE "ASICÏUNDERSTANDINGÏOFÏRESERVOIRÏ CHARACTERIZATIONÏANDÏPETROPHYSICS

NEW

AUDIENCE 3UITABLEÏFORÏANYONEÏNEWÏTOÏTHEÏOILÏANDÏGASÏ INDUSTRY PREREQUISITE


Advanced Carbonate Petrophysics from Pores to Logs


Skill – 5 Days

This course introduces the concept of GEOLOGICALÏWELLÏPLACEMENTÏGEOSTEERING Ï ANDÏPROVIDESÏKNOWLEDGEÏOFÏTHEÏPROCESSESÏ and techniques that can be used to SUCCESSFULLYÏPLACEÏHIGH ANGLEÏANDÏ HORIZONTALÏWELLSÏUSINGÏGEOLOGICALÏANDÏ PETROPHYSICALÏDATAÏINÏREAL TIMEÏDURINGÏ DRILLINGÏ4HEÏMAINÏPURPOSEÏOFÏHIGH ANGLEÏ ANDÏHORIZONTALÏWELLSÏISÏTOÏMAXIMIZEÏ RESERVOIRÏCONTACTÏANDÏENHANCEÏWELLÏ PRODUCTIVITYÏ4OÏPLANÏANDÏCONSTRUCTÏSUCHÏ WELLSÏREQUIRESÏREAL TIMEÏCOLLABORATIONÏ BETWEENÏGEOLOGISTS ÏWHOÏNEEDÏQUALITYÏ FORMATIONÏEVALUATIONÏDATAÏDRILLERS ÏWHOÏ REQUIREÏCONSIDERABLEÏINPUTÏFROMÏTHEÏ GEOLOGISTSÏANDÏPETROPHYSICISTS ÏWHOÏ INTERPRETÏTHEÏFORMATIONÏEVALUATIONÏDATAÏ DURINGÏTHEÏDRILLINGÏPROCESSÏTOÏOPTIMIZEÏ WELLÏPLACEMENTÏ4HISÏPROCESSÏISÏGENERALLYÏ FACILITATEDÏBYÏTHEÏWELLÏPLACEMENTÏ COORDINATORÏ6ARIOUSÏTECHNOLOGIESÏ INVOLVEDÏINÏDIRECTIONALÏDRILLING Ï MEASUREMENT ÏANDÏFORMATIONÏEVALUATIONÏ WHILEÏDRILLINGÏAREÏREVIEWEDÏ4HEÏTHREEÏ DIFFERENTÏMETHODSÏUSEDÏTOÏGEOLOGICALLYÏ PLACEÏHORIZONTALÏWELLSÏAREÏINTRODUCEDÏANDÏ the applications are discussed.

4HISÏISÏAÏHANDS ONÏCOURSEÏFOCUSEDÏONÏWHYÏ POREÏGEOMETRYÏMUSTÏBEÏTHEÏFOCALÏPOINTÏ FORÏCARBONATEÏPETROPHYSICALÏANALYSISÏ Attendees will work with petrographic INFORMATION ÏMINERALOGYÏDATA ÏROUTINEÏ COREÏANALYSIS ÏCAPILLARYÏPRESSURE Ï electrical rock properties, nuclear MAGNETICÏRESONANCE ÏANDÏOPENHOLEÏLOGSÏ 4HEÏIMPORTANCEÏOFÏCORE LOGÏINTEGRATIONÏ and cross calibration is shown as well TOÏREDUCEÏTHEÏUNCERTAINTYÏOFÏCOMPUTEDÏ RESERVOIRSÏPROPERTIESÏ0ETROPHYSICALÏ PROPERTYÏANALYSISÏISÏOFTENÏTHEÏKEYÏTOÏ BUILDINGÏAÏSTATICÏRESERVOIRÏDESCRIPTIONÏ HOWEVER ÏINÏCARBONATES ÏAÏMODELÏTHATÏISÏ NOTÏCROSSÏCALIBRATEDÏFROMÏCOREÏTOÏLOGSÏTOÏ SEISMICÏMAYÏRESULTÏINÏAÏLARGEÏSTATISTICALÏ UNCERTAINTY COURSE CONTENT Q

#ARBONATEÏPOREÏGEOMETRY

Q

/VERVIEWÏOFÏCARBONATEÏSYSTEMS

Q


Q

,ITHOLOGYÏANDÏMINERALOGY

Q

#ORE LOGÏCALIBRATIONÏLITHOLOGY Ï POROSITYÏ;0()= ÏPERMEABILITYÏ;0%2-= Ï 3W

Introduction to geological well PLACEMENTÏ

Q

1UICKLOOKÏLOGÏANALYSISÏLITHOLOGY Ï0() Ï 3W Ï0%2-

Q

2EVIEWÏOFÏRESERVOIRÏGEOLOGYÏ

Q

Q


7HYÏPETROPHYSICALÏROCKÏTYPESÏAREÏ IMPORTANT


Q

Q

!PPLIEDÏCAPILLARYÏPRESSURE

Q

,OG BASEDÏ3W

Q

!PPLIEDÏmOWÏUNITS

COURSE CONTENT Q

Q

&ORMATIONÏEVALUATIONÏANDÏLOGGINGÏ while drilling

Q

!PPLICATIONSÏOFÏ,7$ÏMEASUREMENTSÏ INÏWELLÏPLACEMENTÏ

Q

!PPLYINGÏWELLÏPLACEMENTÏMETHODSÏ

Q

Case studies illustrating the use of THEÏTHREEÏWELLÏPLACEMENTÏMETHODSÏ

AUDIENCE !NYÏSUBSURFACEÏPROFESSIONALÏWORKINGÏ ONÏEARLYÏlELDÏDEVELOPMENT ÏSTATICÏMODELÏ BUILDING ÏORÏADVANCEDÏRECOVERYÏMETHODSÏ in carbonates.

AUDIENCE

PREREQUISITE

-ULTIDISCIPLINARYÏASSETÏTEAMSÏOFÏ OPERATINGÏCOMPANIESÏCOMPRISEDÏMAINLYÏ OFÏDRILLINGÏENGINEERS ÏRESERVOIRÏENGINEERS Ï ANDÏGEOSCIENTISTSÏWHOÏNEEDÏTOÏMAKEÏ DECISIONSÏREGARDINGÏTHEÏAPPLICABILITYÏANDÏ BENElTSÏOFÏIMPLEMENTINGÏAÏGEOLOGICALÏ WELLÏPLACEMENTÏPROCESSÏFORÏDRILLINGÏ HORIZONTALÏANDÏHIGH ANGLEÏWELLBORES

Basic understanding of carbonate DEPOSITIONALÏSYSTEMS ÏLITHOLOGY ÏANDÏPOREÏ GEOMETRY

PREREQUISITE Geoscience or engineering degree.

None



12/22/13 2:49 AM

PETROPHYSICS Advanced Core and Log Interpretation


Applied Core Analysis: How to Interpret Core Data

Dipmeter and Borehole Image Logging

Skill – 6 Days

Skill – 10 Days

Skill – 5 Days

Skill – 3 Days

In this course, attendees will learn THEÏIMPACTÏTHATÏLABORATORY BASEDÏCOREÏ DATAÏHAVEÏONÏFORMATIONÏEVALUATIONÏ and understand the wellbore data that AREÏREQUIREDÏFORÏANÏINTEGRATEDÏMODELÏ OFÏTHEÏRESERVOIRÏATÏTHEÏWELLBOREÏSCALEÏ )NSTRUCTIONÏCOVERSÏTHEÏKEYÏOBJECTIVESÏOFÏ CORE LOGÏCALIBRATION ÏINCLUDINGÏPOROSITY Ï LITHOLOGY ÏSATURATION ÏANDÏPETROPHYSICALÏ ROCKÏTYPES ÏANDÏMAKESÏUSEÏOFÏCORE TO LOGÏ calibration workshops. In a workshop setting, attendees will increase their understanding of how the integration OFÏLITHOLOGY ÏPOREÏGEOMETRY ÏPOROSITY Ï PERMEABILITY ÏANDÏWATERÏSATURATIONÏCANÏ IMPROVEÏAÏSTATICÏRESERVOIRÏMODEL

The use of a subsurface integration MODELÏCANÏRESOLVEÏRESERVOIRÏPROBLEMSÏ THATÏRANGEÏFROMÏPETROPHYSICALÏROCKÏTYPINGÏ TOÏLOGÏANALYSISÏ)NÏTHISÏCOURSE ÏATTENDEESÏ WILLÏLEARNÏHOWÏTOÏPERFORMÏANÏINTEGRATEDÏ ANALYSISÏOFÏROCK ÏPORE ÏANDÏmUIDSÏDATAÏ ANDÏHOWÏTOÏSOLVEÏPROBLEMSÏASSOCIATEDÏ WITHÏIDENTIFYINGÏANDÏEXPLOITINGÏRESERVESÏ 4HEÏATTENDEESÏWILLÏAPPLYÏTOOLSÏFORÏ ANALYSISÏOFÏTHEÏUNDERLYINGÏUNCERTAINTYÏ ANDÏASSUMPTIONSÏUSEDÏINÏMANYÏRESERVOIRÏ ANALYSISÏTECHNIQUESÏINÏADDITIONÏTOÏ LEARNINGÏHOWÏTOÏIDENTIFYÏLITHOLOGICÏZONESÏ ANDÏmUIDÏTYPESÏFROMÏLOGÏDATA ÏFOLLOWÏ SIMPLEÏPROCEDURESÏFORÏRAPIDÏANDÏACCURATEÏ INTERPRETATION ÏANDÏAPPLYÏCORRELATIONSÏ TOÏCOREÏANDÏPETROPHYSICALÏROCKÏTYPEÏ ZONATIONÏTOÏUPSCALEÏLOGÏDATAÏFORÏRESERVOIRÏ SIMULATIONÏAPPLICATIONSÏ#OURSEÏMATERIALSÏ COVERÏADVANCEDÏINTERPRETATIONÏFORÏBETTERÏ UNDERSTANDINGÏOFÏDATASETÏLIMITATIONSÏ ANDÏMEASUREMENTÏREQUIREMENTSÏFORÏ EFFECTIVEÏRESERVOIRÏDEVELOPMENTÏRESERVOIRÏ DRIVEÏMECHANISMS ÏRECOVERYÏFACTOR ÏANDÏ SIMULATIONÏMODELSÏ4HEÏATTENDEESÏWILLÏ GAINÏEXPERIENCEÏWITHÏ.%X4Ï1UICK3CANÏANDÏ QUICK LOOKÏTECHNIQUESÏTHROUGHÏIN CLASSÏ EXERCISES

)NCREASEÏYOURÏUNDERSTANDINGÏOFÏ PETROPHYSICALÏPROPERTIESÏASÏAPPLIEDÏ TOÏTHEÏINTERPRETATIONÏOFÏRESERVOIRSÏ FROMÏAÏCOREÏANALYSISÏPERSPECTIVEÏ 4HISÏCOMPREHENSIVEÏCOURSEÏPROVIDESÏ attendees with detailed instruction ONÏBASICÏPETROPHYSICS ÏMEASUREMENTÏ METHODS ÏANDÏTHEÏCONTROLSÏOVERÏPOROSITY Ï PERMEABILITY ÏmUIDS ÏWETTABILITY ÏANDÏ RELATIVEÏPERMEABILITYÏDATAÏANALYSISÏ4HEÏ ATTENDEESÏINVESTIGATEÏANDÏUNDERSTANDÏ THEÏSOURCEÏOFÏPETROPHYSICALÏDATAÏERRORSÏ THROUGHÏHANDS ONÏCORRELATIONÏOFÏAÏSAMPLEÏ LOGÏAÏCOREÏDATASETÏISÏANALYZEDÏANDÏTHEÏ SATURATION HEIGHTÏMODELÏISÏCREATED

COURSE CONTENT Q Q

#ORE LOGÏINTEGRATIONÏWORKmOW Core and log integration and depth shifting

Q

&UNDAMENTALSÏOFÏLOGÏANALYSISÏUSINGÏ .%X4Ï ,INEÏINTERPRETATIONÏMETHOD

Q

4EXTUREÏOFÏMATRIXÏANDÏPOREÏSYSTEMÏINÏ CONTEXTÏOFÏGEOLOGICÏFRAMEWORKÏANDÏ LITHOLOGYÏCALIBRATION

Q

Q

0OROSITYÏ4OTAL ÏEFFECTIVE ÏANDÏCLAYÏ PARAMETERSÏWET ÏDRY 1UICK LOOKÏHYDROCARBONÏIDENTIlCATIONÏ METHODSÏANDÏWATERÏRESISTIVITYÏ2W Ï OILÏRESISTIVITYÏ2O ÏANDÏAPPARENTÏWATERÏ RESISTIVITYÏ2WA

Q

Q

1UICKLOOKÏANALYSISÏANDÏINTERPRETATIONÏ techniques

,OGÏ3WÏUSINGÏ!RCHIE BASEDÏ TECHNIQUESÏ6ARIABLEÏMÏMETHOD

Q

5SEÏOFÏCAPILLARYÏPRESSUREÏDATAÏFORÏ calibrating water saturation

Q

Q

0ETROPHYSICALÏROCKÏTYPESÏ

Q

Q

0ERMEABILITYÏPREDICTION Q

0ETROPHYSICISTS ÏGEOSCIENTISTS ÏENGINEERS Ï LOGÏANALYSTS ÏANDÏOTHERÏSUBSURFACEÏ PROFESSIONALSÏRESPONSIBLEÏFORÏEXPLOITATIONÏ ORÏEARLYÏlELDÏDEVELOPMENTÏPROJECTS

4OOLÏCORRECTIONSÏFORÏRESISTIVITYÏANDÏ 2XOÏMEASUREMENTS ÏANDÏTORNADOÏCHARTÏ corrections 0OROSITYÏMEASUREMENTSÏSONIC Ï NEUTRON ÏANDÏDENSITY #APILLARYÏPRESSUREÏANDÏELECTRICALÏROCKÏ properties

Q

1UICKLOOKÏCARBONATEÏANDÏSHALYÏSANDÏ ANALYSISÏ

Q

!DVANCEDÏLOGÏANALYSIS

AUDIENCE 0ETROPHYSICISTS ÏGEOSCIENTISTS ÏANDÏ ENGINEERSÏRESPONSIBLEÏFORÏRESERVOIRÏ CHARACTERIZATIONÏWHOÏRELYÏONÏCOREÏ interpretation and other integrated PETROPHYSICALÏDATAÏFORÏDECISIONSÏANDÏ ANALYSES

Upscaling

COURSE CONTENT

Q

0RELIMINARYÏCHARACTERIZATIONÏUSINGÏ COREÏANALYSIS ÏCORINGÏMETHODS ÏANDÏ mUIDSÏDATA

Q

,ITHOLOGYÏFROMÏAÏFACIES ÏSEDIMENTARYÏ structure, and core description

Q

&RACTUREDÏSYSTEMS

Q

#HARACTERIZATIONÏOFÏPOREÏGEOMETRYÏ using diagenesis interpretation

Q

#LAYSÏANDÏTHEIRÏIMPACTÏONÏWATERÏ saturation

Q Q

Q

Saturation calculations

Q

PREREQUISITE !ÏWORKINGÏKNOWLEDGEÏOFÏ-ICROSOFTÏ%XCELÏ software and a basic understanding of statistics.

0ETROPHYSICALÏROCKÏTYPESÏANDÏmOWÏ units 0RINCIPLESÏOFÏSATURATIONÏDISTRIBUTIONÏ ANDÏCAPILLARYÏPRESSUREÏFROMÏLABORATORYÏ data

Q

AUDIENCE

)NTEGRATEDÏRESERVOIRÏANALYSISÏOVERVIEWÏ and case histories

Q

2ESERVOIRÏGEOLOGY

Q

COURSE CONTENT

COURSE CONTENT Q

Q

Attendees will gain a practical understanding of the basics of dip ANDÏIMAGEÏMEASUREMENTÏTECHNIQUESÏ INÏTHEÏBOREHOLEÏENVIRONMENTÏWITHÏ an introduction to structural and STRATIGRAPHICÏDIPÏANALYSISÏ4HEÏCOURSEÏ FOCUSESÏONÏBOREHOLEÏIMAGING ÏDATAÏ acquisition, tool design, and data transfer FROMÏTHEÏDRILLÏBITÏTOÏTHEÏWORKSTATIONÏ !TTENDEESÏLEARNÏHOWÏBOREHOLEÏIMAGINGÏ CANÏHELPÏDETERMINEÏFRACTUREÏORIENTATION Ï IDENTIFYÏmUVIALÏCHANNELS ÏASSESSÏ PORE TYPEÏPARTITIONING ÏDISTINGUISHÏMATRIXÏ ANDÏFRACTURE ÏIMPROVEÏGEOSTEERING ÏANDÏ DETERMINEÏINÏSITUÏSTRESSESÏ$ISCUSSIONSÏ INCLUDEÏADVANCEDÏTECHNOLOGIESÏFORÏ EXPLOITINGÏSHALEÏGASÏANDÏCOALBEDÏMETHANEÏ resources.

Q

4OTALÏVERSUSÏEFFECTIVEÏPOROSITY 0ETROPHYSICALÏROCKÏTYPESÏANDÏ DIFFERENCESÏBETWEENÏmUIDÏCONTACTSÏ ANDÏFREEÏWATERÏLEVEL Rock electrical properties and their use in water saturation equations

Q

4OOLÏREVIEWÏDIPMETERÏTOÏHIGH RESOLUTIONÏ&-)ÏMICROIMAGER ÏINCLUDINGÏ TOOLSÏFORÏOIL BASEDÏMUDS

Q

!COUSTICÏIMAGINGÏTOOLSÏANDÏ,7$Ï tools

Q

)MAGEÏLOGÏ1#

Q

'EOMECHANICSÏDURINGÏTHEÏOILlELDÏLIFEÏ CYCLE

Q

Fracture interpretation

Q

&LUVIALÏFACIESÏINTERPRETATION

Q

"OREHOLEÏIMAGEÏANDÏDIPMETERÏDATAÏ integrated with outcrop and core data

Q

Q

#ARBONATEÏRESERVOIRÏPOROSITYÏANDÏ PERMEABILITY

Q

)NTEGRATIONÏOFÏBOREHOLEÏIMAGEÏLOGSÏ and production logs

2ELATIVEÏPERMEABILITYÏANDÏWETTABILITY

AUDIENCE 0ETROPHYSICISTS ÏGEOSCIENTISTS ÏANDÏ ENGINEERSÏRESPONSIBLEÏFORÏRESERVOIRÏ CHARACTERIZATIONÏWHOÏRELYÏONÏCOREÏ interpretation and other integrated PETROPHYSICALÏDATAÏFORÏDECISIONSÏANDÏ ANALYSES PREREQUISITE Basic understanding of geological CONCEPTSÏANDÏRESERVOIRÏCHARACTERIZATION

Deepwater and turbidite depositional settings

AUDIENCE 'EOLOGISTSÏUSINGÏIMAGEÏLOGSÏFORÏGEOLOGICÏ SEDIMENTARYÏANDÏSTRUCTURALÏANALYSIS ÏANDÏ geologists and engineers wanting to increase fracture interpretation skills. PREREQUISITE "ASICÏUNDERSTANDINGÏOFÏIMAGEÏTOOLS Ï APPLICATIONS ÏANDÏSEDIMENTOLOGYÏANDÏ STRUCTURALÏGEOLOGY

PREREQUISITE Basic understanding of geological CONCEPTSÏANDÏRESERVOIRÏCHARACTERIZATION

Software




Field trips

Uses simulation

| 87 12/22/13 2:49 AM

PETROPHYSICS Intermediate Production Logging and Reservoir Monitoring

MWD and LWD Tool Physics and Applications

Skill – 5 Days

Skill – 5 Days

4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ IN DEPTHÏINSTRUCTIONÏONÏCASEDÏHOLEÏ LOGGINGÏTOOLÏPHYSICS ÏINTERPRETATION ÏANDÏ 1#ÏTECHNIQUESÏFORÏWELLBORE SPECIlCÏ PRODUCTIONÏLOGGINGÏANDÏRESERVOIRÏ MONITORINGÏSCENARIOSÏ!TTENDEESÏLEARNÏ how and when to use these tools to MEETÏLOGGINGÏOBJECTIVESÏANDÏQUICKLOOKÏ TECHNIQUESÏFORÏIDENTIFYINGÏLOGÏ1#Ï PROBLEMSÏ5SINGÏHANDS ONÏEXAMPLES ÏTHEÏ ATTENDEESÏLEARNÏTOÏINTERPRETÏBEHIND CASINGÏRESISTIVITYÏDATAÏANDÏMEASUREÏ THREE PHASEÏmOWÏUSINGÏPRODUCTIONÏLOGS

4HISÏCOURSEÏCOVERSÏTHEÏBASICSÏOFÏ MEASUREMENTÏWHILEÏDRILLINGÏ-7$ Ï ANDÏ,7$Ï4HEÏBASICSÏINCLUDEÏSIGNALÏ PROCESSINGÏANDÏTOOLÏCOMBINATIONS Ï -7$ÏDATAÏACQUISITION Ï,7$Ï TOOL ÏPHYSICS ÏANDÏAPPLICATIONSÏFORÏ integrated log data acquisition that INCLUDESÏNEUTRONÏSPECTROSCOPY Ï3IGMAÏ CAPTUREÏCROSSÏSECTION ÏRESISTIVITIES Ï DENSITY PHOTOELECTRICÏCROSSÏSECTION Ï '2 ÏANDÏBOREHOLEÏCALIPERÏIMAGINGÏ4HEÏ NEW TECHNOLOGYÏSOURCELESSÏNEUTRONÏ ANDÏDENSITYÏDATAÏACQUISITION Ï,7$Ï ACOUSTICÏMEASUREMENTS Ï,7$ÏSEISMICÏ MEASUREMENTS Ï,7$ÏFORMATIONÏPRESSURE Ï ANDÏFORMATIONÏMOBILITYÏWHILEÏDRILLINGÏ ,7$Ï.-2ÏWHILEÏDRILLING Ï,7$ÏLATEROLOGÏ ANDÏINDUCTIONÏRESISTIVITYÏMEASUREMENTS Ï ,7$ÏBOREHOLEÏIMAGING Ï,7$ÏGEOSTEERINGÏ TOOLÏPHYSICSÏANDÏAPPLICATIONSÏAREÏALSOÏ presented.

COURSE CONTENT Q

)NmOWÏPERFORMANCEÏANDÏPRODUCTIVITYÏ INDEXÏFORÏOILÏWELLSÏANDÏGASÏWELLS

Q

/UTmOWÏPERFORMANCEÏ-ATCHINGÏ INmOWÏWITHÏOUTmOWÏTOÏOPTIMIZEÏ PRODUCTIVITY

Q

&LOWÏREGIMESÏINÏVERTICAL ÏDEVIATED Ï ANDÏHORIZONTALÏWELLS

Q

4HREE PHASEÏHOLDUPSÏFROMÏELECTRICALÏ and optical sensors

Q

Q

0RODUCTIONÏLOGGINGÏINÏHORIZONTALÏWELLS

Q

0ULSEDÏNEUTRONÏLOGÏPHYSICS ÏCAPTUREÏ CROSSÏSECTION ÏANDÏCARBONOXYGENÏ logging

Q

#ASEDÏHOLEÏFORMATIONÏRESISTIVITYÏDATA 7ORKSHOPSÏ#APTUREÏMODEÏFORÏ EVALUATINGÏWATERÏANDÏGASÏSATURATIONÏ )NTERPRETINGÏBEHIND CASINGÏRESISTIVITYÏ LOGSÏTHREE PHASEÏmOW

0ETROPHYSICISTSÏANDÏENGINEERSÏ responsible for wellbore diagnostics or RESERVOIRÏMONITORINGÏWHOÏWANTÏAÏDETAILEDÏ understanding of cased hole logging tools. PREREQUISITE "ASICÏ0RODUCTIONÏ,OGGINGÏANDÏ2ESERVOIRÏ -ONITORINGÏCOURSEÏORÏMOREÏTHANÏÏYEARÏ OFÏEXPERIENCEÏWITHÏAPPLIEDÏCASEDÏHOLEÏ logging.

-7$ ,7$ÏPRINCIPLESÏANDÏDATAÏ TRANSMISSION

Skill – 5 Days

4HISÏCOURSEÏCOVERSÏOPENHOLE ÏCASEDÏ hole, and production logging tools and their applications. Attendees will learn openhole logging tool principles, interpretation of log data using quicklook techniques, and how to interpret data FROMÏCOMPLEXÏSHALEÏBEARINGÏFORMATIONSÏ Instruction includes cased hole logging APPLIEDÏTOÏRESERVOIRÏMONITORINGÏPROBLEMS Ï HOWÏTOÏEVALUATEÏPRODUCTIONÏPROBLEMSÏ ANDÏTWO ÏANDÏTHREE PHASEÏmOWÏRATESÏ USINGÏPRODUCTIONÏLOGGINGÏTOOLSÏINÏVERTICAL Ï DEVIATED ÏORÏHORIZONTALÏWELLSÏ4HEÏ ATTENDEESÏWILLÏUSEÏACTUALÏlELDÏLOGÏDATAÏ INÏEXERCISESÏTOÏLEARNÏTHESEÏTECHNIQUES Ï INCLUDINGÏLOGÏQUALITYÏCONTROLÏWORKmOWS

4HISÏCOURSEÏCOVERSÏTHEÏPHYSICSÏOFÏALLÏ OFÏTHEÏAVAILABLEÏADVANCEDÏIMAGINGÏ logging tools. Included is the concept OFÏTHEÏFORWARDÏMODELINGÏANDÏINVERSIONÏ 7&4ÏTOOL ÏTHEÏWIDEÏAPPLICATIONS Ï tool hardware, and applications in LOW PERMEABILITYÏZONESÏUSINGÏSTRADDLEÏ PACKERSÏ4HEÏ0RESSUREÏ'RADIENTÏ!NALYSISÏ 3AMPLINGÏ/PTICALÏ3PECTROSCOPYÏPROVIDESÏ HYDROCARBONÏCOMPOSITIONÏINFORMATIONÏ .EWÏDEVELOPMENTSÏINÏ,7$ÏTOOLSÏ include sourceless logging to obtain DENSITY Ï0E ÏNEUTRONÏPOROSITY ÏANDÏ RESSUREÏMEASUREMENTSÏWHILEÏLOGGINGÏ .EUTRONÏLOGGING ÏNUCLEARÏPHYSICSÏOFÏ NEUTRONÏINTERACTIONÏWITHÏTHEÏFORMATION Ï ADVANCESÏINÏNEUTRONÏLOGGING ÏRESERVOIRÏ MONITORINGÏUSINGÏCARBONOXYGENÏ TOOLS ÏBOREHOLEÏIMAGINGÏFORÏGEOLOGICALÏ MODELING ÏSTRUCTURALÏANDÏSTRATIGRAPHICÏ FEATURES ÏFRACTUREÏEVALUATIONSÏ USINGÏMICRORESISTIVITIES ÏULTRASONICÏ IMAGINGÏ#ROSS 7ELLÏ%LECTROMAGNETICÏ )MAGINGÏ3CANNERÏ&AMILYÏOFÏRADIALÏANDÏ CIRCUMFERENTIALÏIMAGINGÏ4HISÏCOURSEÏALSOÏ COVERSÏ$IELECTRICÏ3CANNERÏLOGGING Ï.-2Ï 3CANNERÏ)MAGING Ï2ESISTIVITYÏSCANNERÏTOÏ GIVEÏVERTICALÏRESISTIVITYÏ2V ÏANDÏHORIZONTALÏ RESISTIVITYÏ2H ÏANDÏ!COUSTICÏ3CANNERÏ &ORMATIONÏ2ESISTIVITYÏMEASUREMENTSÏ behind the casing.

COURSE CONTENT Q

Basics of logging

Q

2ESERVOIRÏROCKÏANDÏmUIDÏPROPERTIES

3OURCELESSÏDENSITYÏANDÏNEUTRONÏ logging

Q

!COUSTICÏANDÏSEISMICÏMEASUREMENTS

Q

&ORMATIONÏPRESSURE

Q

-AGNETICÏRESONANCEÏIMAGING

Q

,ATEROLOGÏANDÏINDUCTIONÏRESISTIVITYÏ MEASUREMENTS

Q

,7$ÏBOREHOLEÏIMAGINGÏ'EO3TEERINGÏ PHYSICSÏANDÏAPPLICATIONS

#ASEDÏHOLEÏEVALUATIONS

Q

7ELLÏINTEGRITYÏ#", VARIABLEÏDENSITYÏ LOG ÏULTRASONIC ÏSLIMÏCEMENTÏMAPPINGÏ TOOL Ï)SOLATIONÏ3CANNER ÏCEMENTÏ EVALUATIONÏSERVICE

Q

#ASINGÏCORROSIONÏPRINCIPLESÏ 5LTRASONIC ÏMULTIlNGERÏCALIPERS Ï ELECTROMAGNETICÏ%44

Q

2ESERVOIRÏMONITORINGÏ)NELASTICÏ CAPTURE ÏCARBONOXYGENÏRATIOS Ï pulsed neutron capture tools, cased HOLEÏFORMATIONÏRESISTIVITY

Q

"OREHOLEÏIMAGINGÏASÏANÏAIDEÏFORÏ GeoSteering Q

AUDIENCE 4HISÏISÏANÏOPPORTUNITYÏFORÏTECHNICALÏ PERSONNELÏINÏALLÏlELDS ÏIRRESPECTIVEÏOFÏ THEIRÏEXPERIENCEÏTOÏHAVEÏAÏFULLÏANDÏWIDEÏ EXPOSUREÏTOÏTHEÏVARIOUSÏNEWÏTECHNOLOGIESÏ OFÏ-7$ÏANDÏ,7$ PREREQUISITE None

Openhole logging tool principles and TYPESÏANDÏINTERPRETATIONÏTECHNIQUES

Q

Integrated log data

Q

Q

AUDIENCE

Skill – 5 Days

COURSE CONTENT Q

Q

Tool Physics of HighTechnology Imaging and Logging Tools

Q

4ECHNIQUESÏFORÏMEASURINGÏINDIVIDUALÏ mUIDÏVELOCITIESÏOFÏOIL ÏWATER ÏANDÏGASÏ

Q

NEW

Openhole and Cased Hole Data Acquisition and Interpretation

0RODUCTIONÏLOGGINGÏPRINCIPLESÏANDÏ TOOLSÏ/PTICALÏANDÏELECTRICÏSENSORS Ï mOWMETERS Ï&LO3CANÏ)MAGER %STIMATINGÏmUIDÏHOLDUP ÏTWO ÏANDÏ THREE PHASEÏmOWÏESTIMATION

COURSE CONTENT Q

&ORWARDÏMODELINGÏANDÏINVERSION

Q

7&4

Q

/PTICALÏSPECTROSCOPYÏ

Q

.EWÏDEVELOPMENTSÏINÏ,7$

Q

Neutron logging

Q

"OREHOLEÏIMAGINGÏ

Q

3CANNERÏFAMILYÏOFÏRADIALÏANDÏ CIRCUMFERENTIALÏIMAGINGÏ

Q

2ESISTIVITYÏSCANNERÏANDÏACOUSTICÏ scanner

Q

&ORMATIONÏRESISTIVITYÏMEASUREMENTSÏ behind the casing

AUDIENCE 0ETROPHYSICISTS ÏGEOSCIENTISTS ÏORÏ engineers. PREREQUISITE !Ï YEARÏTECHNICALÏDEGREEÏANDÏANÏ understanding of well operations.

NEW

AUDIENCE 3UITABLEÏFORÏEXPERIENCEDÏENGINEERSÏINÏALLÏ TECHNICALÏAREASÏOFÏTHEÏOILÏANDÏGASÏINDUSTRYÏ who need a solid base to be up to date and understand the applications of this TECHNOLOGY PREREQUISITE None



12/22/13 2:49 AM

PETROPHYSICS Advanced Formation Evaluation in Carbonates, Clastics, and Basement Rock

Advanced Formation Evaluation in Carbonates NEW

Advanced – 5 Days 4HISÏCOURSEÏINCLUDESÏTHEÏGEOLOGYÏOFÏ carbonates and the principles and EFFECTSÏOFÏDOLOMITIZATIONÏ4HEÏPHYSICSÏ ANDÏAPPLICATIONSÏOFÏAÏSELECTÏNUMBERÏOFÏ logging tools with special applications for carbonate interpretations will INCLUDEÏ.-2ÏIMAGING Ï-2Ï3CANNER Ï EXPERTÏMAGNETICÏRESONANCEÏSERVICE ÏANDÏ THEÏ!COUSTICÏ3CANNERÏIMAGINGÏSERVICEÏ TOÏQUANTIFYÏVUGSÏANDÏFRACTURESÏ.EWÏ DEVELOPMENTSÏINÏWIRELINEÏANDÏ,7$Ï NEUTRONÏLOGGINGÏTOÏPROVIDEÏBOTHÏLITHOLOGYÏ ANDÏSIGMAÏCAPTUREÏCROSSÏSECTIONÏ MEASUREMENTSÏWILLÏBEÏDISCUSSEDÏ/THERÏ SERVICESÏTHATÏWILLÏDISCUSSEDÏINCLUDEÏ DIELECTRICÏMEASUREMENTSÏTOÏASSISTÏINÏ OBTAININGÏMÏANDÏN ÏUSINGÏTHEÏSTANDARDÏ DIELECTRICÏANDÏTHEÏ$IELECTRICÏ3CANNER Ï MULTIFREQUENCYÏDIELECTRICÏDISPERSIONÏ SERVICEÏ4HEÏLOGÏINTERPRETATIONÏINÏ carbonates portion of the course will COVERÏTHEÏFOLLOWINGÏ6ARIABLEÏMÏANDÏTHEÏ FORMATIONÏFACTORÏWETTABILITYÏANDÏVARIABLEÏ NÏFROMÏLOGÏEFFECTSÏOFÏVUGSÏANDÏFRACTURESÏ DUALÏPOROSITY ÏMACROPOROSITY ÏANDÏ MICROPOROSITYÏFORÏQUANTITATIVEÏEVALUATIONÏ OFÏTHEÏDUALÏPOROSITYÏINÏCARBONATESÏ!Ï new approach for interpretations in carbonates without the use of the Archie %QUATIONÏWILLÏALSOÏBEÏCOVEREDÏ4HEÏPOREÏ GEOMETRYÏANDÏmOWÏUNITSÏCOURSEÏSECTIONÏ COVERSÏCAPILLARYÏPRESSUREÏMEASUREMENTSÏ ANDÏCAPILLARYÏPRESSUREÏOBTAINEDÏFROMÏ .-2Ï* FACTORÏAPPLICATIONSÏ&LOWÏUNITSÏ APPLYÏMODIlEDÏ,ORENZÏPRINCIPLEÏFORÏ PETRO ROCKÏTYPING

Software

COURSE CONTENT Q

#ARBONATEÏGEOLOGYÏANDÏDEPOSITION

Q

.UCLEARÏMAGNETICÏRESONANCEÏANDÏ .-2 3CANNER

Q

!COUSTICÏMEASUREMENTSÏANDÏTHEÏ acoustic scanner

Q

"OREHOLEÏIMAGINGÏ

Q

0HYSICSÏOFÏNEUTRONÏLOGGINGÏANDÏ dielectric logging

Q

6ARIABLE MÏANDÏTHEÏFORMATIONÏFACTORÏ applications

Q

7ETTABILITYÏANDÏTHEÏVARIABLE N

Q

%FFECTÏOFÏVUGSÏANDÏFRACTURESÏONÏ RESISTIVITYÏMEASUREMENTS

Q

1UANTITATIVEÏEVALUATIONÏOFÏTHEÏDUALÏ POROSITYÏINÏCARBONATES

Q

0ERMEABILITYÏESTIMATIONSÏ

Q

#ONNECTIVITYÏ4HEORY

Q

&LOWÏ5NITSÏANDÏTHEÏ,ORENZÏPLOTS

Q

#APILLARYÏ0RESSUREÏFROMÏCOREÏANALYSISÏ ANDÏ.-2Ï4ÏCONVERSION

Q

4HEÏ* &UNCTION

Q

2OCKÏTYPESÏ7INLANDÏANDÏTHEÏ!$./#Ï function

AUDIENCE %XTREMELYÏUSEFULÏTOÏPETROPHYSICISTS Ï RESERVOIRÏENGINEERS ÏANDÏGEOLOGISTSÏ WORKINGÏINÏCARBONATEÏRESERVOIRÏ ENVIRONMENTS

4HISÏCOURSEÏINCLUDESÏGEOLOGYÏOFÏ CARBONATESÏANDÏCLASTICS ÏCOREÏANALYSISÏTOÏ OBTAINÏPOROSITYÏANDÏPERMEABILITY ÏSHALEÏ ANALYSIS ÏINÏWHICHÏELEMENTALÏCAPTUREÏ SPECTROSCOPYÏPROVIDESÏEVALUATIONSÏ OFÏLITHOLOGY ÏSHALEÏVOLUME ÏDISPERSEDÏ ANDÏLAMINATEDÏSHALES ÏANDÏDElNITIONÏ ANDÏMEASUREMENTÏOFÏTHEÏ#%#Ï4"ÏANDÏ ,20ÏZONESÏAREÏEVALUATEDÏUSINGÏVARIOUSÏ TECHNIQUES ÏINCLUDINGÏBOREHOLEÏIMAGING Ï NMR, and Rt Scanner. This course also COVERSÏLOGÏINTERPRETATIONSÏINÏCLASTICS Ï INCLUDINGÏTHEÏVARIOUSÏSHALY SANDÏ EQUATIONS ÏBOTHÏTHEÏEMPIRICALÏVERSIONSÏ EG Ï)NDONESIA Ï.IGERIA ÏETC ÏANDÏTHEÏ EXCESSÏCONDUCTIVITYÏEQUATIONSÏEG Ï 7AXMAN 3MITS Ï$UALÏ7ATER ÏETC Ï 0ERMEABILITYÏESTIMATIONSÏINÏCLASTICSÏ RESERVOIRSÏANDÏGEOLOGYÏANDÏPETROPHYSICSÏ OFÏBASEMENTÏROCKÏWILLÏBEÏPRESENTEDÏ,OGÏ INTERPRETATIONSÏINÏCARBONATESÏCOVERSÏ THEÏFOLLOWINGÏTOPICSÏVARIABLE MÏANDÏTHEÏ FORMATIONÏFACTORÏWETTABILITYÏANDÏVARIABLEÏ NÏFROMÏTHEÏEFFECTSÏOFÏVUGSÏANDÏFRACTURESÏ -ACROÏANDÏMICROPOROSITYÏPERMEABILITYÏ ESTIMATIONSÏINÏCARBONATESÏWILLÏBEÏ DISCUSSEDÏASÏWELLÏASÏPOREÏGEOMETRYÏ ANDÏmOWÏUNITS ÏCAPILLARYÏPRESSUREÏ MEASUREMENTS ÏANDÏCAPILLARYÏPRESSUREÏ OBTAINEDÏFROMÏ.-2Ï* &ACTORÏAPPLICATIONSÏ ANDÏmOWÏUNITSÏBYÏAPPLYINGÏTHEÏMODIlEDÏ ,ORENZÏPRINCIPLEÏFORÏPETRO ROCKÏTYPING

Q

4"ÏEVALUATIONSÏANDÏLOW RESISTIVITYÏ PAYÏZONES

Q

7ATERÏSATURATIONÏCOMPUTATIONSÏ

Q

%MPIRICALÏSHALYÏSANDÏEQUATIONS

Q

%XCESSÏCONDUCTIVITYÏEQUATIONS

Q

0ERMEABILITYÏESTIMATIONSÏINÏCLASTICS

Q

,OGÏEVALUATIONSÏINÏCARBONATES

Q

6ARIABLEÏMÏANDÏN

Q

&ORMATIONÏFACTORÏAPPLICATIONS

Q

-ICROPOROSITY

Q

0ERMEABILITYÏESTIMATIONSÏINÏ carbonates

Q

'EOLOGYÏANDÏPETROPHYSICSÏOFÏ BASEMENTÏROCKÏ

Q

Concept of probabilistic INTERPRETATIONSÏEG Ï%,!.0LUS Ï ADVANCEDÏMULTIMINERALÏLOGÏANALYSIS Ï ANDÏ4ECHLOGÏPLATFORMÏSOFTWARE

Q

&LOWÏUNITSÏUSINGÏMODIlEDÏ,ORENZÏPLOT

Q

2OCK POREÏTYPE

AUDIENCE Suitable for all geoscientists and ENGINEERSÏWHOÏWILLÏBENEFITÏGREATLYÏ FROMÏEXPOSUREÏTOÏADVANCEDÏKNOWLEDGEÏ ANDÏEXPERTISEÏINÏFORMATIONÏEVALUATIONSÏ INÏCARBONATES ÏCLASTICSÏANDÏBASEMENTÏ rock.

COURSE CONTENT Q

'EOLOGYÏOFÏCARBONATESÏANDÏ sandstones

PREREQUISITE

Q

#OREÏANALYSISÏ

None

Q

3HALEÏANALYSISÏ

Q

,AMINATEDÏANDÏDISPERSEDÏSHALE

Q

#%#ÏFROMÏCORESÏANDÏLOGS



NEW

Advanced – 5 Days


Field trips

Uses simulation

PREREQUISITE None

| 89 12/22/13 2:49 AM

PETROPHYSICS Advanced Formation Evaluation in Sandstones NEW

Advanced – 5 Days 4HISÏCOURSEÏINCLUDESÏGEOLOGYÏOFÏCLASTICSÏ RESERVOIRSÏANDÏTECTONICÏACTIVITIESÏ'2Ï ANDÏ30ÏTOOLÏPHYSICSÏANDÏAPPLICATIONSÏ INÏESTIMATINGÏCLAYÏVOLUME ÏCLAYÏTYPE Ï ANDÏFORMATIONÏWATERÏSALINITIESÏWILLÏBEÏ presented. In the area of acoustics, TOOLÏPHYSICSÏANDÏAPPLICATIONSÏFORÏROCKÏ MECHANICSÏWELLÏBOREÏSTABILITY ÏANDÏ SANDSTONEÏCOMPACTIONÏINÏADDITIONÏTOÏ applications of acoustics for predicting HIGH PRESSUREÏZONESÏ4HEÏPHYSICSÏANDÏ APPLICATIONSÏOFÏTHEÏ3ONICÏ3CANNER Ï ACOUSTICÏSCANNINGÏPLATFORMÏAREÏPRESENTEDÏ FORÏEVALUATINGÏANISOTROPYÏ.UCLEARÏ LOGÏDATAÏANDÏTOOLSÏINCLUDEÏDENSITY Ï PHOTOELECTRIC ÏANDÏNEUTRONÏTOOLSÏTHEORYÏ ANDÏAPPLICATIONSÏTOÏCLASTICSÏRESERVOIRÏ $ETAILEDÏAPPLICATIONSÏOFÏTHEÏDENSITY NEUTRONÏINCLUDEÏCROSSPLOTÏFORÏESTIMATINGÏ THEÏVOLUMEÏOFÏCLAYÏ6CL Ï6SH ÏANDÏTHEÏ TRENDSÏINÏSILT ÏLAMINATEDÏSHALE ÏANDÏ DISPERSEDÏSHALEÏ#OREÏANALYSISÏISÏUSEDÏTOÏ OBTAINÏPOROSITYÏANDÏPERMEABILITYÏ3HALEÏ ANALYSISÏISÏPERFORMEDÏUSINGÏELEMENTALÏ CAPTUREÏSPECTROSCOPYÏTOÏPROVIDEÏ EVALUATIONSÏOFÏLITHOLOGYÏANDÏSHALEÏVOLUMEÏ INÏADDITIONÏTOÏDISPERSEDÏANDÏLAMINATEDÏ SHALESÏ#%#ÏANDÏITSÏAPPLICATIONSÏINÏTHEÏ 7AXMAN 3MITSÏEQUATION ÏDETAILEDÏ DERIVATIONÏOFÏTHEÏDUAL WATERÏEQUATION Ï ANDÏCOMPARISONÏWITHÏTHEÏ7AXMAN 3MITSÏ ANDÏMODIlEDÏ7AXMAN 3MITSÏEQUATIONSÏ are presented. Log interpretation in CLASTICSÏISÏCOVEREDÏBYÏPRESENTINGÏTHEÏ DERIVATIONÏANDÏAPPLICATIONSÏOFÏTHEÏVARIOUSÏ SHALYÏSANDÏEQUATIONS ÏBOTHÏTHEÏEMPIRICALÏ VERSIONSÏEG Ï)NDONESIA Ï.IGERIA ÏETC Ï ANDÏTHEÏEXCESSÏCONDUCTIVITYÏEQUATIONSÏ EG Ï7AXMAN 3MITS ÏDUALWATER ÏETC 0ERMEABILITYÏESTIMATIONSÏINÏCLASTICSÏ RESERVOIRSÏINCLUDEÏPOREÏGEOMETRYÏANDÏ mOWÏUNITSÏINÏADDITIONÏTOÏCAPILLARYÏPRESSUREÏ MEASUREMENTS ÏANDÏCAPILLARYÏPRESSUREÏ OBTAINEDÏFROMÏ.-2Ï* &ACTORÏAPPLICATIONS Ï ANDÏmOWÏUNITSÏBYÏAPPLYINGÏTHEÏMODIlEDÏ ,ORENZÏPRINCIPLEÏTOÏPETRO ROCKÏTYPINGÏ


Advanced Production Logging

COURSE CONTENT Q

'EOLOGYÏOFÏCLASTICSÏRESERVOIRS

Q

'AMMAÏRAYÏANDÏSPONTANEOUSÏ potential logs

Q

#OREÏANALYSISÏTOÏOBTAINÏPOROSITYÏANDÏ PERMEABILITY

Q

$ETERMINEÏEFFECTIVEÏPOROSITY ÏSHALEÏ VOLUMEÏANDÏTOTALÏPOROSITY

Q

$ETERMINEÏSANDÏCOMPACTIONÏANDÏ MECHANICALÏPROPERTIES

Q

3HALEÏANALYSIS

Q

#%#ÏANALYSIS

Q

%VALUATIONSÏOFÏDISPERSEDÏANDÏ LAMINATEDÏSHALEÏ

Q

3HALYÏSANDÏEQUATIONSÏ

Q

2OCKÏPOREÏTYPEÏANDÏmOWÏUNITS

Q

#APILLARYÏPRESSUREÏANALYSIS

Q

2OCKÏPOREÏTYPEÏINÏCLEANÏSANDS

Q

&LOWÏUNITSÏANDÏTHEÏUSEÏOFÏTHEÏ,ORENZÏ plot

AUDIENCE Suitable for all geoscientists and ENGINEERSÏWHOÏWILLÏBENElTÏGREATLYÏFROMÏ EXPOSUREÏTOÏADVANCEDÏKNOWLEDGEÏANDÏ EXPERTISEÏINÏFORMATIONÏEVALUATIONSÏINÏ clastics. PREREQUISITE None

Advanced – 5 Days 4HISÏISÏAÏ DAYÏCOURSEÏFORÏATTENDEESÏWITHÏ AÏSOLIDÏBACKGROUNDÏANDÏSOMEÏEXPERIENCEÏ in production logging. The attendees SHOULDÏHAVEÏATTENDEDÏTHEÏ#ASEDÏ(OLEÏ 0RODUCTIONÏ,OGGINGÏANDÏ2ESERVOIRÏ Monitoring Course. This course will focus ONÏEXTENDINGÏTHEÏLEVELÏOFÏTHEÏEARLIERÏCASEDÏ HOLEÏCOURSEÏTHROUGHÏIN DEPTHÏEVALUATIONSÏ OFÏ ÏANDÏ PHASEÏmOWÏINÏTUBULARSÏINÏ WORKSHOPÏENVIRONMENTSÏTOÏALLEVIATEÏ THEÏLEVELÏOFÏEXPOSUREÏTOÏADVANCEDÏANDÏ MOREÏCOMPLEXÏPRODUCTIONÏSYSTEMSÏ,OCALÏ EXAMPLESÏWILLÏBEÏREVIEWEDÏANDÏUSEDÏASÏ a working basis for such a session. The COURSEÏWILLÏALSOÏREVIEWÏTHEÏVARIOUSÏTYPESÏ OFÏRESERVOIRÏmUIDSÏANDÏWILLÏINVESTIGATEÏINÏ DETAILÏNEAR WELLBOREÏFORMATIONÏDAMAGEÏ ANDÏTHEÏCONCEPTÏOFÏPOSITIVEÏANDÏNEGATIVEÏ SKINÏ4HISÏINVESTIGATIONÏISÏINTENDEDÏTOÏ HELPÏANALYZEÏTHEÏPRODUCTIVITYÏINDEXÏ0) ÏOFÏ EACHÏZONEÏINÏCOMMINGLEDÏPRODUCTIONÏANDÏ ANALYZEÏUNDERPERFORMINGÏWELLSÏ2ESERVOIRÏ SATURATIONÏMONITORINGÏWILLÏBEÏPRESENTEDÏ INÏIN DEPTHÏDETAILSÏWITHÏANÏEMPHASISÏ on the principles of the tools and their MEASUREMENTÏACCURACIESÏ#ARBON OXYGENÏRATIOÏCALIBRATIONSÏWILLÏALSOÏBEÏ ANALYZEDÏINÏDETAILÏANDÏANÏINTERPRETATIONÏ WORKSHOPÏWILLÏALSOÏBEÏGIVENÏUSINGÏLOCALÏ EXAMPLESÏ4HEÏCOURSEÏWILLÏHIGHLIGHTÏ the applications of this technique in ESTIMATINGÏWATERÏSATURATIONSÏBEHINDÏTHEÏ CASINGÏANDÏTHEÏSALINITYÏOFÏINVADINGÏWATERÏ "EHIND CASINGÏFORMATIONÏRESISTIVITYÏWILLÏ ALSOÏBEÏREVIEWEDÏINÏDETAILÏANDÏTHEÏRESULTSÏ COMPAREDÏWITHÏTHEÏCARBONOXYGENÏRATIOÏ and pulsed neutron logging applications. #ASEDÏHOLEÏFORMATIONÏEVALUATIONÏWILLÏ also be presented and will include a REVIEWÏOFÏTECHNIQUESÏFORÏSAMPLINGÏANDÏFORÏ MEASURINGÏPRESSUREÏBEHINDÏTHEÏCASINGÏ

COURSE CONTENT Q

2ESERVOIRÏmUIDS

Q

&ORMATIONÏDAMAGE

Q

!DVANCEDÏPRODUCTIONÏLOGÏ interpretations

Q

-EASURINGÏmUIDÏVELOCITIES

Q

-EASURINGÏHOLD UPS

Q

#LASSICALÏEXAMPLESÏOFÏ ÏANDÏ PHASEÏ mOWÏDOMAINS

Q

!DVANCEDÏPRODUCTIONÏLOGÏ interpretation workshop

Q

3ATURATIONÏMONITORINGÏANDÏWATERÏ salinities

Q

3ATURATIONÏMONITORINGÏWORKSHOP

Q

#ASEDÏHOLEÏFORMATIONÏTESTER

Q

6ISITÏANÏOPERATIONÏBASEÏANDORÏTHEÏ training centre

AUDIENCE 0RODUCTIONÏANDÏRESERVOIRÏENGINEERSÏANDÏ PRODUCTIONÏTECHNOLOGISTSÏWHOÏHAVEÏTOÏ WORKÏONÏRESERVOIRS PREREQUISITE !VERAGEÏLEVELÏOFÏEXPERIENCEÏINÏTHEÏUSEÏOFÏ cased hole log interpretations.


12/22/13 2:49 AM

PETROPHYSICS Applied Production Logging and Reservoir Monitoring

Applied Reservoir Petrophysics and Characterization

Production Logging Solutions Workshop


Advanced – 5 Days

Advanced – 7 Days

Advanced – 5 Days

Advanced – 5 Days

%NCOMPASSINGÏADVANCEDÏTECHNIQUESÏ FORÏPRODUCTIONÏLOGGINGÏANDÏRESERVOIRÏ MONITORING ÏTHISÏCOURSEÏTEACHESÏATTENDEESÏ THEÏDESIGNÏOFÏAÏDATA ACQUISITIONÏPROGRAMÏ FORÏEVALUATIONÏOFÏWELLBOREÏORÏRESERVOIRÏ BEHAVIORÏBASEDÏONÏlELDÏDEVELOPMENTÏ OBJECTIVESÏ(ANDS ONÏEXAMPLESÏ DEMONSTRATEÏIN DEPTHÏLOGÏINTERPRETATIONÏ TECHNIQUESÏFORÏRESISTIVITYÏMEASUREMENTSÏ ACQUIREDÏBEHINDÏCASING ÏTHREE PHASEÏmOWÏ INÏHORIZONTALÏWELLS ÏANDÏmUIDÏSATURATIONSÏ Attendees will learn quicklook techniques FORÏLOGÏQUALITYÏCONTROLÏASÏWELLÏASÏHOWÏTOÏ PLANÏANDÏINTEGRATEÏMULTISOURCEÏDATAÏFORÏAÏ MOREÏCOMPLETEÏEVALUATION

4HROUGHÏDYNAMICÏMODELING ÏATTENDEESÏ GAINÏANÏADVANCEDÏUNDERSTANDINGÏOFÏ APPLIEDÏRESERVOIRÏPETROPHYSICSÏANDÏ CHARACTERIZATIONÏUSINGÏINTEGRATIONÏOFÏ data at the pore scale. The attendees WILLÏLEARNÏHOWÏTOÏEXPLOITÏINTERPRETATIONÏ TECHNIQUESÏTOÏSPOTÏEXPLORATIONÏ OPPORTUNITIES ÏSUCHÏASÏBYPASSEDÏPAYÏ ANDÏNEWÏRESOURCESÏINÏEXISTINGÏlELDSÏ INÏADDITIONÏTOÏLEARNINGÏHOWÏTOÏIMPROVEÏ DYNAMICÏSIMULATIONÏMODELINGÏTHROUGHÏ INTEGRATIONÏOFÏPETROPHYSICALÏDATAÏ !TTENDEESÏSTUDYÏADVANCEDÏPERMEABILITYÏ ANDÏCAPILLARYÏSATURATIONÏMODELS ÏANDÏ CONSTRUCTÏAÏWELLBOREÏNUMERICALÏSIMULATIONÏ BASEDÏONÏFACIES ÏPETROPHYSICALÏROCKÏTYPES Ï ANDÏ.%X4Ï1UICK3CAN BASEDÏmOWÏUNITS

4HISÏIMMERSIVEÏWORKSHOPÏTEACHESÏTHEÏ ATTENDEESÏHOWÏTOÏINTERPRETÏDIFlCULTÏ product logging scenarios and to DIAGNOSEÏPRODUCTIONÏBEHAVIORSÏNOTÏ included in classical interpretation TECHNIQUESÏ4HROUGHÏAÏHANDS ON Ï INTERACTIVEÏWORKSHOP ÏUSINGÏYOURÏDATAÏ ANDÏPROBLEMS ÏATTENDEESÏLEARNÏHOWÏTOÏ ADJUSTÏTHEIRÏINTERPRETATIONÏTECHNIQUESÏFORÏ MECHANICALÏORÏmUID SPECIlCÏPHENOMENAÏ Attendees are encouraged to bring DIFlCULTÏLOGÏEXAMPLESÏFORÏIN CLASSÏ discussion and interpretation.

4HISÏIMMERSIVEÏWORKSHOPÏTEACHESÏ ATTENDEESÏHOWÏTOÏINTERPRETÏDIFlCULTÏ RESERVOIRÏMONITORINGÏSCENARIOSÏANDÏ TOÏDIAGNOSEÏRESERVOIRÏBEHAVIORSÏNOTÏ included in classical interpretations. &OCUSEDÏONÏRESERVOIRÏMONITORINGÏLOGGINGÏ TECHNIQUES ÏTHISÏCOURSEÏPROVIDESÏ ATTENDEESÏWITHÏSPECIlCÏSTRATEGIESÏFORÏ their use and interpretation. Through a HANDS ONÏINTERACTIVEÏWORKSHOP ÏUSINGÏ YOURÏDATAÏANDÏPROBLEMS ÏATTENDEESÏ WILLÏLEARNÏHOWÏTOÏADJUSTÏINTERPRETATIONÏ TECHNIQUESÏFORÏRESERVOIRÏANDÏlELDÏWIDEÏ PHENOMENA ÏESPECIALLYÏINÏWATERmOODÏ operations. Attendees are encouraged to BRINGÏDIFlCULTÏLOGÏEXAMPLESÏFORÏIN CLASSÏ discussion and interpretation.

COURSE CONTENT Q

Q

Q

)NmOWÏANDÏOUTmOWÏPERFORMANCEÏANDÏ PRODUCTIVITYÏ &LOWÏREGIMESÏANDÏSLIPPAGEÏVELOCITIESÏ INÏVERTICAL ÏDEVIATED ÏANDÏHORIZONTALÏ wells 6ARIOUSÏTECHNIQUESÏOFÏMEASURINGÏOFÏ OIL ÏWATER ÏANDÏGASÏVELOCITY

Q

-EASUREMENTÏOFÏTHREE PHASEÏHOLDUPSÏ using electrical and optical sensors

Q

3PINNERÏCALIBRATIONSÏINÏVERTICAL Ï DEVIATED ÏANDÏHORIZONTALÏWELLSÏ

Q

Q

Q

Q

Q

Q

COURSE CONTENT Q

0ETROPHYSICALÏROCKÏTYPES

Q

7ATERÏSATURATIONÏ3W ÏANDÏIMPACTÏOFÏ CAPILLARYÏPRESSUREÏANDÏROCKÏELECTRICALÏ properties

Q

Q

4HREE PHASEÏPRODUCTIONÏLOGGINGÏINÏ HORIZONTALÏWELLSÏ 0HYSICSÏOFÏPULSEDÏNEUTRONÏANDÏ CARBONOXYGENÏLOGGINGÏ

Q

$RAINAGEÏANDÏIMBIBITIONÏRELATIVEÏ PERMEABILITYÏCURVESÏANDÏTHEIRÏ RELATIONSHIPÏTOÏWETTABILITY

7ORKSHOPÏ5SEÏOFÏCAPTUREÏANDÏ CARBONOXYGENÏMODESÏFORÏEVALUATINGÏ water and gas saturations 7ORKSHOPÏ)NTERPRETINGÏRESISTIVITYÏ LOGGINGÏMEASUREMENTSÏACQUIREDÏ behind casing 7ORKSHOPÏ0RODUCTIONÏLOGGINGÏINÏ HORIZONTALÏWELLSÏWITHÏTHREE PHASEÏ mOW

AUDIENCE 0ROFESSIONALSÏWITHÏGEOSCIENCEÏ BACKGROUNDÏANDÏMINIMUMÏOFÏÏYEARSÏOFÏ EXPOSUREÏTOÏlELDÏPRODUCTION

Q

7ELLBOREÏSIMULATIONÏUSINGÏ PETROPHYSICALÏROCKÏTYPES ÏFACIES ÏANDÏ mOWÏUNIT

Q

2ECOVERYÏFACTORÏSIMULATIONÏBASEDÏONÏ PETROPHYSICALÏDATA

Q

!PPLICATIONÏOFÏlELD STUDYÏmOWÏUNITS

AUDIENCE 0ETROPHYSICISTS ÏGEOSCIENTISTS ÏANDÏ ENGINEERSÏRESPONSIBLEÏFORÏADVANCEDÏ RESERVOIRÏCHARACTERIZATIONÏANDÏMODELING

(IGH TECHÏPRODUCTIONÏLOGGINGÏTOOLSÏ FORÏHORIZONTALÏWELLS

Q

&LOWÏREGIMESÏINÏHORIZONTALÏWELLSÏ and effects on production log interpretations

Q

0ERMEABILITYÏPREDICTIONÏANDÏCAPILLARYÏ SATURATIONÏWORKmOWSÏWITHÏEXAMPLEÏ MODELÏCONSTRUCTION (EIGHTÏFUNCTIONÏANDÏ4HOMEERÏ approaches

Q

Q

#OMPARISONÏOFÏLOG BASEDÏ3WÏ relationships

Q

0RESSUREÏDATAÏANDÏFORMATIONÏmUIDÏ SAMPLEÏACQUISITIONÏBEHINDÏCASING

COURSE CONTENT

Spinner calibrations and production LOGÏINTERPRETATIONSÏINÏHORIZONTALÏWELLS 2ESERVOIRÏmUIDSÏANDÏDRIVEÏ MECHANISMS

Q


Q

*USTIlCATIONÏFORÏPRODUCTIONÏLOGGING

Q

Leak detection inside and behind casing and tubing

Q

4ECHNIQUESÏFORÏESTIMATINGÏTHREE PHASEÏmUIDÏVELOCITIES

Q

4HREE PHASEÏmUIDÏHOLDUPSÏINÏVERTICAL Ï DEVIATED ÏANDÏHORIZONTALÏWELLS

Q

3LIPPAGEÏVELOCITIESÏINÏVERTICALÏANDÏ DEVIATEDÏWELLS

AUDIENCE 0ETROPHYSICISTSÏANDÏPRODUCTIONÏENGINEERSÏ WITHÏEXPERIENCEÏINÏCASEDÏHOLEÏLOGGINGÏANDÏ log interpretation.

COURSE CONTENT Q

2ESERVOIRÏmUIDSÏANDÏDRIVEÏ MECHANISMS

Q


Q

2ESERVOIRÏMONITORINGÏLOGÏJUSTIlCATION

Q

.UCLEARÏPHYSICSÏOFÏRESERVOIRÏ MONITORINGÏANDÏ0.,

Q

0.,ÏTOOLSÏ3CHLUMBERGERÏANDÏ (ALLIBURTONÏTOOLS Ï

Q

0.,ÏCAPTUREÏCROSS SECTIONALÏ MEASUREMENTSÏANDÏCARBONOXYGENÏ data

Q

,OG INJECT LOGÏTECHNIQUEÏTOÏESTIMATEÏ residual oil saturation

Q

&ORMATIONÏRESISTIVITYÏACQUISITIONÏ BEHINDÏSTEELÏANDÏNONCONDUCTIVEÏ casing

Q

0RESSUREÏMEASUREMENTSÏANDÏ SAMPLINGÏBEHINDÏCASING

Q

&IELDÏMAPPINGÏOFÏWATERmOODÏTOÏ IDENTIFYÏUNSWEPTÏZONES

PREREQUISITE

AUDIENCE

-OREÏTHANÏÏYEARSÏOFÏEXPERIENCEÏ interpreting production logs.

0ETROPHYSICISTSÏANDÏPRODUCTIONÏENGINEERSÏ WITHÏEXPERIENCEÏINÏRESERVOIRÏMONITORINGÏ logging and log interpretation.

PREREQUISITE

PREREQUISITE

"ASICÏUNDERSTANDINGÏOFÏRESERVOIRÏ CHARACTERIZATIONÏANDÏPETROPHYSICS

-OREÏTHANÏÏYEARSÏOFÏEXPERIENCEÏ INTERPRETINGÏRESERVOIRÏMONITORINGÏLOGS

PREREQUISITE -OREÏTHANÏÏYEARSÏOFÏEXPERIENCEÏ INTERPRETINGÏRESERVOIRÏMONITORINGÏLOGSÏ ATTENDEESÏAREÏENCOURAGEDÏTOÏBRINGÏ DIFlCULTÏLOGÏEXAMPLESÏFORÏIN CLASSÏ DISCUSSIONÏANDÏINTERPRETATION

Software




Field trips

Uses simulation

| 91 12/22/13 2:49 AM

PETROPHYSICS Well Integrity




Advanced – 5 Days




4HISÏCOURSEÏTEACHESÏTHEÏMONITORINGÏANDÏ DIAGNOSISÏOFÏWELLBOREÏINTEGRITYÏUSINGÏ cased hole logging tools. Attendees will LEARNÏHOWÏTOÏDETECTÏANDÏIDENTIFYÏINTERZONEÏ CROSSmOWÏCAUSEDÏBYÏUNEVENÏDEPLETION Ï and leaks inside and behind the casing. 4OPICSÏINCLUDEÏEVALUATINGÏCEMENTÏBONDÏ QUALITY ÏESTABLISHINGÏCORROSIONÏMONITORING Ï ANDÏVERIFYINGÏPERFORATIONÏEFlCIENCY

4HEÏ4ECHLOGÏPLATFORMÏINTERACTIVEÏSUITEÏ BRINGSÏALLÏOFÏTHEÏPETROPHYSICALÏANDÏ geological data together. Attendees will LEARNÏTHEÏFUNDAMENTALSÏOFÏTHISÏAPPLICATIONÏ ANDÏITSÏ4ECHPLOT Ï4ECHDATA ÏANDÏ1UANTIÏ BASEÏMODULESÏ)NÏADDITION ÏTHEÏUSEÏOFÏTHEÏ DATAÏMODELÏWITHINÏTHEÏ4ECHLOGÏAPPLICATIONÏ and the foundation utilities for loading, UNLOADING ÏMANIPULATING ÏANDÏDISPLAYINGÏ DATAÏINÏTHEÏSYSTEM ÏINCLUDINGÏCOREÏANDÏ IMAGESÏWILLÏBEÏEXPLAINEDÏ4HEÏCOURSEÏ TOPICSÏINCLUDEÏDETERMINISTICÏCALCULATIONSÏ and the principles behind the application WORKmOWÏINTERFACEÏFORÏSINGLE ÏANDÏ MULTIWELLÏUSE

4HISÏCOURSEÏPROVIDESÏTHEÏFUNDAMENTALSÏ attendees need to produce accurate RESERVESÏMAPSÏUSINGÏ'EO&RAMEÏ#03 Ï SOFTWAREÏ&ULLYÏINTEGRATEDÏWITHÏ'EO&RAMEÏ 'EOLOGYÏANDÏ'EOPHYSICSÏSOFTWAREÏ MODULES Ï#03 ÏSOFTWAREÏPROVIDESÏ ACCURATEÏSURFACEÏMAPPINGÏOPERATIONSÏFORÏ ALLÏMAPPINGÏREQUIREMENTS

4HEÏ0ETRELÏPLATFORMÏOFFERSÏVARIOUSÏOPTIONSÏ FORÏWELLÏCORRELATIONÏ4HISÏCOURSEÏPROVIDESÏ ATTENDEESÏWITHÏAÏGENERALÏOVERVIEWÏOFÏ correlation and introduces well data IMPORTÏPROCEDURESÏWITHÏDIFFERENTÏFORMATSÏ ANDÏTHEÏUSEÏOFÏTHEÏ2EFERENCEÏ0ROJECTÏ tool. This course focuses on setting well SECTIONÏTEMPLATES ÏTHEÏVALUEÏOFÏSHARINGÏ TEMPLATESÏBETWEENÏPROJECTS ÏWELLS ÏANDÏ well section windows, in addition to interpreting and editing stratigraphic and FAULTÏWELLÏTOPSÏMARKERS ÏALONGÏWELLÏPATHSÏ based on log readings. Attendees will LEARNÏADVANCEDÏDISCRETEÏANDÏCONTINUOUSÏ log interpreting and editing options BASEDÏONÏEXISTINGÏLOGS ÏANDÏAPPLYÏTHEÏ DIFFERENTÏTECHNIQUESÏINÏAÏTYPICALÏWORKINGÏ ORDER ÏFROMÏSIMPLEÏEXPLORATIONÏWELLSÏTOÏ production phase.

COURSE CONTENT Q

3PINNERÏCALIBRATION ÏSINGLE PHASEÏ INTERPRETATION ÏANDÏPRODUCTIVITYÏINDEX

Q

,EAK DETECTIONÏTECHNIQUESÏANDÏ applications

Q

4EMPERATUREÏDATABASEÏAPPLICATIONS

Q

#ROSSmOWÏBETWEENÏZONESÏCAUSEDÏ BYÏUNEVENÏDEPLETIONÏANDÏPREDICTIONÏ WITHOUTÏWELLÏSHUT IN

Q

4EMPERATUREÏPROlLINGÏ/PTICALÏ sensors

Q

#EMENTINGÏ0RIMARYÏANDÏREMEDIAL

Q

#EMENTÏBONDÏMONITORING

Q

Q

Q

#ORROSIONÏMECHANISMSÏANDÏ MONITORING #ORROSIONÏMITIGATIONÏ#ATHODICÏ PROTECTIONÏANDÏEXPANDABLEÏTUBULARS 0ERFORATINGÏ#ONVEYANCE Ï PERFORMANCE ÏANDÏEFlCIENCY

Q

7ORKSHOPÏONÏLEAKÏDETECTION

Q

7ORKSHOPÏONÏINTERZONEÏCROSSmOW

AUDIENCE 0ETROPHYSICISTSÏANDÏPRODUCTIONÏENGINEERSÏ RESPONSIBLEÏFORÏlELD WIDEÏRESERVOIRÏ MONITORINGÏORÏPRODUCTIONÏLOGGINGÏ PROGRAMS PREREQUISITE )NTERMEDIATEÏ0RODUCTIONÏ,OGGINGÏANDÏ 2ESERVOIRÏ-ONITORINGÏ00 4# .84 Ï COURSE ÏORÏMOREÏTHANÏÏYEARSÏOFÏ EXPERIENCEÏINTERPRETINGÏCASEDÏHOLEÏLOGS

COURSE CONTENT Q

!CCESSÏWELLÏANDÏSEISMICÏLOCATIONS Ï SEISMICÏINTERPRETATION ÏMARKERS Ï ZONEÏPROPERTIES ÏGRIDS ÏANDÏOTHERÏ 'EO&RAMEÏDATAÏFORÏMAPPING

Q


Q


Q


COURSE CONTENT Q

Techlog interface and data structure

Q


Q


Q


Q

Q



Q

Q



Q


Q


Q


Q

/VERVIEWÏOFÏ'EO&RAMEÏSOFTWAREÏ -ODELÏ%DITOR Ï-APÏ%DITOR ÏANDÏ#OLORÏ 0ALETTEÏ%DITORÏMODULES ÏANDÏ#03 Ï SOFTWAREÏMACROÏLANGUAGE

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏLOGÏ ANALYSTSÏANDÏPETROPHYSICISTS ÏGEOLOGISTS Ï PETROLEUMÏENGINEERS ÏMANAGERS ÏANDÏ technical personnel with no prior EXPERIENCEÏUSINGÏ4ECHLOGÏSOFTWARE PREREQUISITE None

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ and application support staff.

COURSE CONTENT Q

0ROJECTÏORGANIZATION ÏINCLUDINGÏ 3TUDIOÏ&AVORITES Ï3TUDIOÏ&IND ÏANDÏ 3TUDIOÏ!NNOTATEÏ%0ÏKNOWLEDGEÏ ENVIRONMENTÏFEATURES

Q

)MPORTÏPROCEDURESÏFORÏWELLSÏANDÏLOGS Ï INCLUDINGÏTHEÏ2EFERENCEÏ0ROJECTÏTOOLÏ

Q

7ORKINGÏANDÏSETTINGÏWELLÏSECTIONÏANDÏ TEMPLATESÏ

Q

3EISMICÏANDÏ$ÏMODELÏBACKDROP

Q

Q

7ELLÏTOPÏINTERPRETATIONÏANDÏEDITS

Q

4IME DEPTHÏRELATIONSHIP

Q

Creating point well data attributes

Q

0LOTTINGÏANDÏPRESENTINGÏRESULTSÏINÏ different windows

Q

7ORKmOWSÏFORÏEXPLORATION ÏAPPRAISAL Ï DEVELOPMENT ÏANDÏPRODUCTIONÏPHASES


Continuous and discrete log INTERPRETATIONÏMANUAL ÏCALCULATOR Ï ANDÏNEURALÏNETS ÏANDÏLOGÏEDITS

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏ GEOSCIENTISTSÏANDÏPETROLEUMÏENGINEERSÏ WITHÏPRIORÏEXPERIENCEÏINÏTHEÏ0ETRELÏ PLATFORM PREREQUISITE 0ETRELÏ&UNDAMENTALSÏCOURSEÏORÏEQUIVALENTÏ 0ETRELÏEXPERIENCE ÏANDÏGENERALÏKNOWLEDGEÏ OFÏPETROLEUMÏGEOLOGY



12/22/13 2:49 AM

PETROPHYSICS Techlog Python




Skill – 2 Days

Skill – 3 Days

This course is designed to introduce ATTENDEESÏTOÏPROGRAMMINGÏBASICÏANDÏ ADVANCEDÏSCRIPTSÏINÏTHEÏ4ECHLOGÏPLATFORMÏ The attendees will learn how to create, edit, open, and run scripts in a Techlog WORKmOWÏ4OPICSÏINCLUDEÏ0YTHONÏSYNTAXÏANDÏ PROGRAMMINGÏSKILLS Ï0YTHONÏANDÏ4ECHLOGÏ PLATFORMÏMODULESÏLIBRARIES ÏANDÏADVANCEÏ scripting including reading and writing and CREATINGÏ4ECHLOGÏPLATFORMÏMODULES

4HISÏCOURSEÏBUILDSÏONÏTHEÏ0ETRELÏ2ESERVOIRÏ %NGINEERINGÏCOURSEÏANDÏGOESÏMOREÏINTOÏ DEPTHÏONÏMODELINGÏOFÏDEVIATEDÏWELLSÏ4HEÏ STANDARDÏWELLÏMODELINGÏWITHÏTHEÏ%#,)03%Ï SIMULATORÏPACKAGEÏANDÏTHEÏ&RONT3IMÏ MODULEÏTREATSÏTHEÏENTIREÏWELLBOREÏASÏAÏ SINGLEÏENTITYÏTHEREFORE ÏTHEÏMODELÏCANNOTÏ take into account pressure changes along THEÏWELLBOREÏDUEÏTOÏFRICTION ÏVALVES ÏORÏ PUMPSÏ3UCHÏDEVICESÏAREÏOFTENÏUSEDÏWITHÏ HORIZONTALÏWELLSÏTOÏCONTROLÏTHEÏINmOWÏ PROlLEÏALONGÏTHEÏWELLÏTRACE

4HISÏCOURSEÏFOCUSESÏONÏTHEÏFUNDAMENTALSÏ OFÏMODELINGÏUSINGÏTHEÏ0ETRELÏPLATFORMÏ4HEÏ COURSEÏCOVERSÏBASICÏGEOSTATISTICS ÏDATAÏ PREPARATION ÏDATAÏANALYSIS ÏFACIES ÏANDÏ PETROPHYSICALÏMODELINGÏ!TTENDEESÏWILLÏ LEARNÏDIFFERENTÏWAYSÏTOÏCREATEÏPROPERTYÏ MODELSÏANDÏHOWÏTOÏCONDITIONÏMODELSÏTOÏ EXISTINGÏMODELSÏANDÏSECONDARYÏDATAÏ4HISÏ course guides the user through concepts, ALGORITHMS ÏANDÏSOFTWAREÏFUNCTIONALITIESÏ INÏPROPERTYÏMODELING


4HEÏlRSTÏPORTIONÏOFÏTHEÏCOURSEÏFOCUSESÏ on the use of basic geostatistical tools THROUGHÏDATAÏANALYSISÏ!LSO ÏPREMODELINGÏ processes concerned with well data PREPARATIONÏWILLÏBEÏCOVERED ÏTHEÏlRSTÏ STEPÏOFÏWHICHÏISÏTHEÏPROPERTYÏMODELINGÏ WORKmOWÏFOLLOWEDÏBYÏUPSCALINGÏWELLÏ LOGSÏTOÏCREATEÏSINGLE PROPERTYÏVALUESÏ at the well location for each cell. This technique creates hard data that will be used to populate the 3D grid with either DETERMINISTICÏORÏSTOCHASTICÏALGORTIHMSÏ The second half of the course focuses ONÏFACIESÏANDÏPETROPHYSICALÏMODELINGÏ WORKmOWSÏUSINGÏSTOCHASTICÏMETHODSÏASÏ WELLÏASÏCOVERINGÏTHEÏUSAGEÏOFÏKRIGINGÏFORÏ CONTINUOUSÏPROPERTIESÏ)MPLEMENTINGÏDATAÏ ANALYSISÏRESULTSÏANDÏUSINGÏSECONDARYÏDATAÏ to constrain the result will also be shown.

COURSE CONTENT Q

)NTRODUCTIONÏTOÏ0YTHONÏ3CRIPTING

Ï

nÏ(ISTORYÏANDÏCONCEPTÏ

Ï

nÏÏ0YTHONÏPROGRAMMINGÏINSIDEÏ Techlog software Q

)NTRODUCTIONÏTOÏTHEÏ0YTHONÏEDITOR – Opening and running scripts

Ï

nÏÏ0ROGRAMMINGÏBASICSÏ

Ï

nÏÏ0YTHONÏSYNTAXÏANDÏCODINGÏRULESÏ Q

Ï

!PPLICATIONÏWORKmOWÏINTERFACEÏFORÏ 0YTHONÏPLATFORM nÏÏ2UNNINGÏYOURÏOWNÏEQUATIONSÏ INÏAÏMULTIWELLÏANDÏMULTIZONEÏ ENVIRONMENT

Q

Ï

0YTHONÏMODULES nÏÏ$ATAÏ1#ÏANDÏHARMONIZATION ÏlLEÏ IMPORTÏ4ECHLOGÏDATABASE Ï

4HISÏCOURSEÏSHOWSÏHOWÏTOÏDElNEÏSECTORS Ï SELECTÏBOUNDARYÏCONDITIONS ÏANDÏRUNÏ SECTORÏMODELS COURSE CONTENT Q

3TANDARDÏWELLÏMODELÏVSÏTHEÏ MULTISEGMENTEDÏWELLÏMODELÏ

Q


Ï

nÏÏ#USTOMÏPLOTSÏ4ECHLOGÏPLATFORMÏ PLOT Ï

Q


Ï

nÏÏ-ATHEMATICALÏANDÏSCIENTIlCÏTOOLSÏ .UM0YÏANDÏ3CI0YÏPACKAGES Ï

Q


Q


Q


Q

3ECTORÏMODELS

Q

!DVANCEDÏSCRIPTING

Ï

nÏÏ)NTRODUCTIONÏTOÏADVANCEDÏBASICSÏ SUCHÏASÏMULTIDIMENSIONALÏLISTSÏANDÏ dictionaries

Ï

nÏÏ)NTRODUCTIONÏTOÏORIENTEDÏOBJECTÏ PROGRAMMINGÏ

AUDIENCE

2EADINGÏANDÏWRITINGÏlLES

2ESERVOIRÏENGINEERSÏORÏGEOSCIENTISTSÏWITHÏ ABOVEÏAVERAGEÏEXPERIENCEÏINÏTHEÏDOMAIN

Q

Ï

nÏÏ4EXT Ï#36 ÏANDÏ%XCELÏlLESÏ

Ï

nÏÏ)MPORTINGÏANDÏLOADINGÏDATAÏFROMÏ %XCELÏlLESÏ – Reporting Q

COURSE CONTENT Q

Q

Q

"ASICSÏOFÏUNI ÏANDÏBIVARIATEÏ geostatistics

Ï

nÏÏ$ATAÏANALYSISÏ

Ï

nÏÏ3EQUENTIALÏINDICATORÏSIMULATIONÏ

Ï

nÏÏ/BJECTÏFACIESÏMODELING

Ï

nÏÏ4RUNCATEDÏ'AUSSIANÏSIMULATIONÏ with and without trends

Ï

nÏÏ5SINGÏSECONDARYÏDATAÏTOÏPOPULATEÏ FACIESÏMODELSÏ Q


Ï

nÏÏ$ATAÏANALYSISÏ

Ï

nÏÏ3EQUENTIALÏ'AUSSIANÏSIMULATIONÏ

Ï

nÏÏ'AUSSIANÏRANDOMÏFUNCTIONÏ SIMULATIONÏ

Ï

nÏÏ+RIGINGÏ

Ï

nÏÏ5SINGÏSECONDARYÏDATAÏTOÏPOPULATEÏ PETROPHYSICALÏMODELS

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏ GEOLOGISTS ÏGEOPHYSICISTS ÏGEOCHEMISTS Ï PETROPHYSICISTS ÏPETROLEUMÏENGINEERS Ï MANAGERS ÏRESERVOIRÏENGINEERS ÏANDÏ TECHNICALÏPERSONNELÏWITHÏPRIORÏEXPERIENCEÏ INÏUSINGÏ0ETRELÏPLATFORMÏSOFTWARE PREREQUISITE 'ENERALÏKNOWLEDGEÏOFÏPETROLEUMÏ GEOLOGYÏANDÏATTENDANCEÏOFÏTHEÏ0ETRELÏ &UNDAMENTALSÏCOURSEÏORÏEQUIVALENTÏ EXPERIENCE

Data preparation, including well log edits, calculations, and upscaling for discrete and continuous data &ACIESÏMODELINGÏ

PREREQUISITE 0ETRELÏ&UNDAMENTALSÏANDÏ0ETRELÏ2ESERVOIRÏ %NGINEERINGÏORÏEQUIVALENTÏEXPERIENCE

#REATINGÏMODULESÏANDÏCUSTOMÏ libraries

AUDIENCE 3OFTWAREÏDEVELOPERSÏORÏGEOSCIENTISTSÏ WITHÏBASICÏPROGRAMMINGÏSKILLSÏINTERESTEDÏ INÏAÏGENERALÏUNDERÏSTANDINGÏOFÏ0YTHONÏ SCRIPTINGÏINÏTHEÏ4ECHLOGÏPLATFORMÏ software. PREREQUISITE 4ECHLOGÏ&UNDAMENTALSÏCOURSE

Software




Field trips

Uses simulation

| 93 12/22/13 2:49 AM

PETROPHYSICS Techlog Formation Evaluation with Quanti.Elan



Skill – 2 Days

Advanced – 1 Day

Advanced – 2 Days

This course introduces attendees who are EXPERIENCEDÏLOGÏINTERPRETERSÏTOÏBUILDINGÏ LOGÏINTERPRETATIONÏMODELSÏANDÏGENERATINGÏ SOLUTIONSÏWITHÏTHEÏ1UANTI%LANÏMODULEÏOFÏ THEÏ4ECHLOGÏPLATFORM

!TTENDEESÏPERFORMÏQUICKÏANDÏDETAILEDÏ LITHOLOGYÏESTIMATIONSÏWITHÏTHEÏ'EO&RAMEÏ SOFTWAREÏ,ITHOÏ4OOL+ITÏCOLLECTIONÏOFÏ LITHOFACIESÏTOOLSÏANDÏANALYSISÏTECHNIQUESÏ 4HESEÏVARIOUSÏTECHNIQUESÏCANÏBEÏUSEDÏTOÏ GENERATEÏANDÏCLASSIFYÏLITHOFACIES

4HISÏCOURSEÏFOCUSESÏONÏFACIESÏMODELING Ï WHICHÏINÏRECENTÏYEARSÏHASÏBECOMEÏTHEÏ standard for guiding and constraining PETROPHYSICALÏMODELSÏ0IXEL BASEDÏ ANDÏBJECTÏMODELSÏAREÏDEMONSTRATEDÏINÏ ADDITIONÏTOÏCOMPLEXÏHIERARCHICALÏMODELSÏ COMBININGÏMULTIPLEÏMETHODSÏ3TANDARDÏ FACIESÏMODELINGÏMETHODSÏHAVEÏTHEIRÏ LIMITATIONSÏINÏMOREÏCOMPLEXÏDEPOSITIONALÏ ENVIRONMENTSÏTHEREFORE ÏTHISÏCOURSEÏ WILLÏEXPLOREÏTHEÏMOREÏADVANCEDÏPROPERTYÏ MODELINGÏTOOLSÏSUCHÏASÏTHEÏCUTTING EDGEÏ -03ÏPROCESSÏ$IFFERENTÏMETHODSÏFORÏ CREATINGÏSOFTÏPROBABILITYÏDATAÏUSINGÏ VARIOUSÏPROCESSESÏTOÏANALYZEÏDATA ÏSUCHÏ ASÏTRENDÏMODELINGÏANDÏGEOMETRICALÏTRENDÏ MODELING ÏEXPLORINGÏTHEÏRELATIONSHIPÏOFÏ SECONDARYÏDATAÏTOÏCONSTRAINÏMODELSÏWILLÏ ALSOÏBEÏCOVEREDÏINÏTHISÏCOURSEÏ4HEREÏISÏ AÏSPECIALÏFOCUSÏONÏTHEÏTHEORYÏSUPPORTINGÏ THEÏMULTIPOINTÏSTATISTICALÏCONCEPT Ï COVERINGÏTHEÏCREATIONÏOFÏGOODÏTRAININGÏ IMAGESÏANDÏHOWÏTOÏINCORPORATEÏSOFTÏ PROBABILITYÏDATA ÏVARYÏDIRECTION ÏANDÏSCALEÏ INÏTHEÏlNALÏSIMULATIONÏMODELÏ)NÏADDITION Ï THISÏCOURSEÏCOVERSÏTHEÏ'EOBODYÏMODELINGÏ TOOLÏFORÏEXTRACTINGÏSEISMICÏBODIESÏANDÏ USEÏTHEMÏDIRECTLYÏASÏhHARDÏDATAvÏINÏTHEÏ MODELINGÏPROCESSÏ!LSO Ï'2&3ÏANDÏ3'3Ï PETROPHYSICALÏMODELSÏCONSTRAINEDÏTOÏ THEÏPREVIOUSLYÏGENERATEDÏFACIESÏMODELSÏ WILLÏBEÏSHOWNÏ5SINGÏAUTOMATEÏPROPERTYÏ MODELINGÏWORKmOWSÏTOÏUPDATEÏMODELSÏ INÏAÏSIMPLEÏANDÏRAPIDÏWAYÏWILLÏBEÏBRIEmYÏ COVERED

COURSE CONTENT Q

Q

Q

,OADÏANDÏQUALITYÏCONTROLÏDATAÏFROMÏ $,)3ÏORÏ,!3ÏlLES 0RECOMPUTATIONÏOFÏCRITICALÏ PARAMETERSÏFORÏINTERPRETATIONS Ï INCLUDINGÏMINERAL ÏROCK ÏANDÏmUIDÏ endpoints Log response equations with EMPHASISÏONÏNEUTRONÏPOROSITYÏ ANDÏRESISTIVITY BASEDÏSATURATIONÏ equations

Q

)NITIALIZATIONÏANDÏCONSTRUCTIONÏOFÏ FORMATIONÏEVALUATIONÏMODELS

Q

:ONINGÏANDÏCLASSIlCATIONÏGROUPS

Q

#OMBININGÏFORMATIONÏEVALUATIONÏ MODELS

Q

0OSTPROCESSING

Q

#USTOMIZATIONÏWITHÏPYTHONÏMODULE

COURSE CONTENT Q

!PPLYÏDETERMINISTICÏMETHODSÏUSINGÏ MULTIWELL ÏMULTICURVEÏ'EO&RAMEÏ ,ITHO1UICK,OOKÏLITHOFACIESÏANALYSISÏ software

Q

%STIMATEÏMISSINGÏLOGÏCURVESÏUSINGÏ neural network techniques

Q

#REATEÏMULTIWELLÏFACIESÏLOGSÏUSINGÏ ANYÏLOGÏDATAÏASÏINPUT

Q

!PPLYÏCUTOFFSÏONÏMULTIPLEÏCURVES

Q

!RTIlCIALÏNEURALÏNETWORKSÏSUPERVISEDÏ ANDÏUNSUPERVISEDÏNEURALÏNETWORK ÏFORÏ generating facies logs

Q

-ULTIDIMENSIONALÏHISTOGRAMS

Q

#LUSTERINGÏMETHODS

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTS

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTS Ï PETROPHYSICISTS ÏANDÏRESERVOIRÏENGINEERSÏ WITHÏPRIORÏEXPERIENCEÏUSINGÏ4ECHLOGÏ software. PREREQUISITE 4ECHLOGÏ&UNDAMENTALSÏCOURSEÏANDÏ FORMATIONÏEVALUATIONÏEXPERIENCEÏUSINGÏ Techlog software.



NEW Q

#REATINGÏSOFTÏPROBABILITYÏDATAÏ

Q

&ACIESÏMODELINGÏMETHODSÏWITHÏ classical geostatistics

Q

0IXEL BASEDÏANDÏOBJECT BASEDÏFACIESÏ MODELINGÏMETHODSÏ

Q

#ONDITIONINGÏANDÏCOMBININGÏMODELINGÏ METHODSÏ

Q

.EURALÏ.ETWORKÏ,EARNINGÏ3YSTEMS

Q

-ULTIPOINTÏSTATISTICSÏTHEORYÏ

Q

Region properties

Q

#ONDITIONINGÏANDÏSCALINGÏOFÏ-03Ï MODELSÏ

Q

#REATINGÏANDÏUSINGÏSEISMICÏGEOBODIESÏ

Q

-ULTIPOINTÏFACIESÏSIMULATIONÏ

Q

#ONDITIONEDÏPETROPHYSICALÏMODELINGÏ OPTIONAL

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTS Ï GEOPHYSICISTS ÏPETROLEUMÏENGINEERS Ï RESERVOIRÏENGINEERSÏANDÏTECHNICALÏ PERSONNELÏWITHÏEXPERIENCEÏINÏ0ETREL Ï 0ROPERTYÏMODELING PREREQUISITE 0ETRELÏ&UNDAMENTALSÏANDÏ0ETRELÏ0ROPERTYÏ -ODELINGÏCOURSESÏORÏEQUIVALENTÏ0ETRELÏ EXPERIENCEÏINÏADDITIONÏTOÏAÏGENERALÏ KNOWLEDGEÏOFÏPETROLEUMÏGEOLOGY

COURSE CONTENT Q

/VERVIEWÏOFÏBASICÏGEOSTATISTICSÏ


12/22/13 2:49 AM

PETROPHYSICS Techlog Advanced Analysis

Techlog Borehole Image Interpretation



Advanced – 5 Days

Advanced – 3 Days

Advanced – 5 Days

Advanced – 5 Days

In this course, attendees focus on ADVANCEDÏINTERPRETATIONÏANDÏPROCESSINGÏ CAPABILITIESÏFORÏTHEÏMANAGEMENTÏOFÏ WELLBOREÏIMAGEÏDATA ÏPRESSUREÏDATA Ï core data, and special core data. /NEÏDISCOVERSÏTHEÏPERFORMANCEÏOFÏ INTERPRETATIONÏWORKmOWSÏFORÏANALYSISÏOFÏ THESEÏDATAÏASÏWELLÏASÏSPECIALIZEDÏTASKSÏ SUCHÏASÏFACIESÏANDÏROCKÏTYPEÏDETECTIONÏ and propagation. In addition, attendees EXPLOREÏTHEÏPOWERÏOFÏTHEÏMULTIWELLÏANDÏ MULTIUSERÏASPECTSÏ9OUÏGAINÏAÏFOUNDATIONÏ FORÏADVANCEDÏPROCESSINGÏANDÏANALYSISÏ WITHINÏTHEÏ4ECHLOGÏPLATFORM

)NÏTHISÏCOURSE ÏATTENDEESÏLEARNÏADVANCEDÏ interpretation and processing capabilities FORÏTHEÏMANAGEMENTÏOFÏWELLBOREÏ IMAGEÏDATAÏANDÏTHEÏPERFORMANCEÏOFÏ INTERPRETATIONÏWORKmOWSÏFORÏDATAÏ ANALYSISÏ4HEÏATTENDEESÏWILLÏGAINÏAÏFULLÏ RANGEÏOFÏSKILLSÏTOÏMANIPULATE ÏPROCESS Ï ANDÏUSEÏALLÏTYPESÏOFÏBOREHOLEÏIMAGEÏDATAÏ WITHINÏTHEÏ4ECHLOGÏPLATFORMÏSUITE

)NÏTHISÏCOURSE ÏATTENDEESÏLEARNÏADVANCEDÏ interpretation and processing capabilities WITHÏAÏFOCUSÏONÏTHEÏMANAGEMENTÏOFÏ WELLBOREÏIMAGEÏDATAÏANDÏTHEÏPERFORMANCEÏ OFÏINTERPRETATIONÏWORKmOWSÏFORÏANALYSISÏ of these data. Topics include facies TYPINGÏUSINGÏNEURALÏNETWORKÏMETHODS Ï MULTIWELLÏPLOTTING ÏCROSSÏSECTIONÏBUILDING Ï ANDÏMAPPINGÏINÏTHEÏ4ECHLOGÏPLATFORMÏ APPLICATIONÏ,EARNÏTOÏUSEÏ4ECHLOGÏPLATFORMÏ GEOLOGICÏTOOLSÏTOÏACHIEVEÏEFlCIENTÏDATAÏ integration.

!TTENDEESÏWILLÏEXPLOREÏTHEÏUSEÏOFÏ THEÏ4ECHLOGÏPLATFORMÏBASEÏMODULESÏ 4ECHPLOT Ï4ECHDATA Ï1UANTI ÏANDÏ1UANTI MINÏ)NÏTHISÏCLASS ÏATTENDEESÏWILLÏACQUIREÏ AÏSOLIDÏFOUNDATIONÏINÏTHEÏDATAÏMODELÏ WITHINÏTHEÏ4ECHLOGÏPLATFORMÏAPPLICATIONÏ and the foundation utilities for loading, UNLOADING ÏMANIPULATING ÏANDÏDISPLAYINGÏ DATAÏINÏTHEÏSYSTEM ÏINCLUDINGÏCOREÏANDÏ IMAGESÏ$ETERMINISTICÏCALCULATIONSÏANDÏ the principles behind the application WORKmOWÏINTERFACEÏFORÏSINGLE ÏANDÏ MULTIWELLÏUSEÏAREÏCOVEREDÏINÏTHISÏCOURSEÏ INÏADDITIONÏTOÏSTUDYINGÏMULTIPLEÏLOGÏ ANDÏCOMPONENTÏINVERSIONÏTECHNIQUES Ï THIN BEDÏANALYSIS ÏANDÏINTEGRATIONÏOFÏ DIFFERENTÏTYPESÏOFÏDATAÏTOÏENHANCEÏTHEÏ interpretation process. Attendees will ALSOÏLEARNÏHOWÏTOÏPERFORMÏDAY TO DAYÏ TASKSÏWITHINÏTHEÏ4ECHLOGÏPLATFORMÏSUITEÏ ANDÏLEARNÏADVANCEDÏTECHNIQUESÏFORÏ IMPROVINGÏTHEÏANALYSISÏRESULTS

COURSE CONTENT Q


Q


Q


Q


Q


COURSE CONTENT Q


AUDIENCE

Q


$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ ANDÏPETROPHYSICISTSÏINVOLVEDÏINÏWELLBOREÏ IMAGEÏDATAÏPROCESSINGÏANDÏINTERPRETATIONÏ WHOÏHAVEÏPRIORÏEXPERIENCEÏUSINGÏ4ECHLOGÏ PLATFORMÏSOFTWARE

Q


PREREQUISITE

Q

Q


COURSE CONTENT Techlog interface and data structure $ATAÏMANAGEMENTÏANDÏ1#


$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ WITHÏPRIORÏEXPERIENCEÏUSINGÏ4ECHLOGÏ PLATFORMÏSOFTWARE

Q Q


Q



PREREQUISITE

Q



Q



Q


Q


Q

Q


Q


Q

Q

AUDIENCE

Q

Q

COURSE CONTENT

4ECHLOGÏ&UNDAMENTALSÏCOURSE


AUDIENCE

AUDIENCE

$EVELOPMENTÏANDÏEXPLORATIONÏLOGÏ ANALYSTSÏANDÏPETROPHYSICISTS ÏGEOLOGISTS Ï PETROLEUMÏENGINEERS ÏMANAGERS ÏANDÏ technical personnel with Techlog PLATFORMÏSOFTWAREÏEXPERIENCE

$EVELOPMENTÏANDÏEXPLORATIONÏLOGÏANALYSTSÏ ANDÏPETROPHYSICISTSÏWITHÏLIMITEDÏORÏ NOÏEXPERIENCEÏUSINGÏ4ECHLOGÏPLATFORMÏ software.

PREREQUISITE


PREREQUISITE


Software




Field trips

Uses simulation

| 95 12/22/13 2:49 AM

DRILLING ENGINEERING COMPETENCY LEVEL ADVANCED SKILL

Well Planning and Design

Drilling Technology

Management and Well Operations

Well Integrity

Dynamic Pressure Drilling

&4 #0QNB=?A4AHH KJPNKH ANPEł?=PEKJ

Cement Integrity Assurance and Evaluation

Practical Directional Drilling and Surveying

Well Design and Construction Engineering: Heriot-Watt University Program

Mud Logging - Surface Gas Measurement & Fluid Characterization

Drillstring Design

Drilling Optimization

Cementing Operations

Horizontal, Extended Reach, and Multilateral Drilling HPHT Operational Awareness and Drilling Challenges

Casing Design

Deepwater Well Project and Risk Management Deepwater Drilling Design and Operations Drilling Operations Management Simulation Drilling Project and Risk Management Stuck Pipe and Fishing Operations Stuck Pipe and Hole Cleaning

FOUNDATION

Directional Drilling and Surveying Fundamentals of Petroleum Geomechanics

Drill Bits and Hydraulics

Introduction to Deepwater Rig Operations Well Placement Fundamentals Well Control Drilling Fluids Petrophysics for Drilling Engineers Mud Logging Operations Offshore Drilling Operations

Drilling Engineering

AWARENESS

Rig Awareness and Familarization Introduction to Drilling



12/22/13 2:49 AM

DRILLING ENGINEERING Drillbench

OLGA Advanced Blowout Control

Petrel Well Design

Drillbench Dynamic Well Control Modeling Software

COMPETENCY LEVEL

SKILL

SOFTWARE

Petrel

FOUNDATION

Drillbench Dynamic Hydraulics and Temperature Modeling Software WELLFLO Underbalanced Hydraulics Modeling

Software




Field trips

Uses simulation

| 97 12/22/13 2:49 AM

DRILLING ENGINEERING Introduction to Drilling

Rig Awareness and Familiarization

Directional Drilling and Surveying

Drill Bits and Hydraulics





)FÏYOUÏWORKÏCLOSELYÏWITHÏDRILLINGÏ ENGINEERING ÏOPERATIONS ÏORÏMANAGEMENT Ï this course increases the attendees understanding of the concepts, TERMINOLOGY ÏANDÏPROCESSESÏUSEDÏINÏ DRILLINGÏAÏWELLÏ4HEÏCOURSEÏPROVIDESÏAÏ COMPLETEÏOVERVIEWÏOFÏTHEÏWORKmOWÏ INVOLVEDÏINÏTHEÏDRILLINGÏOFÏOILÏANDÏ GASÏWELLS ÏFROMÏOFlCEÏTOÏWELLSITEÏ Attendees will also learn the roles and RESPONSIBILITIESÏINVOLVEDÏINÏAÏDRILLINGÏ operation.

4HISÏUNIQUEÏCOURSEÏGIVESÏATTENDEESÏANÏIN DEPTHÏEXPOSUREÏTOÏDRILLINGÏRIGÏEQUIPMENTÏ ANDÏITSÏUSEÏWITHÏCLASSROOMÏINSTRUCTIONSÏ ONÏDRILLING ÏCEMENTING ÏANDÏDIRECTIONALÏ DRILLINGÏCONCEPTSÏANDÏTECHNOLOGYÏ ,EARNINGÏISÏREINFORCEDÏBYÏDAILYÏTRIPSÏTOÏANÏ actual drilling rig where attendees see lRSTHANDÏTHEÏRIGÏANDÏDRILLINGÏEQUIPMENTÏ USEDÏINÏWELLÏCONSTRUCTIONÏ(ANDS ONÏ ANDÏCLASSROOMÏLESSONSÏAREÏSUPPORTEDÏBYÏ INTERACTIVEÏVIDEOÏTRAININGÏTHATÏEXPLAINSÏ the installation and use of downhole EQUIPMENTÏANDÏASSEMBLIES

!TTENDEESÏWILLÏLEARNÏTHEÏFUNDAMENTALS Ï design considerations, and operational ASPECTSÏOFÏDIRECTIONALÏANDÏHORIZONTALÏ DRILLINGÏ4HISÏCOURSEÏWILLÏINCREASEÏYOURÏ understanding of the operations carried OUTÏBYÏDIRECTIONALÏDRILLERSÏANDÏHOWÏ DIRECTIONALÏANDÏHORIZONTALÏWELLSÏAREÏ designed and drilled.

4HISÏCOURSEÏWILLÏGIVEÏTHEÏATTENDEEÏ IN DEPTHÏKNOWLEDGEÏOFÏTHEÏ)NTERNATIONALÏ Association of Drilling Contractors )!$# Ï$RILLBITÏ#LASSIlCATIONÏSYSTEM Ï NOMENCLATURE ÏANDÏDULLÏGRADEÏREPORTINGÏ procedures. Attendees will learn ABOUTÏTHEÏTWOÏMAJORÏCLASSESÏOFÏDRILLÏ BITSÏCOMMONLYÏUSEDÏINÏOILlELDÏDRILLINGÏ ANDÏREVIEWÏDRILLBITÏDESIGN ÏDRILLBITÏ CUTTINGÏSTRUCTURES ÏANDÏPERFORMÏDRILLBITÏ APPLICATIONÏEXERCISESÏ4HEÏIMPORTANCEÏOFÏ DRILLBITÏHYDRAULICSÏINÏTHEÏDRILLINGÏPROCESSÏ WILLÏBEÏREVIEWEDÏANDÏTHEÏUSEÏOFÏHYDRAULICÏ calculation software/applications highlighted.

COURSE CONTENT Q

Q

Q

Q

Q

Q

Q

Q

7ELLÏCONSTRUCTIONÏANDÏTHEÏROLEÏOFÏ DRILLINGÏINÏTHEÏ%0ÏLIFEÏCYCLE 7ELLÏDESIGN ÏINCLUDINGÏPLANNINGÏ and engineering, and the data and ANALYSISÏTECHNIQUESÏNEEDEDÏTOÏDESIGNÏ AÏQUALITYÏWELL 4ERMINOLOGYÏANDÏCONCEPTSÏUSEDÏINÏ the business of drilling, such as well TIMING ÏCOSTS ÏRISKS ÏANDÏAUTHORIZATIONÏ FORÏEXPENDITUREÏ!&% ÏGENERATION $RILLINGÏEQUIPMENTÏEXPLANATIONÏ $RILLINGÏRIGS ÏBITS ÏCASING ÏANDÏRIGÏmOORÏ EQUIPMENT

Q

$IRECTIONALÏDRILLINGÏFUNDAMENTALS Ï APPLICATIONS ÏANDÏLIMITATIONS

Q

4ERMINOLOGY ÏWELLÏOBJECTIVES ÏANDÏ target

,IFEÏCYCLEÏOFÏPETROLEUMÏRESERVOIRÏANDÏ RESERVOIRÏDEVELOPMENTÏPHASES

Q

7ELLÏPATHÏPLANNINGÏ#ALCULATIONSÏANDÏ data acquisition

Drilling operations, including drilling RIGÏTYPESÏANDÏTHEIRÏUSES ÏANDÏDRILLINGÏ EQUIPMENTÏUSEDÏONÏTHEÏRIGÏmOORÏANDÏ downhole

Q


Q

$RILLBITÏTYPESÏANDÏCLASSESÏ

Q

$OWNHOLEÏEQUIPMENTÏ$RILLINGÏ TOOLS ÏMOTORS ÏBITS ÏANDÏBOTTOMHOLEÏ ASSEMBLIES

Q

2OCK BITÏTECHNOLOGYÏ

Q

)!$#ÏCLASSIlCATIONÏANDÏNOMENCLATURE

Q

-INIMIZINGÏRISK

Q

$RILLBITÏHYDRAULICS

Q

&IXED CUTTERÏTECHNOLOGYÏ

Q

IADC drillbit dull grade reporting

COURSE CONTENT Q

Q

Q

Q

Q

$RILLINGÏDEVIATED ÏHORIZONTAL ÏANDÏ MULTILATERALÏWELLS (ANDS ONÏVISITÏTOÏAÏRIGÏTOÏINSPECTÏ DRILLINGÏEQUIPMENTÏWITHÏPARTICIPATIONÏ INÏSOMEÏRIGÏOPERATIONS (ANDS ONÏVISITÏTOÏAÏCEMENTINGÏANDÏ PUMPINGÏUNITÏTOÏDISCUSSÏCOMPLETION Ï CEMENTING ÏACIDIZING ÏANDÏSTIMULATIONÏ topics

$IRECTIONALÏDRILLINGÏANDÏDEVIATIONÏ CONTROLÏEQUIPMENTÏANDÏITSÏOPERATION Ï including unique characteristics of directional drilling

Q

7ELLSITEÏOPERATIONSÏ$RILLING ÏLOGGING Ï CASING ÏCEMENTING ÏANDÏCOMPLETIONS

7ELLÏLIFEÏCYCLEÏWITHÏFOCUSÏONÏ openhole and cased hole well data

Q

(ANDS ONÏVISITÏTOÏAÏLOGGINGÏCENTERÏFORÏ ANÏOVERVIEWÏOFÏDATAÏACQUISITIONÏFORÏ EVALUATIONÏOFÏWELLÏPERFORMANCE

Drilling kicks and well control, INCLUDINGÏWELLÏCONTROLÏEQUIPMENT 2EAL TIMEÏDATAÏCOLLECTION ÏMONITORING Ï and interpretation techniques used during drilling operations

AUDIENCE %NTRY LEVELÏPROFESSIONALSÏOFÏALLÏDISCIPLINESÏ and nontechnical support staff.

COURSE CONTENT

NEW

AUDIENCE %NTRY LEVELÏPROFESSIONALSÏOFÏALLÏDISCIPLINESÏ and nontechnical support staff. PREREQUISITE None

Q Q

7ELLSITEÏOPERATIONS 2ESERVOIRÏCONCERNSÏFORÏDIRECTIONALÏ well design

COURSE CONTENT

Q

Drilling and surface considerations

Q

4ORQUEÏANDÏDRAGÏMODELING

AUDIENCE

Q

(ORIZONTALÏWELLSÏ4YPESÏANDÏPLANNING

Q

,OGGING ÏCORING ÏANDÏCOMPLETIONÏ techniques

Q

7ELLBORE STABILITYÏISSUESÏANDÏHOLEÏ cleaning

*UNIORÏDRILLINGÏENGINEERS ÏJUNIORÏWELLÏANDÏ operations engineers, as well as other PERSONNELÏINVOLVEDÏINÏWELLÏPLANNINGÏANDÏ drilling.

AUDIENCE $RILLINGÏENGINEERS ÏDRILLINGÏSUPERVISORS Ï TRAINEEÏDRILLERS ÏRIGÏENGINEERS ÏANDÏSERVICEÏ COMPANYÏPERSONNELÏWITHÏBASICÏDRILLINGÏ engineering.

PREREQUISITE General understanding of drilling OPERATIONS ÏOILlELDÏMATHEMATICS ÏANDÏ GEOLOGY

PREREQUISITE ÏTOÏÏYEARSÏOFÏlELDÏEXPERIENCEÏWITHÏ DRILLINGÏOPERATIONSÏANDÏBASICÏMATHÏSKILLS

PREREQUISITE None



12/22/13 2:49 AM

DRILLING ENGINEERING Drilling Engineering

Drilling Fluids

Fundamentals of Petroleum Geomechanics

Introduction to Deepwater Rig Operations



Foundation – 5 days


In this course, attendees will be INTRODUCEDÏTOÏTHEÏTERMINOLOGY ÏCONCEPTS Ï PROCESSES ÏANDÏEQUIPMENTÏUSEDÏTOÏDRILLÏ oil and gas wells. Attendees will learn RIGÏCOMPONENTÏIDENTIlCATION ÏSIMPLEÏ RIG SIZINGÏCALCULATIONS ÏDRILLINGÏmUIDÏ properties, drillbit selection concepts, DIRECTIONALÏDRILLINGÏPLANÏDElNITION ÏANDÏ drilling technologies in addition to COVERINGÏTHEÏPLANNINGÏPROCESSÏFOLLOWEDÏ BYÏDRILLINGÏENGINEERS ÏINCLUDINGÏINITIATINGÏ a well plan and designing a well. The attendees will also learn the basics of COSTÏESTIMATIONÏPROCESSES ÏFUNDAMENTALSÏ of well control, drilling tool selection, ANDÏTHEÏIMPORTANTÏSTANDARDSÏUSEDÏINÏTHEÏ DRILLINGÏINDUSTRY

4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏAÏ COMPREHENSIVEÏUNDERSTANDINGÏOFÏDRILLINGÏ mUIDSÏANDÏINSTRUCTIONÏONÏTHEÏENGINEERINGÏ OFÏAÏMUDÏSYSTEM ÏINCLUDINGÏBOTHÏWATER Ï ANDÏOIL BASEDÏMUDÏSYSTEMS

!TTENDEESÏWILLÏLEARNÏTHEÏFUNDAMENTALSÏOFÏ ROCKÏMECHANICS ÏTHEÏORIGINÏOFÏSTRESSESÏINÏ the subsurface, and how in situ stresses CANÏBEÏUNDERSTOODÏFROMÏWELLBOREÏDATAÏ 4HISÏCOURSE ÏUSINGÏCLASSROOMÏINSTRUCTION Ï EXERCISES ÏANDÏWORKSHOPS ÏTEACHESÏ ATTENDEESÏHOWÏTOÏAPPLYÏINÏSITUÏSTRESSÏ DATAÏTOÏCRITICALÏPROBLEMSÏINÏEXPLORATIONÏ ANDÏDEVELOPMENT

This course will describe the different TYPESÏOFÏDEEPWATERÏDRILLINGÏUNITS Ï INCLUDINGÏTHEÏSPECIlCÏEQUIPMENTÏ REQUIREMENTSÏANDÏTECHNIQUESÏTOÏSPUDÏ a well. The goal of this course is to EXPOSEÏTHEÏATTENDEESÏTOÏBRIEFÏBUTÏPRECISEÏ INFORMATIONÏONÏmOATINGÏDRILLINGÏRIGSÏ SEMISUBMERSIBLEÏ;33=ÏANDÏDYNAMICALLYÏ POSITIONEDÏDRILLSHIPÏ;$0$3= ÏANDÏTHEIRÏ SPECIlCÏEQUIPMENTÏFORÏDRILLINGÏWELLSÏ INÏDEEPWATERÏZONESÏ4ECHNIQUESÏANDÏ METHODSÏEMPLOYEDÏEXTENDINGÏFROMÏ THEÏARRIVALÏOFÏmOATINGÏDRILLINGÏUNITSÏONÏ AÏLOCATIONÏUNTILÏTHEÏCEMENTINGÏOFÏTHEÏ CASINGÏWILLÏBEÏPRESENTEDÏ-AJORÏISSUESÏ and solutions faced in deepwater drilling operations is also included as WELLÏASÏTHEÏENVIRONMENTALÏFORCESÏANDÏ THEIRÏIMPACTSÏONÏDEEPWATERÏOPERATIONSÏ +EYÏLEARNINGÏOBJECTIVESÏOFÏTHISÏCOURSEÏ INCLUDEÏWHATÏISÏANÏ33ÏANDÏAÏ$0$3ÏWITHÏ THEIRÏADVANTAGESÏANDÏDISADVANTAGESÏ DESCRIPTIONÏANDÏFUNCTIONINGÏOFÏALLÏSPECIlCÏ EQUIPMENTÏDEPLOYEDÏINÏDEEPWATERÏ OPERATIONS ÏEITHERÏONÏTHEÏmOATINGÏRIGÏORÏ SUBSEAÏRISER ÏBLOWOUTÏPREVENTERÏ;"/0= Ï WELLHEADS ÏTENSIONERS ÏETC ÏTHEÏDIFFERENTÏ STATIONÏKEEPINGÏMETHODSÏFORÏMAINTAININGÏ AÏmOATINGÏDRILLINGÏVESSELÏONÏLOCATIONÏ MOORING ÏDYNAMICÏPOSITIONING ÏANDÏTHEÏ ENVIRONMENTALÏFORCESÏANDÏTHEIRÏIMPACTÏ

COURSE CONTENT Q

Q

Q

Q

7ELLÏCONSTRUCTIONÏ%XPLORATION Ï APPRAISAL ÏANDÏDEVELOPMENTÏDRILLING $RILLINGÏRIGÏCOMPONENTSÏANDÏCREWÏ roles and responsibilities Business of drilling, including well COSTINGÏANDÏAUTHORITYÏFORÏEXPENDITURE Operational procedures

Q

2ISKÏMANAGEMENT ÏHAZARDS ÏANDÏ LOSS PREVENTIONÏMETHODS

Q

$RILLINGÏFUNDAMENTALS

Q

7ELLÏDESIGNÏCONSIDERATIONS ÏLEASING Ï contracts, and site preparation to DATAÏREQUIREMENTS

Q

#HARACTERISTICSÏOFÏQUALITYÏWELLÏDESIGN

Q

0ROGRAMMINGÏANDÏDRILLINGÏOPERATIONS

Q

4ROUBLESHOOTINGÏANDÏPREVENTIONÏOFÏ COMMONÏPROBLEMSÏ

Q

Q

COURSE CONTENT Q

)NTRODUCTIONÏTOÏDRILLINGÏmUIDSÏ 0ROPERTIES ÏPURPOSE ÏANDÏPROBLEMS

Q

2EGULATORYÏCOMPLIANCEÏANDÏ ENVIRONMENTALÏCONSIDERATIONS

Q

&ORMATIONÏDAMAGE

Q

Inhibition

Q

,UBRICITY

Q

%CONOMICÏRESTRICTIONS

Q

&LUIDÏDENSITY

Q

Rheological properties

Q

Solids control

Q

7ASTEÏMANAGEMENT

Q

,OSSÏCONTROLÏMEASUREÏANDÏ troubleshooting

COURSE CONTENT Q

)MPACTÏOFÏGEOMECHANICSÏONÏOILlELDÏ DEVELOPMENTÏ$RILLING ÏCOMPLETIONS Ï ANDÏlELDÏPRODUCTIONÏLIFE

Q

0RINCIPALÏSTRESSES ÏPOREÏPRESSURE Ï EFFECTIVEÏSTRESSES ÏSTRESSÏANDÏSTRAIN Ï ELASTICITY ÏYIELD ÏANDÏFAILUREÏENVELOPES

Q

,ABORATORYÏTESTINGÏ0ROCEDURES Ï LIMITATIONS ÏUNCONlNEDÏCOMPRESSION Ï TRIAXIALÏCOMPRESSION ÏTHICK WALLED CYLINDERÏTESTS

Q

3TATEÏOFÏSTRESSÏINÏTHEÏ%ARTH ÏPOREÏ pressure, and fracture gradient

Q

7ELLBOREÏINSTABILITY

AUDIENCE

Q

Drilling engineers wanting a better UNDERSTANDINGÏOFÏDRILLINGÏmUIDSÏANDÏTHEIRÏ use.

-ECHANICALÏEARTHÏMODELÏ construction, operational aspects of WELLBOREÏSTABILITYÏCONTROL

Q

Sand production and prediction

PREREQUISITE

Q

2ESERVOIRÏGEOMECHANICS

7ORKINGÏKNOWLEDGEÏOFÏDRILLINGÏPRACTICESÏ and concepts.

7ELLÏCOMPLETIONÏOPTIONS ÏEQUIPMENT Ï PERFORATIONS ÏANDÏDATA COLLECTIONÏ TOOLSÏUSEDÏFORÏWELLÏEVALUATION

COURSE CONTENT:

AUDIENCE

Q

Floating drilling units

4ECHNICALÏPROFESSIONALSÏORÏMANAGERSÏ CONCERNEDÏWITHÏWELLBOREÏSTABILITY Ï FRACTUREÏSTIMULATION ÏRESERVOIRÏDRAINAGEÏ PATTERNS ÏNATURALLYÏFRACTUREDÏRESERVOIRS Ï OVERPRESSURES ÏANDÏFAULTÏSEALÏANALYSIS

Q

6ESSELÏSTABILITYÏ

Q

-OORINGÏSYSTEMSÏ

Q

$YNAMICÏPOSITIONINGÏOPERATIONSÏ

Q

2ISERÏSYSTEMSÏ

Q

PREREQUISITE None

7ELLÏSUSPENSIONÏANDÏABANDONMENTÏ procedures

Subsea wellheads and casing operations

Q

"/0ÏEQUIPMENTÏ

Q

%MERGENCYÏDISCONNECTÏ

Q

0LUGÏANDÏABANDONMENT

AUDIENCE

AUDIENCE

/PERATORS ÏDRILLINGÏSUPERVISORS ÏJUNIORÏ LEVELÏSTAFF ÏCOMPANYÏREPRESENTATIVES ÏNEWÏ MANAGERS ÏDRILLINGÏCONTRACTORÏPERSONNELÏ INVOLVEDÏINÏDRILLING ÏMARINE ÏMAINTENANCE Ï SUPERVISION ÏMANAGEMENT ÏANDÏSERVICEÏ COMPANYÏMANAGEMENT ÏANDÏTEAMÏLEADERS

!NYÏ%0ÏPROFESSIONALÏWANTINGÏTOÏBETTERÏ understand the principles of drilling. PREREQUISITE %NGINEERINGÏDEGREEÏORÏEQUIVALENTÏ WORKÏEXPERIENCEÏINÏDRILLINGÏDESIGNÏORÏ operations.

PREREQUISITE Basic drilling operations knowledge ANDÏANÏUNDERSTANDINGÏOFÏTHEÏMARINEÏ ENVIRONMENTÏFORÏDRILLINGÏOPERATIONSÏ /FFSHOREÏDRILLINGÏEXPERIENCEÏISÏBENElCIAL

Software




Field trips

Uses simulation

| 99 12/22/13 2:49 AM

DRILLING ENGINEERING Mud Logging Operations Foundation – 5 Days

NEW

4HISÏ DAYÏCOURSEÏCONSISTSÏOFÏPRACTICALÏ ANDÏTHEORETICALÏSESSIONSÏINÏTHEÏCLASSROOM Ï MUDÏLOGGINGÏUNIT ÏANDÏWORKSHOPÏ %XPERIENCEDÏPROFESSIONALSÏPROVIDEÏ IN DEPTHÏDETAILSÏONÏMUDÏLOGGINGÏSERVICES Ï COUPLEDÏWITHÏHANDS ONÏPRACTICALÏLEARNINGÏ CENTEREDÏONÏAÏSTATE OF THE ARTÏTRAININGÏ ENVIRONMENTÏATÏTHEÏ3CHLUMBERGERÏ%,#Ï located in Melun, France. The practical SESSIONSÏUSEÏTHEÏMUDÏLOGGINGÏUNIT Ï ACQUISITIONÏSENSORSÏANDÏSAMPLEÏANALYSISÏ EQUIPMENT ÏGEOLOGICALÏLABORATORY Ï ANDÏRIG BASEDÏTRAININGÏ4HEÏCOURSEÏ WILLÏPROVIDEÏAÏCLEARÏUNDERSTANDINGÏOFÏ THEÏPRIMARYÏOBJECTIVEÏOFÏMUDÏ,OGGINGÏ SERVICES ÏWHICHÏISÏSURFACEÏMEASUREMENTÏ OFÏDRILLINGÏPARAMETERS ÏGASÏDATA ÏANDÏ GEOLOGICALÏINFORMATIONÏ4HEÏ DAYÏ course focuses on understanding drilling OPERATIONSÏMONITOREDÏTHROUGHÏAÏMUDÏ LOGGINGÏSYSTEM ÏHELPINGÏTOÏUNDERSTANDÏTHEÏ PRINCIPLEÏOFÏGASÏMEASUREMENTS ÏANDÏTOÏ COMPREHENDÏHOWÏGEOLOGICALÏDESCRIPTIONSÏ AREÏPERFORMEDÏTOGETHERÏWITHÏTHEÏPROCESSÏ OFÏBUILDINGÏAÏLITHOSTRATIGRAPHICÏCOLUMNÏ"YÏ the conclusion of the course, participants WILLÏHAVEÏANÏIMPROVEDÏUNDERSTANDINGÏOFÏ THEÏADDEDÏVALUEÏOFÏMUDÏLOGGINGÏDATA ÏBEÏ FAMILIARÏWITHÏALLÏELEMENTSÏRELATEDÏTOÏDATAÏ QUALITYÏCONTROL ÏANDÏHAVEÏTHEÏSKILLSÏNEEDEDÏ TOÏCHALLENGEÏTHEÏDATAÏQUALITYÏ4HISÏCOURSEÏ ISÏONLYÏAVAILABLEÏATÏ%,#Ï-ELUN Ï0ARIS

Offshore Drilling Operations

Petrophysics for Drilling Engineers



An introduction to offshore drilling OPERATIONS ÏTHISÏCOURSEÏCOVERSÏTHEÏPRIMARYÏ DRILLINGÏEQUIPMENT ÏPROCEDURES ÏANDÏ design constraints and considerations UNIQUEÏTOÏTHEÏOFFSHOREÏENVIRONMENTÏ Attendees will learn how drilling OPERATIONSÏDIFFERÏFORÏlXEDÏINSTALLATIONSÏ ANDÏMOBILEÏOFFSHOREÏDRILLINGÏUNITS

4HISÏ DAYÏCOURSEÏCOVERSÏTHEÏFOLLOWINGÏ MAJORÏlELDSÏ Ï"ASICSÏOFÏWELLÏLOGGING Ï RESERVOIRÏROCKÏBASICSÏINÏTHEÏLOGGINGÏLIFEÏ OFÏAÏWELL ÏTOOLÏCONVEYANCE ÏMUDÏLOG Ï WELLBOREÏSTABILITYÏANDÏlLTRATEÏDIAMETERÏOFÏ INVASIONÏDEPTHÏCONTROLÏLOGÏQUALITYÏCONTROL Ï GAMMAÏRAY ÏANDÏSPONTANEOUSÏPOTENTIAL Ï INCLUDINGÏTOOLÏPHYSICSÏANDÏAPPLICATIONSÏ TOÏESTIMATEÏCLAYÏVOLUME ÏCLAYÏTYPE ÏANDÏ FORMATIONÏWATERÏSALINITIESÏ Ï0OROSITYÏ ANDÏLITHOLOGYÏUSINGÏDENSITYÏANDÏNEUTRONÏ TOOLSÏPHYSICSÏANDÏAPPLICATIONSÏ Ï !COUSTICÏTOOLÏPHYSICSÏANDÏAPPLICATIONSÏ FORÏROCKÏMECHANICS ÏWELLBOREÏSTABILITY Ï ANDÏSECONDARYÏPOROSITYÏ)NÏADDITIONÏTOÏ the applications of acoustic tools for PREDICTINGÏHIGH PRESSUREÏZONESÏ Ï 2ESISTIVITYÏTOOLÏMEASUREMENTS ÏINCLUDINGÏ TOOLÏPHYSICSÏOFÏSHALLOWÏ2XO ÏLATEROLOG Ï ANDÏINDUCTIONÏANDÏADVANCEDÏTECHNOLOGYÏ RESISTIVITYÏTOOLSÏ Ï7IRELINEÏFORMATIONÏ TESTINGÏTOOLÏPHYSICSÏANDÏTHEÏTHEORYÏANDÏ APPLICATIONSÏOFÏTHESEÏTOOLSÏTOÏDETERMINEÏ MOBILITIES ÏRESERVOIRÏPRESSUREÏANDÏmUIDÏ CONTACTSÏINÏTHEÏRESERVOIRÏ Ï-7$ÏANDÏ ,7$ÏDATAÏACQUISITIONÏDATAÏACQUISITIONÏOFÏ POROSITY ÏLITHOLOGY ÏPULSEDÏNEUTRONÏSIGMA Ï ANDÏRESISTIVITIESÏ Ï&ORMATIONÏPRESSUREÏ GEOSTEERINGÏBASICSÏANDÏSEISMICÏACOUSTICÏ INTERPRETATIONÏCOVERINGÏTHEÏEVALUATIONÏ OFÏCLAYÏVOLUMEÏ6SH Ï6CL ÏEVALUATION Ï ESTIMATINGÏTHEÏMÏANDÏNÏPARAMETERSÏINÏTHEÏ !RCHIEÏ%QUATION ÏQUICKLOOKÏTECHNIQUESÏTOÏ ESTIMATEÏTHEÏOILWATER ÏGASWATER ÏANDÏ OILGASÏCONTACTS ÏSALINITYÏESTIMATIONSÏ OFÏFORMATIONÏWATERÏANDÏlLTRATEÏWATER Ï ANDÏUNMOVEDÏHYDROCARBONÏZONESÏPLUSÏ ESTIMATIONÏOFÏPOROSITY ÏLITHOLOGY ÏANDÏ WATERÏSATURATIONSÏINÏCLEANÏANDÏINÏSHALYÏ sands.

COURSE CONTENT Q

4YPESÏOFÏDRILLINGÏRIGS

Q

0RIMARYÏCOMPONENTSÏOFÏOFFSHOREÏRIGS

Q

Downhole drilling and downhole tools

Q

/VERBURDEN ÏPOREÏPRESSURE ÏANDÏ fracture gradient

Q

7ELLÏPLANNINGÏ4RUEÏVERTICALÏDEPTHÏ EXERCISE

Q

$RILLINGÏmUIDS ÏCEMENTING ÏANDÏWELLÏ DESIGNÏWORKmOW

Q Q

Casing design and well control Drillstring design and directional drilling

Q

3URVEYING

Q

#OMPLETIONS

Q

$RILLSTEMÏTESTÏFROMÏMOBILEÏOFFSHOREÏ drilling unit

AUDIENCE Drilling engineers.

COURSE CONTENT Q

$RILLINGÏMONITORING

Q

4YPEÏOFÏGAS

Q

$EGASSINGÏPROCESSÏANDÏANALYSIS

Q

'EOLOGICALÏSAMPLEÏPREPARATIONÏANDÏ description

PREREQUISITE None

NEW COURSE CONTENT Q

2ESERVOIRÏROCKÏANDÏLIFEÏOFÏAÏWELL

Q

4HEÏMUDÏLOGÏANDÏITSÏAPPLICATIONS

Q

Basics of well logging

Q

,OGÏQUALITYÏCONTROL

Q

2ESISTIVITYÏMEASUREMENTSÏANDÏTHEÏ spontaneous potential applications to ESTIMATEÏWATERÏSALINITYÏANDÏVOLUMEÏOFÏ shale

Q

!COUSTICÏ,OGÏ3ECONDARYÏPOROSITY Ï ROCKÏMECHANICALÏPROPERTIESÏANDÏ WELLBOREÏSTABILITY

Q

The Neutron Log, neutron SPECTROSCOPYÏANDÏSIGMAÏNEUTRONÏ CAPTUREÏCROSS SECTION

Q

"ASICSÏOFÏRESISTIVITYÏANDÏTHEÏ!RCHIEÏ %QUATION

Q

7IRELINEÏFORMATIONÏTESTING

Q

-7$ÏANDÏ,7$Ï

Q

%STIMATINGÏTHEÏhMvÏANDÏhNvÏ PARAMETERSÏINÏTHEÏ!RCHIEÏEQUATIONÏ

Q

1UICKLOOKÏTECHNIQUES

AUDIENCE Drilling engineers, directional drillers, and other geoscientists associated with drilling. PREREQUISITE None

AUDIENCE Geoscientists and engineers wishing to HAVEÏHANDSÏONÏTRAININGÏINÏMUDÏLOGGING PREREQUISITE Drilling knowledge and basic geological knowledge.



12/22/13 2:49 AM

DRILLING ENGINEERING Well Placement Fundamentals

Well Control

Casing Design

Cement Integrity Assurance and Evaluation



Skill – 5 Days

Skill – 5 Days

This course introduces the concept of GEOLOGICALÏWELLÏPLACEMENTÏGEOSTEERING Ï ANDÏPROVIDESÏKNOWLEDGEÏOFÏTHEÏPROCESSESÏ and techniques that can be used to SUCCESSFULLYÏPLACEÏHIGH ANGLEÏANDÏ HORIZONTALÏWELLSÏUSINGÏGEOLOGICALÏANDÏ PETROPHYSICALÏDATAÏINÏREAL TIMEÏDURINGÏ DRILLINGÏ4HEÏMAINÏPURPOSEÏOFÏHIGH ANGLEÏ ANDÏHORIZONTALÏWELLSÏISÏTOÏMAXIMIZEÏ RESERVOIRÏCONTACTÏANDÏENHANCEÏWELLÏ PRODUCTIVITYÏ4OÏPLANÏANDÏCONSTRUCTÏSUCHÏ WELLSÏREQUIRESÏREAL TIMEÏCOLLABORATIONÏ BETWEENÏGEOLOGISTS ÏWHOÏNEEDÏQUALITYÏ FORMATIONÏEVALUATIONÏDATAÏDRILLERS ÏWHOÏ REQUIREÏCONSIDERABLEÏINPUTÏFROMÏTHEÏ GEOLOGISTSÏANDÏPETROPHYSICISTS ÏWHOÏ INTERPRETÏTHEÏFORMATIONÏEVALUATIONÏDATAÏ DURINGÏTHEÏDRILLINGÏPROCESSÏTOÏOPTIMIZEÏ WELLÏPLACEMENTÏ4HISÏPROCESSÏISÏGENERALLYÏ FACILITATEDÏBYÏTHEÏWELLÏPLACEMENTÏ COORDINATORÏ6ARIOUSÏTECHNOLOGIESÏ INVOLVEDÏINÏDIRECTIONALÏDRILLING Ï MEASUREMENT ÏANDÏFORMATIONÏEVALUATIONÏ WHILEÏDRILLINGÏAREÏREVIEWEDÏ4HEÏTHREEÏ DIFFERENTÏMETHODSÏUSEDÏTOÏGEOLOGICALLYÏ PLACEÏHORIZONTALÏWELLSÏAREÏINTRODUCEDÏANDÏ the applications are discussed.

4HISÏCOURSEÏTEACHESÏTHEÏPHYSICALÏ principles and concepts related to MAINTAININGÏANDÏREGAININGÏCONTROLÏOFÏ FORMATIONÏPRESSURESÏWHILEÏDRILLINGÏAÏWELL

This course focuses on casing design FROMÏANÏENGINEERINGÏANDÏOPERATIONALÏ PERSPECTIVEÏ!TTENDEESÏAREÏPROVIDEDÏ with design rules for a wide range of STRAIGHTFORWARDÏANDÏHOSTILEÏENVIRONMENTSÏ ANDÏALSOÏEXAMINEÏTHEÏNOMENCLATUREÏOFÏ CASINGÏDESIGN ÏMANUFACTURINGÏPROCESSES Ï MATERIALS ÏANDÏPROPERTIESÏ)NÏADDITION Ï ATTENDEESÏREVIEWÏDESIGNÏPOLICIESÏANDÏ PROCEDURESÏTHEÏTHEORYÏOFÏBURST ÏCOLLAPSE Ï ANDÏAXIALÏLOADINGSÏTHEÏTHEORYÏANDÏ LIMITATIONSÏOFÏ!0)ÏSPECIlCATIONSÏANDÏ CONNECTIONSÏANDÏSPECIALÏCASESÏSUCHÏASÏ HIGHÏPRESSUREÏHIGHÏTEMPERATUREÏ(0(4 Ï ANDÏSOURÏENVIRONMENTS

4HISÏCOURSEÏINCLUDESÏAÏDETAILEDÏREVIEWÏOFÏ THEÏCEMENTINGÏPROCESSESÏANDÏPARAMETERSÏ THATÏENSUREÏTHEÏINTEGRITYÏOFÏTHEÏCEMENTÏ sheath during the life of the well. A COMPREHENSIVEÏCEMENTÏSHEATHÏEVALUATIONÏ SECTIONÏWILLÏBEÏPRESENTEDÏCOVERINGÏTHEÏ VARIOUSÏMEASUREMENTSÏANDÏINTERPRETATIONÏ techniques as well as the factors that AFFECTÏTHEÏQUALITYÏOFÏTHEÏMEASUREMENTSÏ and interpretation. The course includes CLASSROOMÏSESSIONSÏONÏCEMENTINGÏ PRACTICES ÏLOGÏINTERPRETATIONÏANDÏAÏVISITÏTOÏ THEÏNEARESTÏ3CHLUMBERGERÏFACILITYÏWHEREÏ ATTENDEESÏWILLÏHAVEÏTHEÏOPPORTUNITYÏTOÏ REVIEWÏCEMENTÏEVALUATIONÏTECHNOLOGIESÏ The attendees will be encouraged to BRINGÏTHEIRÏOWNÏEXAMPLESÏTHATÏINCLUDEÏ ALLÏASSOCIATEDÏINFORMATIONÏSUCHÏASÏWELLÏ CONSTRUCTIONÏDETAILS ÏCEMENTING ÏANDÏLOGÏ data, allowing the attendees to share THEIRÏDATAÏANDÏDISCUSSÏTHEIRÏEXPERIENCESÏ

COURSE CONTENT Q

Introduction to geological well PLACEMENTÏ

COURSE CONTENT Q

&ORMATIONÏPRESSURESÏANDÏTHEIRÏCAUSESÏ

Q

&RACTUREÏPRESSUREÏFUNDAMENTALS

Q

+ICKÏTOLERANCE ÏCAUSES ÏANDÏWARNINGS

Q

3HUT INÏPROCEDURES

Q

)NDUSTRYÏSTANDARDSÏANDÏRECOMMENDEDÏ practices

Q

+ILLÏSHEETÏBASICSÏANDÏUSAGE

Q

7AIT AND WEIGHTÏMETHODÏANDÏOTHERÏ WELLÏCONTROLÏMETHODS

Q Q

Q

Control of shallow gas kicks "LOWOUTÏPREVENTERÏANDÏDIVERTERÏ EQUIPMENTÏINSTALLATION ÏOPERATION Ï MAINTENANCE ÏANDÏTESTING

Material properties

Q

!0)ÏRATINGSÏANDÏFORMULAS

Q

3TEELÏTESTINGÏANDÏTRIAXIALÏLOADING Design concepts and casing design rules

COURSE CONTENT

Factors affecting tubular strength

Q

)NTRODUCTIONÏTOÏCEMENTINGÏ

Q

Buckling and connections

Q

AUDIENCE

Q

#ASINGÏSETTINGÏDEPTHÏDETERMINATION

#EMENTINGÏJOBÏPARAMETERSÏAFFECTINGÏ THEÏCEMENTÏINTEGRITY

Q

0ERSONSÏWHOÏDESIGN ÏPLAN ÏANDÏMANAGEÏ well drilling operations, including wellsite SUPERVISORS ÏDRILLINGÏENGINEERS ÏANDÏ drilling superintendents.

Q

3ERVICEÏLIFEÏMODELS

$RILLING ÏCASING ÏANDÏCEMENTINGÏJOBÏ PARAMETERSÏ

Q

4HERMALÏANDÏBENDINGÏLOADÏ DETERMINATIONÏANDÏLOADÏCASES

Q

2EVIEWÏOFÏTHEÏGASmUIDÏINVASIONÏ process

Q

)NTRODUCTIONÏOFÏWELLÏCOMPLETIONÏ PARAMETERSÏAFFECTINGÏTHEÏWELLÏLIFEÏ

Q

#EMENTÏSHEATHÏMECHANICALÏ properties

Q

Q

3UBSEAÏEQUIPMENTÏOVERVIEW

2EVIEWÏOFÏRESERVOIRÏGEOLOGYÏ

Q


PREREQUISITE

Q

-7$

Q

&ORMATIONÏEVALUATIONÏANDÏ,7$Ï

Q

!PPLICATIONSÏOFÏ,7$ÏMEASUREMENTSÏ INÏWELLÏPLACEMENTÏ

-INIMUMÏOFÏÏYEARÏDRILLING RELATEDÏ EXPERIENCEÏANDÏBASICÏMATHÏANDÏSCIENCEÏ SKILLSÏPARTICIPANTSÏAREÏREQUIREDÏTOÏBRINGÏ AÏHAND HELDÏCALCULATORÏFORÏIN CLASSÏ EXERCISES

Q

Q

Q

7ELL CONTROLÏEQUIPMENTÏLIMITS Ï AUXILIARYÏUNITS ÏANDÏCLOSINGÏUNITS

Q

Q

COURSE CONTENT

NEW

!PPLYINGÏWELLÏPLACEMENTÏMETHODSÏ Case studies illustrating the use of THEÏTHREEÏWELLÏPLACEMENTÏMETHODSÏ

AUDIENCE -ULTIDISCIPLINARYÏASSETÏTEAMSÏOFÏ OPERATINGÏCOMPANIESÏCOMPRISEDÏMAINLYÏ OFÏDRILLINGÏENGINEERS ÏRESERVOIRÏENGINEERS Ï ANDÏGEOSCIENTISTSÏWHOÏNEEDÏTOÏMAKEÏ DECISIONSÏREGARDINGÏTHEÏAPPLICABILITYÏANDÏ BENElTSÏOFÏIMPLEMENTINGÏAÏGEOLOGICALÏ WELLÏPLACEMENTÏPROCESSÏFORÏDRILLINGÏ HORIZONTALÏANDÏHIGH ANGLEÏWELLBORES

Q

Load design for burst, collapse, and AXIALÏLOADS

AUDIENCE $RILLINGÏENGINEERS ÏDRILLINGÏSUPERVISORS Ï TRAINEEÏDRILLERS ÏRIGÏENGINEERS ÏANDÏSERVICEÏ COMPANYÏPERSONNELÏWITHÏBASICÏDRILLINGÏ engineering knowledge. PREREQUISITE 5NDERSTANDINGÏOFÏWELLBOREÏGEOMETRYÏ ANDÏTHEÏBASICSÏOFÏMECHANICALÏCONCEPTS Ï ANDÏBASICÏMATHÏSKILLSÏPARTICIPANTSÏAREÏ REQUIREDÏTOÏBRINGÏAÏSCIENTIlCÏCALCULATORÏTOÏ COMPLETEÏTHEÏIN COURSEÏEXERCISES

Q

Failure causes

Q

#EMENTÏINTEGRITYÏDURINGÏTHEÏPLUGÏANDÏ ABANDONÏ0! ÏPHASE

Q

7IRELINEÏLOGSÏTYPICALLYÏUSEDÏFORÏ CEMENTÏEVALUATIONÏ

Q

.EWÏ!0)ÏSPECIlCATIONSÏ

AUDIENCE $RILLING ÏPRODUCTION ÏANDÏCOMPLETIONÏ engineers. PREREQUISITE "ASICÏKNOWLEDGEÏOFÏCEMENTINGÏANDÏ logging operations.

PREREQUISITE Geoscience or engineering degree.

Software




Field trips

Uses simulation

| 101 12/22/13 2:49 AM

DRILLING ENGINEERING Cementing Operations

Deepwater Drilling Design and Operations

Deepwater Well Project and Risk Management

Skill – 5 Days

Skill – 5 Days

Skill – 5 Days

The course introduces attendees to THEÏASPECTSÏOFÏPRIMARY ÏSQUEEZEÏANDÏ PLUGÏCEMENTING ÏANDÏPRIMARYÏCEMENTINGÏ CALCULATIONSÏ#EMENTÏCHEMISTRYÏISÏ introduced to understand the process INVOLVEDÏINÏACHIEVINGÏAÏSATISFACTORYÏ CEMENTÏJOBÏ!DDITIVESÏUSEDÏTOÏAFFECTÏ VARIOUSÏPROPERTIESÏOFÏTHEÏSLURRYÏANDÏSETÏ CEMENTÏAREÏADDRESSEDÏ2HEOLOGICALÏ MODELSÏUSEDÏDURINGÏCEMENTÏJOBÏDESIGNÏ ANDÏREQUIREMENTSÏFORÏEFFECTIVEÏMUDÏ REMOVALÏWILLÏALSOÏBEÏCOVEREDÏ#EMENTINGÏ AIDSÏANDÏJOBÏQUALITYÏEVALUATIONÏMETHODSÏ AREÏDISCUSSEDÏ#LASSROOMÏEXERCISESÏASÏ WELLÏASÏANÏINTRODUCTIONÏTOÏCEMENTINGÏ DESIGNÏANDÏEVALUATIONÏSOFTWAREÏAREÏ included.

This course is designed to help drilling engineering professionals understand THEÏTECHNOLOGIES ÏTERMINOLOGY ÏCONCEPTS Ï PROCESSES ÏANDÏEQUIPMENTÏUSEDÏTOÏ drill deepwater oil and gas wells. The COURSEÏFOLLOWSÏAÏTYPICALÏDEEPWATERÏ DRILLINGÏPROGRAMÏANDÏDRILLINGÏPROCESSÏ FROMÏGEOLOGYÏTOÏRIGÏSELECTIONÏANDÏSTATIONÏ KEEPINGÏTOÏCONDUCTORÏDRIVINGÏANDÏSURFACEÏ CASINGÏSETTINGÏFOLLOWEDÏBYÏWELLHEADÏ SYSTEMS Ï"/0ÏANDÏMARINEÏRISERÏSYSTEMSÏ TOÏTYPICALÏDEEPWATERÏRIGÏEQUIPMENTÏ /NCEÏTHEÏDRILLINGÏPROCESSÏANDÏEQUIPMENTÏ ISÏREVIEWED ÏWEÏTHENÏLOOKÏATÏSOMEÏOFÏ the other aspects that are different for DEEPWATERÏDRILLINGÏTECHNOLOGYÏSUCHÏASÏ WELLÏCONTROL ÏSHALLOWÏHAZARDSÏANDÏTHENÏ WEÏMOVEÏTOÏSOMEÏOFÏTHEÏNEWÏEMERGINGÏ technologies such as dual gradient and MANAGEDÏPRESSUREÏDRILLINGÏ&INALLYÏWEÏ DISCUSSÏSOMEÏOFÏTHEÏTYPICALÏOPERATIONALÏ ASPECTSÏANDÏWORKOVERÏISSUESÏASSOCIATEDÏ with deepwater wells.

4HEÏMAINÏGOALÏOFÏTHEÏCOURSEÏISÏTOÏ HIGHLIGHTÏTHEÏCRITICALÏPROJECTÏANDÏRISKÏ MANAGEMENTÏISSUESÏREQUIREDÏTOÏRUNÏ DEEPWATERÏWELLÏPROJECTSÏEFlCIENTLY Ï SAFELY ÏENVIRONMENTALLYÏFRIENDLYÏANDÏ COST EFFECTIVELYÏ"YÏTHEÏENDÏOFÏTHEÏCOURSE Ï ATTENDEESÏWILLÏUNDERSTANDÏTHEÏKEYÏISSUESÏ ANDÏPRINCIPLESÏOFÏDEEPWATERÏPROJECTÏ MANAGEMENTÏ4HEÏATTENDEESÏWILLÏBEÏABLEÏ TOÏAPPLYÏTHEÏPRINCIPLESÏINÏPRACTICEÏANDÏ INTEGRATEÏTHEMÏINÏTHEÏASSETÏORÏPROJECTÏ TEAMÏTOÏOPTIMIZEÏMANAGEMENTÏOFÏTHEÏ WELLÏPROJECTÏANDÏMANAGEÏTHEÏIDENTIlEDÏ RISKSÏTOÏMAXIMIZEÏVALUEÏ&OLLOWINGÏTHEÏ DEEPWATERÏWELLÏPROJECTÏMANAGEMENTÏ PROCESSÏFROMÏPROSPECTÏEVALUATIONÏTHROUGHÏ OPERATIONS ÏATTENDEESÏWILLÏDEVELOPÏ IMPORTANTÏSKILLSÏNEEDEDÏTOÏDRILLÏWELLSÏINÏAÏ DEEPWATERÏENVIRONMENTÏ4HEÏATTENDEESÏ WILLÏUNDERSTANDÏTHEÏCOMPLEXITIESÏOFÏAÏ deepwater drilling operation and will gain ANÏUNDERSTANDINGÏOFÏISSUESÏTHATÏMUSTÏ be addressed when drilling deepwater WELLSÏ4HEÏATTENDEESÏWILLÏALSOÏDEVELOPÏANÏ understanding of the challenges, choices, ANDÏCOMPROMISESÏTHATÏAREÏNECESSARYÏTOÏ drill deepwater wells.

COURSE CONTENT Q

0RIMARYÏCEMENTINGÏOVERVIEWÏANDÏ calculations

Q

#EMENTÏCHEMISTRYÏ

Q

#EMENTÏLABORATORYÏEQUIPMENTÏ

Q

2HEOLOGYÏ

Q

#EMENTÏADDITIVESÏ

Q

-UDÏREMOVALÏ

Q

'ASÏMIGRATIONÏCONTROLÏ

Q

#EMENTINGÏTEMPERATUREÏ

COURSE CONTENT Q Q

Q

Drilling units $RILLINGÏEQUIPMENTÏSPECIlCÏTOÏ deepwater drilling 0OREÏPRESSUREÏANDÏFRACTUREÏPRESSUREÏ window

NEW

COURSE CONTENT

Riser selection

4EAMÏRESPONSIBILITIESÏANDÏDECISIONS

Q

Q

7HATÏISÏRISK

Q

(YDRATESÏ

Q

2ISKÏMANAGEMENT

Q

$RILLINGÏmUIDSÏ

Q

0ROJECTÏPLAN

Q

$UALÏGRADIENTÏANDÏMANAGEDÏPRESSUREÏ drilling

Q

Tracking progress

Q

2ISKÏMANAGEMENTÏINÏACTION

Q

!PPLYINGÏRISKÏMANAGEMENTÏTOOLS

Q

(UMANÏFACTORSÏINÏDEEPWATERÏWELLÏ PROJECTS

PREREQUISITE "ASICÏKNOWLEDGEÏOFÏTHEÏOILÏÏGASÏINDUSTRYÏ 3OMEÏUNDERSTANDINGÏOFÏCEMENTÏUSEÏISÏ STRONGLYÏRECOMMENDEDÏ!TTENDEESÏSHOULDÏ bring a hand calculator and be prepared TOÏPERFORMÏEXERCISESÏINÏTHEÏCLASS

Q

#OMPLETIONS

AUDIENCE Drilling professionals with well design ANDÏOPERATIONSÏEXPERIENCEÏDESIRINGÏANÏ understanding of the challenges faced in THEÏDEEPWATERÏDRILLINGÏENVIRONMENT PREREQUISITE 5NDERSTANDÏBASICÏGEOMECHANICS Ï DRILLINGÏOPERATIONS ÏWELLÏPLACEMENT ÏWELLÏ PLANNING ÏANDÏDRILLINGÏmUIDSÏBASICS

$RILLINGÏmUIDS

Q

#EMENT

Q

#ONDUCTORÏDRIVING

Q

#ASINGÏTALLIES ÏCENTRALIZERS ÏSPACEÏOUT

Q

Liner operations

Q

'EOLOGY

Q

0RESSUREÏTESTING

Q

7ELLÏCONTROL

Q

Fishing

AUDIENCE 4RAINEEÏDRILLINGÏSUPERVISORSÏANDÏDRILLINGÏ engineers.

Basic understanding of drilling operations.

Q

#EMENTINGÏPLUGSÏ

$RILLINGÏPROFESSIONALSÏWITHÏSOMEÏ understanding of the drilling process.


Q

PREREQUISITE

Q

AUDIENCE

Q

0ROJECTÏSETUP

7ELLÏCONTROLÏ

3PECIALÏPURPOSEÏCEMENTSÏ

COURSE CONTENT

)NTRODUCTIONÏTOÏPROJECTÏMANAGEMENT

Q

Q

In this course, attendees will learn drilling OPERATIONSÏUSINGÏTHEÏINTERACTIVEÏ$RILLINGÏ 3YSTEMSÏ$RILLINGÏ-ANAGEMENTÏ4RAINER Ï WHICHÏSIMULATESÏTHEÏENVIRONMENTÏOFÏAÏ TEAMÏDRILLINGÏAÏWELLÏ4HROUGHÏHANDS ONÏ SIMULATIONS ÏATTENDEESÏLEARNÏTHEÏROLEÏ ANDÏRESPONSIBILITIESÏOFÏEACHÏMEMBERÏOFÏ THEÏDRILLINGÏTEAM ÏINCLUDINGÏTHEÏDRILLINGÏ SUPERVISOR ÏDRILLER ÏMUDÏENGINEER ÏANDÏTHEÏ directional driller.

Q

3QUEEZEÏCEMENTINGÏ )NTRODUCTIONÏANDÏREVIEWÏOFÏCEMENTINGÏ DESIGNÏANDÏEVALUATIONÏSOFTWAREÏ

Skill – 5 Days

Q

Q

Q

Drilling Operations Management Simulation

AUDIENCE $RILLINGÏMANAGERS ÏOPERATIONSÏ superintendents, senior well engineers, well engineers, and wellsite leaders/ SUPERVISORSÏINVOLVEDÏINÏDEEPWATERÏWELLÏ PROJECTS PREREQUISITE &OUNDATIONÏ$RILLINGÏ%NGINEERINGÏANDÏ Offshore Drilling Operations courses, and BASICÏEXPERIENCEÏINÏWELLÏPROJECTS



12/22/13 2:49 AM

DRILLING ENGINEERING Drilling Project and Risk Management

Drillstring Design

Drilling Optimization

Horizontal, Extended Reach, and Multilateral Drilling

Skill – 5 Days

Skill – 4 Days

Skill – 5 Days

Skill – 5 Days

)NCREASEÏYOURÏUNDERSTANDINGÏOFÏTHEÏ PROJECTÏMANAGEMENTÏPRINCIPLESÏTHATÏ APPLYÏTOÏDRILLINGÏOPERATIONS ÏWITHÏAÏ focus on the roles and responsibilities INVOLVED ÏINCLUDINGÏOPERATIONS ÏPERSONNEL Ï ADMINISTRATION ÏlNANCE ÏANDÏLEGALÏ FUNCTIONSÏ!TTENDEESÏWILLÏEXAMINEÏTHEÏ CRITICALÏPROJECTÏANDÏRISKÏMANAGEMENTÏ CONCERNSÏOFÏRUNNINGÏDRILLINGÏPROJECTSÏ INÏANÏEFlCIENT ÏSAFE ÏENVIRONMENTALLYÏ FRIENDLY ÏANDÏCOST EFFECTIVEÏMANNERÏ4HEÏ ATTENDEESÏWILLÏAPPLYÏPRINCIPLESÏOFÏPROJECTÏ MANAGEMENTÏINÏPRACTICEÏANDÏINTEGRATEÏ THOSEÏPRINCIPLESÏINTOÏAÏDRILLINGÏPROJECTSÏ ASSETSÏORÏPROJECTÏTEAMÏTOÏOPTIMIZEÏVALUEÏ ANDÏREDUCEÏIDENTIlEDÏRISKS

!TTENDEESÏWILLÏGAINÏAÏCOMPREHENSIVEÏ OVERVIEWÏOFÏHOWÏTOÏDESIGNÏAÏDRILLSTRINGÏ ASÏWELLÏASÏHOWÏTOÏAVOIDÏOPERATIONALÏ PROBLEMSÏANDÏWEARÏONÏEQUIPMENTÏ "OTTOMHOLEÏASSEMBLYÏ"(! ÏDESIGNÏ CONCEPTSÏANDÏOPTIMIZATIONÏANDÏDRILLINGÏ HYDRAULICSÏAREÏINVESTIGATED ÏWITHÏANÏ EMPHASISÏONÏPRACTICALÏANDÏSAFEÏOPERATINGÏ PROCEDURESÏ)NDUSTRYÏSTANDARDSÏAREÏ USEDÏASÏTRAININGÏAIDSÏTOÏSUPPLEMENTÏTHEÏ PRESENTATIONÏMATERIALÏANDÏPROMOTEÏAÏ thorough understanding of drillstring COMPONENTÏOPERATINGÏLIMITSÏANDÏPRACTICES

Structured to guide the attendees THROUGHÏTHEÏWORKmOWÏTOÏACHIEVEÏOPTIMALÏ OUTCOMES ÏORÏNO SURPRISESÏDRILLING ÏFORÏ each phase of drilling a single well or AÏDRILLINGÏPROGRAM ÏTHISÏCOURSEÏCOVERSÏ SPECIlCATION ÏDESIGN ÏDRILLING ÏANDÏ COMPLETIONÏ)NCREASEÏYOURÏUNDERSTANDINGÏ OFÏTHEÏIDENTIlCATION ÏAPPLICATION ÏANDÏ IMPLEMENTATIONÏOFÏDRILLINGÏOPTIMIZATIONÏ techniques that highlight the data, CALCULATIONS ÏANDÏPROCESSESÏNECESSARYÏ TOÏVALIDATEÏDRILLINGÏSUCCESSES ÏBOTHÏ QUALITATIVELYÏANDÏQUANTITATIVELYÏ4HEÏ course draws upon aspects of risk MANAGEMENTÏANDÏSTATISTICALÏANALYSISÏ ASÏAÏFRAMEWORKÏFORÏMEASUREMENTÏANDÏ MITIGATION

An integrated approach to the design and DRILLINGÏOFÏHORIZONTAL ÏEXTENDED REACHÏ%2 Ï ANDÏMULTILATERALÏWELLSÏINCLUDESÏGEOLOGIC Ï RESERVOIR ÏDRILLING ÏCOMPLETIONS ÏANDÏ production considerations. Attendees will LEARNÏTHEÏAPPLICATIONSÏANDÏLIMITATIONSÏOFÏ %2ÏDRILLINGÏTECHNOLOGYÏANDÏTHEÏESSENTIALÏ DELIVERABLESÏFROMÏEACHÏASSETÏTEAMÏ MEMBERÏNEEDEDÏTOÏIMPLEMENTÏSUCCESSFULÏ %2ÏWELLS

Q Q

COURSE CONTENT Q

COURSE CONTENT

/VERVIEWÏOFÏDRILLINGÏPROJECTÏ MANAGEMENT

Q

Steel properties !XIALÏFORCEÏANDÏBUCKLINGÏINÏ SUBMERGEDÏTUBULARS Drillpipe connections

Q

Drillstring design for tension and torque

6ARIABLEÏVERSUSÏlXEDÏRISKSÏANDÏ CONTROLLABLEÏVERSUSÏUNCONTROLLABLEÏ constraints in design and IMPLEMENTATION

#ONTRACTÏMODELS ÏPROJECTÏPLANNING Ï planning software, and design

Q

$RILLINGÏPROGRAMMING

Q

Drillstring care and inspection

Q

0ROJECTÏlNANCEÏANDÏADMINISTRATION

Q

$RILLSTRINGÏDAMAGEÏANDÏDYNAMICS

Q

3UPPLYÏCHAINÏMANAGEMENT

Q

7ELLBOREÏSTABILITY

Q

2EPORTINGÏSYSTEMS

Q

-UDÏRHEOLOGY

Q

0ROJECTÏCLOSEOUT

Q

"ITÏHYDRAULICS

Q

-ANAGEMENTÏSYSTEMS ÏRISKÏ MANAGEMENT ÏANDÏRISKÏMANAGEMENTÏ LEVELS

Q

Q

(EALTH ÏSAFETY ÏENVIRONMENT ÏANDÏ QUALITYÏ(3%1 ÏMANAGEMENTÏSYSTEMS

Drilling engineering staff and drilling SERVICEÏCOMPANYÏPERSONNEL

Q

/PERATIONALÏRISKÏASSESSMENTSÏANDÏ ANALYSIS

PREREQUISITE

Q

7ORKÏEXPERIENCEÏINÏDRILLSTRINGÏDESIGNÏORÏ drilling operations.

%NSUREÏDATAÏCOLLECTION ÏMANAGEMENT Ï ANDÏQUALITYÏVIAÏDATAÏ+0)S

Q

3INGLEÏWELLÏDRILLINGÏANDÏPROGRAMÏ BENCHMARKING

Q

-ECHANICALÏEARTHÏMODELÏ-%- ÏFORÏ planning and operations

AUDIENCE

Q

$IRECTIONALÏDRILLINGÏFUNDAMENTALSÏ !PPLICATIONSÏANDÏLIMITATIONS

Q

$IRECTIONALÏWELLÏPLANNINGÏ0OSITIONINGÏ ANDÏCOORDINATEÏSYSTEMS

Q

$OWNHOLEÏEQUIPMENTÏ$RILLINGÏ TOOLS ÏDRILLINGÏMOTORS ÏDRILLÏBITS ÏANDÏ DEmECTIONÏMETHODS

COURSE CONTENT

Q

Q

COURSE CONTENT

Q

Q

2OTARYÏSTEERABLEÏSYSTEMÏ233 ÏANDÏ MOTORÏ"(!ÏDESIGN

AUDIENCE Q

$RILLINGÏPROGRAMÏMANAGERS ÏPROJECTÏ MANAGERS ÏANDÏOTHERSÏWITHÏDIRECTÏ INVOLVEMENTÏINÏTHEÏPLANNINGÏOFÏDRILLINGÏ operations.

3TATISTICALÏANALYSESÏRELATEDÏTOÏWELLÏ CONSTRUCTION ÏINCLUDINGÏPROBABILITY Ï MEANÏDISTRIBUTION ÏANDÏSTANDARDÏ DEVIATION +EYÏPERFORMANCEÏINDICATORSÏ+0)S ÏASÏ AÏMEANSÏTOÏREPORTÏPROJECTÏPROGRESSÏ and results

Q

/PTIMALÏDRILLINGÏPLANÏDESIGNSÏTHATÏ OPTIMIZEÏ+0)SÏFORÏEACHÏDRILLINGÏPHASE

Q

2EAL TIMEÏMANAGEMENTÏOFÏWELLÏ CONSTRUCTIONÏPERFORMANCE

PREREQUISITE )NTRODUCTIONÏTOÏ$RILLINGÏ%NGINEERINGÏ COURSEÏORÏEQUIVALENTÏWORKÏEXPERIENCEÏINÏ DRILLINGÏENGINEERINGÏORÏMANAGEMENT

Mitigation strategies for risks and CONSTRAINTS ÏINCLUDINGÏMECHANICALÏ CONlGURATION ÏLOGISTICS ÏSURFACEÏ ANDÏSUBSURFACEÏENVIRONMENTS ÏANDÏ TRAJECTORYÏREGULATORYÏPOLICIES

Q

BHA design and considerations

Q

'EOLOGICÏCONSIDERATIONSÏINÏ%2ÏWELLS

Q

7ELLÏPROlLE ÏWELLÏPATH ÏANDÏTRAJECTORYÏ design %ARTHÏMODELINGÏANDÏWELLBORE STABILITYÏ MATTERSÏRELATEDÏTOÏ%2ÏWELLS

Q

Q

Multilateral well introduction, well planning, and drilling operations

Q

,IFE OF WELLÏISSUESÏFORÏHIGH ANGLEÏANDÏ MULTILATERALÏWELLS

Q

#ASINGÏDESIGNÏFORÏ%2ÏANDÏMULTILATERALÏ wells

AUDIENCE $RILLINGÏENGINEERS ÏDRILLINGÏSUPERVISORS Ï trainee directional drillers, rig engineers, ASSETÏEXPLOITATIONÏTEAMS ÏANDÏSERVICEÏ COMPANYÏPERSONNEL PREREQUISITE %XPERIENCEÏINÏBASICÏDRILLINGÏENGINEERINGÏ ANDÏWELLSITEÏOPERATIONS ÏANDÏEXPOSUREÏTOÏ DIRECTIONALÏDRILLINGÏOPERATIONSÏATTENDEESÏ AREÏREQUIREDÏTOÏBRINGÏAÏSIMPLEÏSCIENTIlCÏ CALCULATORÏFORÏIN CLASSÏEXERCISES

AUDIENCE Drilling engineers. PREREQUISITE -INIMUMÏOFÏÏTOÏÏYEARSÏOFÏDRILLINGÏ ENGINEERINGÏEXPERIENCEÏINÏRISKÏ MANAGEMENTÏORÏPROJECTÏMANAGEMENTÏ suggested.

Software




Field trips

Uses simulation

| 103 12/22/13 2:49 AM

DRILLING ENGINEERING HPHT Operational Awareness and Drilling Challenges

Mud Logging—Surface Gas Measurement and Fluid Characterization

Skill – 5 Days

Skill – 5 Days

4HISÏCOURSEÏCOVERSÏTHEÏMAJORÏASPECTSÏOFÏ (0(4ÏWELLÏPROJECTSÏ4HEÏTOPICSÏINCLUDEÏ theories, technicalities, and practicalities OFÏ(0(4ÏWELLS ÏCOMPLETEÏWITHÏIMPENDINGÏ risks and plausible challenges. This course is also includes case studies on BOTHÏSUCCESSFULÏ(0(4ÏWELLÏPROJECTSÏANDÏ THEÏERRORSÏCOMMITTEDÏINÏPASTÏPROJECTSÏ WITHÏSPECIALÏEMPHASISÏONÏGEOPRESSUREÏ DETECTIONÏANALYSISÏTHATÏWILLÏBENElTÏ ATTENDEESÏ0RACTICALÏEXERCISESÏANDÏ ASSESSMENTSÏAREÏINCLUDEDÏTHROUGHOUTÏ THISÏCOURSEÏWITHÏINTERACTIVEÏDISCUSSIONÏTOÏ MEETÏTHEÏSPECIlCÏNEEDSÏOFÏALLÏATTENDEES

This course consists of theoretical CLASSROOMÏSESSIONSÏLEDÏBYÏANÏEXPERIENCEDÏ PROFESSIONALÏPROVIDINGÏIN DEPTHÏ EXPLANATIONÏOFÏGASÏANALYSISÏATÏTHEÏ SURFACEÏ4HEÏTHEORETICALÏCLASSROOMÏ SESSIONSÏWILLÏBEÏCOMPLEMENTEDÏ WITHÏPRACTICALÏEXERCISESÏCOVERINGÏ THEÏTYPESÏOFÏGASÏENCOUNTEREDÏDURINGÏ drilling, degassing apparatus, gas ANALYSISÏTECHNOLOGY ÏANDÏREAL TIMEÏGASÏ INTERPRETATIONÏEXERCISESÏ4HEÏCOURSEÏ WILLÏPROVIDEÏAÏCLEARÏUNDERSTANDINGÏONÏ how gases are generated during drilling, HOWÏTHEYÏAREÏCARRIEDÏTOÏSURFACE ÏTHEÏ TECHNOLOGYÏTOÏEXTRACTÏTHEÏGASÏFROMÏTHEÏ DRILLINGÏmUIDS ÏTHEÏTECHNOLOGYÏUSEDÏFORÏ GASÏANALYSIS ÏANDÏBESTÏPRACTICESÏFORÏTHEÏ INTERPRETATIONÏOFÏGASÏDATAÏTOÏBETTERÏREmECTÏ what is occuring downhole.

COURSE CONTENT Q

$ElNINGÏANDÏMANAGINGÏ(0(4ÏWELLSÏ ANDÏENVIRONMENT

Q

'EOPHYSICALÏMETHODSÏFORÏDETECTIONÏ ANDÏANALYSISÏOFÏGEOPRESSURE

Q

(0(4ÏWELLÏLOGGINGÏISSUESÏ

Q

Q

Adoption of new technologies

Q

NEW

Practical Directional Drilling and Surveying Skill – 5 Days

Stuck Pipe and Fishing Operations NEW

This course enables attendees to UNDERSTANDÏTHEÏOPERATIONSÏPERFORMEDÏBYÏ directional drillers and their contributions TOÏTHEÏDESIGNÏOFÏDIRECTIONALÏANDÏHORIZONTALÏ WELLSÏ4HEÏCOURSE ÏWHICHÏCOVERSÏTHEÏ FUNDAMENTALS ÏDESIGNÏCONSIDERATIONS ÏANDÏ operational aspects of directional and HORIZONTALÏDRILLING ÏISÏCONDUCTEDÏATÏTHEÏ 3CHLUMBERGERÏ3TONEHOUSEÏ4ECHNOLOGYÏ #ENTERÏ3(4# ÏANDÏTHEÏ3CHLUMBERGERÏ $RILLINGÏ#ENTERÏOFÏ%XCELLENCEÏ.UMEROUSÏ VISITS ÏWORKSHOPS ÏANDÏPRACTICALÏEXERCISESÏ ATÏ3(4#ÏWILLÏCOMPLEMENTÏANDÏILLUSTRATEÏ the theoretical knowledge taught in class.

Skill – 5 Days Attendees will learn the causes of stuck PIPEÏANDÏTWIST OFFSÏANDÏTHEÏTECHNIQUESÏ EMPLOYEDÏTOÏAVOIDÏSUCHÏPROBLEMSÏ The attendees will also learn the INVESTIGATIONÏTECHNIQUES ÏOPERATIONS Ï SELECTIONÏOFÏlSHINGÏTOOLS ÏANDÏDECISION MAKINGÏMETHODSÏ$ISCUSSIONSÏINCLUDEÏ TECHNIQUESÏTOÏPREVENTÏPROBLEMSÏLEADINGÏ TOÏlSHINGÏOPERATIONSÏANDÏOPERATIONALÏ TECHNIQUESÏTOÏRECOVERÏTHEÏlSHÏORÏTOÏ sidetrack the well. COURSE CONTENT Q

7ELLBOREÏDESIGNS ÏTYPES ÏANDÏLOADINGÏ OFÏSUBMERGEDÏTUBULARS

Q

3TEELÏMECHANICSÏANDÏDRILLSTRINGÏ DESIGN ÏINCLUDINGÏ!0)Ï20Ï'

Q

5NDERSTANDINGÏANDÏPREVENTINGÏ drillstring failures

Q

3TUCKÏPIPEÏMECHANISMSÏANDÏ consequences

Q

0REDICTINGÏANDÏPREVENTINGÏSTUCKÏPIPEÏ and lost circulation

Q

&ISHINGÏOPERATIONSÏ#AUSES Ï PREVENTION ÏTOOLS ÏANDÏOPERATIONS

COURSE CONTENT Q

3URVEYING

Q

%RRORÏMODELSÏANDÏTHEÏROLEÏOFÏTHEÏ )NDUSTRYÏ3TEERINGÏ#OMMITTEEÏONÏ 7ELLBOREÏ3URVEYÏ!CCURACYÏ)3#73!

/RIGINSÏOFÏGASÏINÏMUD

Q

3URVEYÏCORRECTIONS

Q

Degassing process

Q

Anticollision

3URFACEÏFACILITYÏCONSIDERATIONS

Q

Different degassing techniques

Q

Directional Calculations

Q

$OWNHOLEÏEQUIPMENTÏANDÏmUIDS

Q

'ASÏANALYSISÏTECHNOLOGYÏ

Q

Steering the well

Q

#EMENTINGÏCHALLENGES

Q

Gas interpretation generalities

Q

Drillstring design

Q

(0(4ÏDRILLINGÏPROCEDURES

Q

New technologies

Q

'EOMECHANICS

Q

7ELL CONTROLÏMETHODS

Q

Gas corrections

Q

7ELLBOREÏSTABILITYÏISSUES

Q

(0(4ÏWELLÏTESTINGÏ

Q

)NTERPRETATIONÏMETHODOLOGIES

Q

Hole cleaning

AUDIENCE

Q

Degassing case studies

Q

$RILLINGÏTESTÏFACILITYÏVISIT

COURSE CONTENT

Q

Directional drilling and sidetracking in cased and open holes

7ELLÏCONSTRUCTIONÏPROFESSIONALSÏWITHÏ ÏYEARSÏORÏMOREÏWELLÏCONSTRUCTIONÏ EXPERIENCEÏANDÏSOMEÏBACKGROUNDÏINÏ(0(4Ï issues.

AUDIENCE

AUDIENCE

7ELLSITEÏGEOLOGISTSÏANDÏOPERATIONÏ geologists.

$RILLINGÏENGINEERS ÏDRILLINGÏSUPERVISORS Ï and trainee directional drillers.

%NGINEERING ÏOPERATIONS ÏANDÏMANAGERIALÏ TEAMÏMEMBERSÏINTERESTEDÏINÏTHEÏPRACTICALÏ ASPECTSÏOFÏDRILLSTRINGÏRECOVERYÏANDÏ THEÏBUSINESSÏIMPLICATIONSÏOFÏlSHINGÏ operations.

PREREQUISITE

PREREQUISITE

PREREQUISITE

PREREQUISITE -INIMUMÏOFÏÏYEARSÏOFÏEXPERIENCEÏINÏWELLÏ CONSTRUCTIONÏANDÏSOMEÏEXPOSUREÏTOÏ(0(4Ï well issues.

Mud Logging Operations course, or AÏRESPECTABLEÏUNDERSTANDINGÏOFÏMUDÏ logging.

"ASICÏDRILLINGÏENGINEERING ÏÏTOÏÏYEARSÏ OFÏWELLSITEÏEXPERIENCE ÏSOMEÏPREVIOUSÏ EXPOSUREÏTOÏDIRECTIONALÏDRILLING ÏANDÏ MATHEMATICALÏSKILLS ÏPARTICULARLYÏ TRIGONOMETRY

AUDIENCE


Basic understanding of drilling operations ANDÏBASICÏMATHÏSKILLS


12/22/13 2:49 AM

DRILLING ENGINEERING Stuck Pipe and Hole Cleaning

Well Design and Construction Engineering: Heriot-Watt University Program

Dynamic Pressure Drilling

IWCF Surface Well Control Certification

Skill – 5 Days

Skill – 5 Days

Advanced – 5 Days

Advanced – 5 Days

)NÏTHISÏCOURSEÏONÏTHEÏMECHANISMSÏANDÏ causes of stuck pipe, special attention is GIVENÏTOÏUNDERSTANDINGÏTHEÏIMPACTÏOFÏHOLEÏ cleaning. Attendees will also learn how factors such as casing seat selection, DRILLSTRINGÏDESIGN ÏDRILLINGÏmUIDSÏSELECTION Ï and well design can affect the likelihood of stuck pipe.

$ELIVERINGÏANÏOVERVIEWÏOFÏTHEÏWELLÏ construction process and an introduction to subsea drilling operations, the goal of THISÏCOURSEÏISÏTOÏPROVIDEÏATTENDEESÏWITHÏ ANÏINSIGHTÏINTOÏTHEÏPLANNINGÏANDÏEXECUTIONÏ OFÏAÏDRILLINGÏOPERATIONÏ%MPHASISÏISÏONÏ the conceptual design and detailed ENGINEERINGÏDESIGNÏCALCULATIONSÏINVOLVEDÏ in planning a well. This course is part of THEÏDISTANCEÏLEARNINGÏ(ERIOT 7ATTÏ-3CÏ 0ETROLEUMÏ%NGINEERINGÏPROGRAMÏBUTÏISÏNOTÏ LIMITEDÏTOÏINDIVIDUALSÏWHOÏAREÏREGISTEREDÏ for the degree course.

This course teaches attendees the PRINCIPLESÏOFÏDYNAMICÏPRESSUREÏDRILLING Ï INCLUDINGÏHOWÏANDÏWHEREÏTOÏAPPLYÏTHESEÏ DRILLINGÏMETHODSÏ4HEÏATTENDEESÏWILLÏLEARNÏ HOWÏTOÏSELECTÏTHEÏOPTIMALÏEQUIPMENT Ï CONTROLS ÏANDÏDRILLINGÏmUIDSÏNEEDEDÏFORÏ EFFECTIVEÏDRILLINGÏINÏUNDERBALANCEDÏANDÏ MANAGEDÏPRESSUREÏDRILLINGÏSCENARIOSÏ

4HISÏCOURSEÏISÏDESIGNEDÏTOÏFULlLLÏTHEÏ REQUIREMENTSÏFORÏ)NTERNATIONALÏ7ELLÏ #ONTROLÏ&ORUMÏ)7#& ÏSURFACEÏWELLÏ CONTROLÏQUALIlCATIONÏ)TÏISÏASSUMEDÏTHATÏ ATTENDEESÏTAKINGÏTHISÏCOURSEÏFULlLLÏTHEÏ PREREQUISITEÏREQUIREMENTSÏ4HEÏCOURSEÏISÏ AIMEDÏATÏTHOSEÏINDIVIDUALSÏINÏWELL CONTROLÏ critical positions. Course content will be TAUGHTÏACCORDINGÏTOÏTHEÏ)7#&ÏSYLLABUSÏ and will prepare candidates for the )7#&ÏEXAMINATIONSÏANDÏASSESSMENTÏ 4HEÏASSESSMENTÏCONSISTSÏOFÏPRACTICALÏ ASSESSMENTÏUSINGÏSIMULATORÏEQUIPMENTÏ TYPEÏOFÏSIMULATORÏDEPENDENTÏONÏLOCATIONÏ OFÏTRAINING ÏPRINCIPLESÏANDÏPROCEDURESÏ 00 ÏWRITTENÏEXAMINATION ÏSURFACEÏWELL CONTROLÏEQUIPMENTÏWRITTENÏEXAMINATION Ï ANDÏ)7#&ÏCERTIlCATESÏTHATÏAREÏVALIDÏFORÏ ÏYEARS

COURSE CONTENT Q

Q

#AUSESÏOFÏSTUCKÏPIPEÏMECHANISMSÏ and consequences Casing setting depth

Q

&ORCESÏACTINGÏONÏSUBMERGEDÏOBJECTS

Q

Drillstring design

Q

7ELLBOREÏSTABILITYÏANDÏCAUSESÏOFÏ INSTABILITY

Q

Lost circulation and its causes

Q

%CONOMICSÏOFÏHOLEÏRECOVERYÏEFFORTS

Q

Q Q

Q

$RILLINGÏmUIDÏTYPES ÏSELECTION ÏANDÏ mUIDSÏMANAGEMENT 2HEOLOGYÏOFÏDRILLINGÏmUIDS Mechanical techniques for hole cleaning (OLEÏCLEANINGÏMONITORINGÏANDÏ MANAGEMENTÏTECHNIQUES

AUDIENCE

Q

COURSE CONTENT Q

/VERVIEWÏOFÏDRILLINGÏOPERATIONSÏANDÏ DRILLINGÏECONOMICS

Q

2IGÏCOMPONENTSÏ

Q

Q Q

Q

$RILLINGÏEQUIPMENTÏSELECTIONÏFORÏ MANAGEDÏANDÏUNDERBALANCEDÏ pressure conditions and use

Q

2OTATINGÏCONTROLÏDEVICESÏ2#$S ÏANDÏ SEALÏELEMENTS

+ICKÏCAUSESÏANDÏKICKÏINDICATORS 7ELL CONTROLÏPREPARATIONÏANDÏ PREVENTATIVEÏMEASURES

Q

3HUT INÏPROCEDURESÏANDÏGASÏMIGRATION

Q

$RILLERS ÏANDÏ7AITÏANDÏ7EIGHTÏ METHODS

Q

6OLUMETRICÏANDÏLUBRICATEÏANDÏBLEEDÏ METHODS

Q

7ELL CONTROLÏCOMPLICATIONSÏINÏ DEVIATEDÏWELLS

$RILLINGÏPROFESSIONALSÏEMBARKINGÏONÏAÏ DYNAMICÏPRESSUREÏDRILLINGÏASSESSMENT

Q

$IVERTERÏANDÏACCUMULATORÏSYSTEM

Q

#EMENTINGÏFUNCTION ÏDESIGN ÏANDÏ properties

0RESSUREÏTESTSÏANDÏCHOKEÏMANIFOLD

PREREQUISITE

Q

&LANGES ÏRINGÏGASKETS ÏANDÏ"/0SÏ

Directional drilling design and EQUIPMENT

&UNDAMENTALÏUNDERSTANDINGÏOFÏBASICÏ DRILLINGÏTECHNOLOGY

Q

)NSIDEÏOFÏ"/0SÏANDÏMUD GASÏ separator

Q

&ORMATIONÏPRESSURESÏANDÏWELLÏCONTROL Q

0RINCIPLESÏOFÏPRIMARYÏANDÏSECONDARYÏ well control

Q Q

Design, selection, and use of drilling mUIDS Casing and casing string design, CONlGURATIONS ÏANDÏRUNNINGÏ operations

Q

$ESIGNINGÏFORÏMANAGEDÏANDÏ underbalanced pressure conditions $YNAMICÏDRILLINGÏMETHODSÏFORÏ OFFSHORE ÏINCLUDINGÏTRIPPINGÏMETHODS Candidate selection %CONOMICSÏOFÏDYNAMICÏPRESSUREÏ drilling -ANAGEMENTÏANDÏ(3%ÏCONSIDERATIONS

AUDIENCE

AUDIENCE

AUDIENCE

4RAINEEÏDRILLINGÏENGINEERS ÏPETROLEUMÏ ENGINEERS ÏANDÏSPECIALISTÏSERVICEÏ COMPANYÏENGINEERS

Rigsite personnel in critical well CONTROLÏPOSITIONSÏANDÏOFlCE BASEDÏ ENGINEERSSUPERVISORSÏWHOÏREQUIREÏ)7#&Ï CERTIlCATION

PREREQUISITE

PREREQUISITE

$RILLINGÏOPERATIONSÏEXPERIENCE

Software



COURSE CONTENT

Q

"/0ÏEQUIPMENTÏSTACKÏARRANGEMENTS

Q

$RILLINGÏmUIDÏSELECTION ÏINCLUDINGÏ UNDERBALANCEDÏANDÏTWO PHASEÏmOWÏ considerations

&UNDAMENTALÏPRINCIPLES

Q

Q

Geologic issues

Q

Q

7ELLÏKILLINGÏPROCEDURES

Q

$YNAMICÏPRESSUREÏDRILLINGÏOVERVIEW Ï applications, and techniques

Q

Drillstring and drilling bit design and selection

Q

PREREQUISITE Basic understanding of drilling operations.

Q

.OTEÏ4OÏLEARNÏMOREÏABOUTÏTHEÏ(ERIOT 7ATTÏ-3CÏ0ETROLEUMÏ%NGINEERINGÏ PROGRAM ÏVISITÏ.%X4TRAININGNET-ASTERS

Q

&IELDÏSUPERVISORSÏANDÏENGINEERSÏINVOLVEDÏ in drilling operations.

COURSE CONTENT


/ILlELDÏMATH ÏKNOWLEDGEÏOFÏRIGSITEÏ WELL CONTROLÏSYSTEMS ÏANDÏEITHERÏÏTOÏÏ YEARSÏOFÏRIGÏEXPERIENCE ÏORÏONEÏORÏMORE Ï OFÏTHEÏFOLLOWINGÏ)7#&Ï$ISTANCEÏ,EARNINGÏ -ODULESÏ Ï Ï Ï)7#&Ï)NTRODUCTORYÏ7ELLÏ #ONTROLÏ.%X4Ï7ELLÏ#ONTROLÏ/VERVIEW

Field trips

Uses simulation

| 105 12/22/13 2:49 AM

DRILLING ENGINEERING Well Integrity

Petrel Well Design


Advanced – 5 Days



4HISÏCOURSEÏTEACHESÏTHEÏMONITORINGÏANDÏ DIAGNOSISÏOFÏWELLBOREÏINTEGRITYÏUSINGÏ cased hole logging tools. Attendees will LEARNÏHOWÏTOÏDETECTÏANDÏIDENTIFYÏINTERZONEÏ CROSSmOWÏCAUSEDÏBYÏUNEVENÏDEPLETION Ï and leaks inside and behind the casing. 4OPICSÏINCLUDEÏEVALUATINGÏCEMENTÏBONDÏ QUALITY ÏESTABLISHINGÏCORROSIONÏMONITORING Ï ANDÏVERIFYINGÏPERFORATIONÏEFlCIENCY

The purpose of this course is to introduce THEÏWELLÏDESIGNÏMODULEÏANDÏTHEÏDRILLINGÏ FUNCTIONALITIESÏINÏTHEÏ0ETRELÏPLATFORMÏ The attendees are guided through the preparation stage for data used in offset WELLÏANALYSIS ÏWHICHÏINCLUDESÏLOADINGÏOFÏ DRILLINGÏEVENTS ÏDRILLINGÏLOGS ÏANDÏUSINGÏENDÏ OFÏWELLÏREPORTSÏTOÏlLTERÏTHEÏKNOWLEDGEÏ DATABASEÏBY ÏFORÏEXAMPLE ÏDATAÏTYPE Ï CATEGORY ÏORÏEVENTÏSEVERITYÏ!TTENDEESÏ WILLÏBECOMEÏFAMILIARÏWITHÏTHEÏAVAILABLEÏ well design approaches, including an ENHANCEDÏMETHODÏALSOÏUSEDÏBYÏDRILLINGÏ ENGINEERSÏ(OWÏTOÏIMPORTÏTRAJECTORYÏANDÏ TARGETSÏFROMÏTHIRD PARTYÏAPPLICATIONSÏ SUCHÏASÏTHEÏ,ANDMARKÏ%$-ÏWILLÏALSOÏBEÏ introduced. After the planning phase, ATTENDEESÏWILLÏLEARNÏHOWÏREAL TIMEÏDATAÏ ACQUISITIONSÏAREÏHANDLEDÏINÏTHEÏ0ETRELÏ PLATFORM

4HISÏ DAYÏCOURSEÏTEACHESÏTHEÏ FUNDAMENTALSÏOFÏUSINGÏTHEÏ$RILLBENCHÏ 0RESMODÏ+ICKÏSOFTWAREÏ4HEÏCOURSEÏ shows the attendees how to enter the required well data and how to run the DYNAMICÏWELLÏCONTROLÏSIMULATIONSÏUSINGÏ the software. The course contains a MIXÏOFÏ-ICROSOFTÏ0OWER0OINTÏSLIDESÏANDÏ INDIVIDUALÏHANDS ONÏEXERCISESÏTOÏTEACHÏ the attendees how to use the software. At the end of the course, the attendees will be able to enter the required well DATAÏANDÏRUNÏWELLÏCONTROLÏSIMULATIONSÏ using the software.

COURSE CONTENT Q

3PINNERÏCALIBRATION ÏSINGLE PHASEÏ INTERPRETATION ÏANDÏPRODUCTIVITYÏINDEX

Q

,EAK DETECTIONÏTECHNIQUESÏANDÏ applications

Q

4EMPERATUREÏDATABASEÏAPPLICATIONS

Q

#ROSSmOWÏBETWEENÏZONESÏCAUSEDÏ BYÏUNEVENÏDEPLETIONÏANDÏPREDICTIONÏ WITHOUTÏWELLÏSHUT IN

Q

4EMPERATUREÏPROlLINGÏ/PTICALÏ sensors

Q

#EMENTINGÏ0RIMARYÏANDÏREMEDIAL

Q

#EMENTÏBONDÏMONITORING

Q

#ORROSIONÏMECHANISMSÏANDÏ MONITORING

Q

#ORROSIONÏMITIGATIONÏ#ATHODICÏ PROTECTIONÏANDÏEXPANDABLEÏTUBULARS

Q

0ERFORATINGÏ#ONVEYANCE Ï PERFORMANCE ÏANDÏEFlCIENCY

Q

7ORKSHOPÏONÏLEAKÏDETECTION

Q

7ORKSHOPÏONÏINTERZONEÏCROSSmOW

AUDIENCE 0ETROPHYSICISTSÏANDÏPRODUCTIONÏENGINEERSÏ RESPONSIBLEÏFORÏlELD WIDEÏRESERVOIRÏ MONITORINGÏORÏPRODUCTIONÏLOGGINGÏ PROGRAMS

COURSE CONTENT Q


Q

7EBMAPÏSERVICESÏ

Q

7ELLÏDESIGNÏ

Q

7ELLÏPATHÏDESIGN

Q


NEW

COURSE CONTENT

Drillbench Dynamic Hydraulics and Temperature Modeling Software NEW


4HISÏ DAYÏCOURSEÏTEACHESÏTHEÏ FUNDAMENTALSÏOFÏUSINGÏTHEÏ$RILLBENCHÏ 0RESMODÏHYDRAULICSÏSOFTWAREÏ!TTENDEESÏ will learn how to enter the required WELLÏDATAÏANDÏHOWÏTOÏRUNÏTHEÏDYNAMICÏ SIMULATIONSÏWITHÏTHEÏSOFTWAREÏ4HEÏ COURSEÏISÏAÏMIXÏOFÏ0OWER0OINTÏSLIDESÏ ANDÏINDIVIDUALÏHANDS ONÏEXERCISESÏTOÏ FAMILIARIZEÏTHEÏATTENDEESÏINÏTHEÏUSEÏOFÏ the software. At the end of the course, the attendees will be able to enter the REQUIREDÏWELLÏDATAÏANDÏRUNÏSIMULATIONSÏ using the software. COURSE CONTENT Q

(YDRAULICSÏANDÏTEMPERATUREÏMODELINGÏ introduction

$ATAÏENTRYÏINTOÏTHEÏSOFTWARE

Q


!DVANCEDÏSOFTWAREÏOPTIONSÏ

Q

!DVANCEDÏFEATURESÏOFÏTHEÏSOFTWAREÏ (OLEÏCLEANING ÏMANAGEDÏPRESSUREÏ DRILLING ÏANDÏDUAL GRADIENTÏDRILLINGÏ operations

Q

7ELLÏCONTROLÏMODELINGÏ

Q Q Q

!DVANCEDÏSOFTWAREÏFEATURESÏ Managed pressure drilling and well CONTROLÏSIMULATIONS

AUDIENCE

AUDIENCE

$RILLINGÏENGINEERSÏANDÏDRILLINGÏSUPERVISORSÏ REQUIRINGÏAÏBETTERÏANDÏAÏMOREÏDETAILEDÏ understanding of potential well control issues.

$RILLINGÏANDÏmUIDÏMUD ÏENGINEERSÏDEALINGÏ WITHÏDRILLINGÏHYDRAULICSÏCALCULATIONS Ï DRILLINGÏMANAGERS ÏANDÏDRILLINGÏSUPERVISORSÏ requiring a better understanding of DRILLINGÏmUIDÏHYDRAULICS

AUDIENCE

PREREQUISITE

Drilling engineers, geologists, and petrotechnical personnel with FUNDAMENTALÏKNOWLEDGEÏINÏ0ETRELÏ PLATFORMÏSOFTWAREÏANDÏWHOÏNEEDÏ to understand well path design and OPTIMIZATIONÏWITHINÏTHEÏ0ETRELÏPLATFORM

&AMILIARÏWITHÏWELLÏCONTROLÏPRINCIPLESÏINÏ ADDITIONÏTOÏHAVINGÏANÏUNDERSTANDINGÏOFÏ THEÏBASICSÏOFÏmUIDÏANDÏGASÏBEHAVIORÏANDÏ with circulating pressure losses and basic RESERVOIRÏINmOW

PREREQUISITE #OMPREHENSIVEÏUNDERSTANDINGÏOFÏWELLÏ DESIGNÏANDÏHYDRAULICSÏINÏADDITIONÏTOÏANÏ understanding of the basics of drilling mUIDSÏRHEOLOGY

PREREQUISITE 0ETRELÏ&UNDAMENTALSÏCOURSE

PREREQUISITE )NTERMEDIATEÏ0RODUCTIONÏ,OGGINGÏANDÏ 2ESERVOIRÏ-ONITORINGÏCOURSE ÏORÏMOREÏ THANÏÏYEARSÏOFÏEXPERIENCEÏINTERPRETINGÏ cased hole logs.



12/22/13 2:49 AM

DRILLING ENGINEERING WELLFLO Underbalanced Hydraulics Modeling



Skill – 3 Days

4HISÏ DAYÏCOURSEÏTEACHESÏTHEÏ FUNDAMENTALSÏOFÏUSINGÏTHEÏ.EOTECÏ 7%,,&,/® software. Attendees will learn how to enter the required well data and how to run underbalanced and -ANAGEDÏ0RESSUREÏ$RILLINGÏSIMULATIONSÏ WITHÏTHEÏ7%,,&,/ÏSOFTWAREÏ4HEÏ COURSEÏISÏAÏMIXÏOFÏ0OWER0OINTÏSLIDESÏANDÏ INDIVIDUALÏHANDS ONÏEXERCISESÏTOÏTEACHÏTHEÏ attendees how to use the software. At the end of the course, the attendees will be able to enter the required well data ANDÏRUNÏSIMULATIONSÏUSINGÏTHEÏSOFTWARE

4HISÏ DAYÏCOURSEÏINTRODUCESÏATTENDEESÏ to the principles and concepts related to blowout control operations and the use OFÏTHEÏ/,'!Ï!"#ÏSIMULATORÏSOFTWAREÏ 4HISÏCOURSEÏPROVIDESÏANÏOVERVIEWÏOFÏ SO CALLEDÏTERTIARYÏWELLÏCONTROLÏOPTIONSÏANDÏ the engineering calculations required to ENSUREÏTHATÏAÏWELLÏKILLÏCANÏBEÏACHIEVEDÏ This course also deals with the basics of RELIEFÏWELLÏPLANNINGÏANDÏDYNAMICÏWELLÏKILLÏ operations for blowout wells. COURSE CONTENT Q

7ELLÏDESIGNÏMODELINGÏ

Q

"LOWOUTÏDYNAMICSÏANDÏCHALLENGES

Q

Relief well planning

Q

$YNAMICÏWELLÏKILLÏOPERATIONSÏ

COURSE CONTENT Q

Q

)NTRODUCTIONÏTOÏAIR FOAMÏANDÏ UNDERBALANCEDÏHYDRAULICSÏANDÏ MULTIPHASEÏmOWÏMODELING !DVANCEDÏFEATURESÏOFÏTHEÏSOFTWARE

AUDIENCE $RILLINGÏANDÏmUIDÏMUD ÏENGINEERSÏPLANNINGÏ UNDERBALANCED ÏORÏAIRÏORÏFOAMÏDRILLINGÏ operations. PREREQUISITE #OMPREHENSIVEÏUNDERSTANDINGÏOFÏWELLÏ DESIGNÏANDÏHYDRAULICSÏISÏREQUIREDÏINÏ ADDITIONÏTOÏHAVINGÏANÏUNDERSTANDINGÏOFÏ the basics of underbalanced drilling or air ANDÏFOAMÏDRILLING

Software

AUDIENCE $RILLINGÏENGINEERS ÏWELLSITEÏSUPERVISORS Ï ANDÏSERVICEÏPROVIDERSÏWHOÏDESIGN ÏPLAN Ï ANDÏMANAGEÏDRILLINGÏOPERATIONS PREREQUISITE -INIMUMÏOFÏÏYEARSÏOFÏDRILLINGÏRELATEDÏ EXPERIENCEÏANDÏAÏSOLIDÏUNDERSTANDINGÏ OFÏCONVENTIONALÏWELLÏCONTROLÏANDÏmUIDÏ HYDRAULICSÏPRINCIPLES



NEW


Field trips

Uses simulation

| 107 12/22/13 2:49 AM

RESERVOIR ENGINEERING COMPETENCY LEVEL ADVANCED


Full Life Cycle Fluid Evaluation: Downhole to Laboratory

Reservoir Analysis


Data Room Management and Rapid Asset Evaluation

Analysis of Production Performance Curves

Production Data Analysis: Shale Gas, Tight Gas, and Coal-Bed Methane

Characterization, Evaluation, and Enhanced Oil Recovery in Naturally Fractured Reservoirs

New Advances in Well Test Interpretation


History Matching and Reservoir Optimization

Assuring Flow from Pore to Process

Analysis and Development of Tight Gas Reservoirs Forecasting Production and Estimating Reserves in Low-Permeability Oil and Gas Reservoirs

SKILL Well Testing Operations

Advanced Natural Gas Engineering

Waterflooding and Applied Reservoir Simulation

Formation Testing: Wireline and LWD

Oil and Gas Reserves and Evaluation II

Waterflood Management


Horizontal Wells, Applications, Drilling, Completion, Productivity, and Surveillance



12/22/13 2:49 AM

RESERVOIR ENGINEERING Reservoir Characterization

Reservoir Analysis


Applied Reservoir Simulation

COMPETENCY LEVEL

Reservoir Management and Monitoring

Reservoir Simulation: Heriott-Watt University Program


Advanced Well Test Analysis


Applied Reservoir Engineering

FOUNDATION Enhanced Oil Recovery Processes: Chemical, Miscible, and Thermal

Well Test Design and Analysis


Basic Core Analysis

Natural Gas Reservoir Engineering

PVT Properties of Reservoir Fluids

Reservoir Optimization using Applied Oilfield Manager (OFM) Software

Oil and Gas Reserves and Evaluation I

Integrated Reservoir Management

Principles of Reservoir Engineering: Heriot-Watt University Program


AWARENESS Introduction to Reservoir Engineering

Software




Field trips

Uses simulation

| 109 12/22/13 2:49 AM

RESERVOIR ENGINEERING

SOFTWARE


ECLIPSE

Petrel

OFM

MEPO

ECLIPSE Simulation of Naturally Fractured Reservoirs

Petrel Proxy Modeling and Optimization

OFM Advanced Topics

MEPO Advanced

ECLIPSE Equation of State and Pressure-Temperature-Volume


OFM Waterflood Analysis

ECLIPSE Advanced Topics


OFM Using Oil and Waterflood Examples (Intermediate)

ECLIPSE Compositional Simulation


Diagnosis and Analysis of Shale Gas Wells using OFM

ECLIPSE Thermal Reservoir Simulation

SKILL


FOUNDATION

ECLIPSE Applied Reservoir Simulation Fundamentals

Petrel Well Design

OFM Administration

FrontSim Streamline Reservoir Simulation

Petrel Reservoir Engineering




MEPO Introduction



12/22/13 2:49 AM

RESERVOIR ENGINEERING Avocet

PIPESIM

INTERSECT

ADVANCED Techlog Formation Evaluation

SOFTWARE

Techlog

COMPETENCY LEVEL

SKILL Introduction to INTERSECT

FOUNDATION Avocet Integrated Asset Modeler Fundamentals


AWARENESS Techlog Fundamentals

Software




Field trips

Uses simulation

| 111 12/22/13 2:49 AM

RESERVOIR ENGINEERING Basic Core Analysis


Enhanced Oil Recovery Processes: Chemical, Miscible, and Thermal





4HISÏCOURSEÏONÏRESERVOIRÏENGINEERINGÏ introduces attendees to the classic and current techniques used to obtain RESERVOIRÏmUIDÏPROPERTIESÏFROMÏLABORATORYÏ data and correlations. The attendees will LEARNÏTHEÏFUNDAMENTALÏCONCEPTSÏOFÏmUIDÏ mOW ÏINCLUDINGÏLAMINARÏANDÏNON $ARCYÏ mOWÏINÏMULTIPHASEÏSITUATIONSÏ"ASICÏ THEORYÏANDÏPRACTICEÏOFÏWELLÏTESTÏANALYSISÏ AREÏPRESENTEDÏASÏAÏMEANSÏFORÏPREPARINGÏ INPUTÏDATAÏFORÏRESERVOIRÏSIMULATIONÏ MODELINGÏ%XERCISESÏANDÏEXAMPLESÏ DEMONSTRATEÏAPPLICATIONSÏTOÏACTUALÏ situations.

#OREÏANALYSISÏISÏINTEGRALÏTOÏESTIMATINGÏ mUIDÏmOW ÏULTIMATEÏRECOVERY ÏANDÏ DISPLACEMENTÏEFlCIENCIESÏ4HISÏCOURSEÏ teaches the attendees the basics of COREÏANALYSISÏMETHODSÏASÏTHEÏFOUNDATIONÏ OFÏCOMPLETEÏRESERVOIRÏCHARACTERIZATIONÏ !TTENDEESÏWILLÏLEARNÏHOWÏCOMPREHENSIVEÏ core data acquisition is designed using AÏMULTIDISCIPLINARYÏAPPROACHÏCONSIDERINGÏ MANAGERIAL ÏDRILLING ÏGEOLOGIC ÏANDÏ ENGINEERINGÏREQUIREMENTSÏINÏADDITIONÏ TOÏUNDERSTANDINGÏHOWÏCOREÏANALYSISÏ ISÏAFFECTEDÏBYÏTHEÏCORINGÏMETHOD ÏTHEÏ CORINGÏmUIDÏSYSTEMS ÏCOREÏHANDLINGÏATÏ THEÏWELLSITE ÏANDÏTHEÏCOREÏPRESERVATIONÏ TECHNIQUESÏ4HISÏCOURSEÏDEVOTESÏ SIGNIlCANTÏTIMEÏTOÏWORKSHOPS ÏCASESÏ STUDIES ÏANDÏREAL WORLDÏEXAMPLESÏ7ITHÏ PRACTICALÏHANDS ONÏEXERCISES ÏATTENDEESÏ gain a better understanding of how rocks, PORES ÏANDÏmUIDSÏINTERACTÏWITHINÏTHEÏ RESERVOIR

#OURSEÏMATERIALÏFOCUSESÏONÏTHEÏCLASSICALÏ METHODSÏOFÏRESERVOIRÏENGINEERINGÏ !TTENDEESÏWILLÏLEARNÏTHEÏFUNDAMENTALÏ PRINCIPLESÏOFÏMULTIPHASEÏmUIDÏmOWÏANDÏ STUDYÏmUIDÏANDÏROCKÏCHARACTERISTICSÏ #ASEÏHISTORIESÏDEMONSTRATEÏENGINEERINGÏ concepts and actual situations.

&ORÏAÏBETTERÏUNDERSTANDINGÏOFÏMISCIBLE Ï POLYMER ÏANDÏTHERMALÏENHANCEDÏOILÏ RECOVERYÏ%/2 ÏPROCESSES ÏTHISÏCOURSEÏ presents attendees with the theoretical and practical aspects of each process. #ASEÏSTUDIESÏANDÏlELDÏEXAMPLESÏWILLÏALSOÏ be presented.

COURSE CONTENT

COURSE CONTENT


COURSE CONTENT Q

)NTRODUCTIONÏTOÏRESERVOIRÏENGINEERING

Q

2ESERVOIRÏTYPESÏANDÏLITHOLOGIES

Q

2ESERVOIRÏmUIDÏPROPERTIESÏ0RESSURE VOLUME TEMPERATUREÏDATA ÏSPECIlCÏ GRAVITY ÏBUBBLEPOINTÏPRESSURE ÏGAS OILÏRATIO ÏVISCOSITY ÏANDÏFORMULATIONÏ VOLUMEÏFACTOR

Q

Q

Q

0OROSITY ÏPERMEABILITY ÏRESIDUALÏmUIDS Ï ANDÏLITHOLOGYÏATÏAÏMICROSCALE

Q

&UNDAMENTALSÏOFÏmUIDÏmOWÏINÏPOROUSÏ MEDIA

$EPOSITIONAL ÏLITHOLOGIC ÏANDÏTEXTURALÏ INFORMATION

Q

2ESERVOIRÏCONNATEÏWATERÏSATURATION

$ARCYSÏLAW

Q

$IRECTIONALÏPERMEABILITYÏSTUDIESÏ REVIEW

Q

2ESERVOIRÏCLASSIlCATIONÏANDÏDRIVEÏ MECHANISMS

Q

Q

/ILÏANDÏGASÏINmOWÏANDÏOUTmOWÏ PERFORMANCE

Q

Q

0RESSUREÏBUILDUPÏANALYSIS

Q

Q

Understanding of areal changes in POROSITY ÏPERMEABILITY ÏANDÏLITHOLOGY #ALIBRATINGÏANDÏIMPROVINGÏLOGÏ interpretations

/ILÏDISPLACEMENTÏANDÏENHANCEDÏ RECOVERY

Q

0OREÏGEOMETRYÏANDÏMINERALOGYÏ INFORMATION

"ASICÏCONCEPTÏOFÏRESERVOIRÏSIMULATIONÏ MODULES

Q

0OREÏGEOMETRYÏANDÏPETROPHYSICALÏROCKÏ TYPESÏUSINGÏHIGH PRESSUREÏMERCURYÏ POROSIMETRY

Q

#ORE BASEDÏ.-2ÏOVERVIEW

AUDIENCE *UNIOR LEVELÏRESERVOIRÏENGINEERS Ï PRODUCTIONÏENGINEERS ÏANDÏDEVELOPMENTÏ GEOLOGISTSÏWANTINGÏTOÏLEARNÏRESERVOIRÏ FUNDAMENTALS ÏMONITORING ÏANDÏPRODUCTIONÏ ENHANCEMENTÏTECHNIQUES PREREQUISITE None

&UNDAMENTALSÏOFÏRESERVOIRÏ engineering

Q

2ESERVOIRÏENVIRONMENTÏANDÏFORMATIONÏ properties

Q

2ESERVOIRÏPRESSURE ÏDETERMINATIONÏOFÏ PRESSUREÏGRADIENTS ÏANDÏIDENTIlCATIONÏ of contacts

Q

-EASUREMENTÏOFÏRELATIVEÏ PERMEABILITY

Q

Q

COURSE CONTENT Q

2ESERVOIRÏROCKÏPROPERTIESÏ0OROSITY Ï PERMEABILITY ÏFORMATIONÏCAPACITY ÏANDÏ NETÏPAYÏTHICKNESS

Q

Q

)NTRODUCTIONÏTOÏ%/2ÏMETHODSÏ Screening criteria and technical constraints

Q

$ISPLACEMENTÏFUNDAMENTALS

Q

-ISCIBLEÏmOODINGÏ&UNDAMENTALSÏANDÏ APPLICATIONS ÏANDÏMISCIBLEÏSIMULATOR

Q

0OLYMERÏmOODINGÏ!PPLICATIONS Ï RHEOLOGYÏOFÏPOLYMERÏSOLUTIONS ÏANDÏ POLYMERÏADSORPTIONÏANDÏRETENTIONÏ

2ESERVOIRÏmUIDSÏPROPERTIES ÏmUIDÏmOW Ï ANDÏ$ARCYSÏLAW

Q

-ICELLAR POLYMERÏORÏMICROEMULSIONÏ mOODING

0RINCIPLESÏOFÏWELLÏTESTINGÏINÏRESERVOIRÏ CHARACTERIZATION

Q

4HERMALÏPROCESSES

Q

Ï3IMULATIONÏMODELSÏASÏRESERVOIRÏ MANAGEMENTÏTOOLS

Q

%/2ÏPERFORMANCEÏEVALUATIONÏ&IELDÏ CASESÏANDÏEXERCISES

Q

2ESERVOIRÏDRIVEÏMECHANISMSÏ

Q

7ATERÏINmUX

Q

$ECLINEÏCURVEÏANALYSISÏ

Q

$ETERMINATIONÏOFÏHYDROCARBONÏ RESERVESÏ6OLUMETRICÏMETHODÏ

Q

Q

Material balance applications

AUDIENCE 2ESERVOIRÏENGINEERS ÏGEOLOGISTS ÏANDÏ GEOPHYSICISTS PREREQUISITE

AUDIENCE 2ESERVOIRÏENGINEERS ÏPRODUCTIONÏ engineers, and geoscientists interested INÏ%/2ÏORÏINVOLVEDÏINÏ%/2ÏPROJECTSÏFROMÏAÏ PLANNINGÏORÏOPERATIONALÏPERSPECTIVE PREREQUISITE "ASICÏKNOWLEDGEÏOFÏRESERVOIRÏENGINEERING

"ASICÏKNOWLEDGEÏOFÏPETROLEUMÏ ENGINEERINGÏANDÏGEOLOGY

AUDIENCE 0ETROPHYSICISTS ÏGEOSCIENTISTS ÏANDÏ engineers wanting a better understanding OFÏTHEÏUSEÏOFÏCOREÏANALYSISÏINÏRESERVOIRÏ description. PREREQUISITE "ASICÏUNDERSTANDINGÏOFÏRESERVOIRÏ CHARACTERIZATIONÏANDÏPETROPHYSICSÏANDÏAÏ WORKINGÏKNOWLEDGEÏOFÏ-ICROSOFTÏ%XCEL® software.



12/22/13 2:49 AM

RESERVOIR ENGINEERING Integrated Reservoir Management




Course attendees will learn the basic RESERVOIRÏMANAGEMENTÏTECHNIQUESÏUSEDÏ BYÏASSETÏMANAGEMENTÏTEAMS

4HISÏlELDÏDEVELOPMENTÏPLANNINGÏCOURSEÏ PROVIDESÏATTENDEESÏWITHÏTHEÏFUNDAMENTALÏ approach to working with and writing an &$0Ï4HEÏDOCUMENT ÏWHICHÏISÏTHEÏOUTPUTÏOFÏ AÏSEQUENCEÏOFÏDECISION ÏANDÏDISCIPLINE based tasks, is designed to create a DEVELOPMENTÏPLANÏ4HISÏPLANÏISÏTHEÏBASISÏ FORÏAÏMETHODÏOFÏDEVELOPING ÏPRODUCING Ï ANDÏMAINTAININGÏHYDROCARBONÏRESOURCES Ï INCLUDINGÏSURFACEÏDESIGNÏANDÏFORMSÏANÏ input for designing associated surface FACILITIESÏ#OMBINEDÏDOCUMENTS ÏBOTHÏ SUBSURFACEÏANDÏSURFACEÏFORMÏTHEÏBASISÏFORÏ lNANCIALÏDECISIONÏ4HEÏATTENDEESÏWILLÏBEÏ INTRODUCEDÏTOÏALLÏTHESEÏCONCEPTSÏASÏTHEYÏ are applied in the process of creating AÏDEVELOPMENTÏPLANÏINÏRELATIONÏTOÏTHEÏ RESERVOIRÏLIFEÏCYCLE

COURSE CONTENT Q

2ESERVOIRÏMANAGEMENTÏPROCESSÏ

Q

Data acquisition

Q

!NALYSISÏANDÏMODELING

Q

2ESERVOIRÏMODEL

Q

0RODUCTIONÏOPERATIONS

Q

2ESERVOIRÏMANAGEMENTÏECONOMICS

Q

$ESKTOPÏSIMULATIONÏ

Q

#ASEÏSTUDIESÏNEWÏlELDS ÏMATUREÏ lELDS ÏWATERmOODS ÏANDÏENHANCEDÏOILÏ RECOVERYÏPROJECTS

AUDIENCE %NGINEERS ÏGEOSCIENTISTS ÏOPERATINGÏ PERSONNEL ÏANDÏOTHERÏASSETÏTEAMÏ MEMBERS

COURSE CONTENT

Oil and Gas Reserves and Evaluation I



4HISÏCOURSEÏCOVERSÏVARIOUSÏASPECTSÏOFÏ GASÏRESERVOIRÏENGINEERING ÏINCLUDINGÏ WELLÏTESTÏANALYSISÏ#OURSEÏATTENDEESÏ will increase their understanding of natural gas properties, and learn how to DETERMINEÏGASÏRESERVESÏUSINGÏMATERIALÏ BALANCEÏCALCULATIONSÏANDÏPERFORMÏGASÏ DELIVERABILITYÏANDÏNODALÏANALYSES

#OURSEÏEMPHASISÏISÏONÏDETERMINISTICÏ METHODSÏOFÏRESERVESÏESTIMATIONÏANDÏ EVALUATIONÏ!TTENDEESÏWILLÏGAINÏAÏ WORKINGÏKNOWLEDGEÏOFÏCLASSIlCATIONSÏANDÏ DElNITIONSÏFORÏRESERVESÏANDÏRESOURCESÏ ANDÏGUIDELINESÏFORÏTHEIRÏAPPLICATIONÏFROMÏ VARIOUSÏAUTHORITIES ÏINCLUDINGÏ30% Ï70# Ï !!0' ÏANDÏTHEÏ53Ï3%#Ï!TTENDEESÏWILLÏ LEARNÏESTIMATIONÏMETHODSÏANDÏHOWÏTOÏ PERFORMÏCASHÏmOWÏANALYSIS ÏBOTHÏBEFOREÏ ANDÏAFTERÏTAX ÏASÏAÏBASISÏFORÏESTABLISHINGÏ VALUEÏANDÏREPORTINGÏTOÏREGULATORYÏ authorities. Discussions include INTERNATIONALÏCONTRACTSÏANDÏRESERVESÏ recognition and booking.

COURSE CONTENT Q

&UNDAMENTALSÏOFÏGASÏRESERVOIRÏ engineering

Q

0ROPERTIESÏOFÏNATURALÏGASÏ

Q

$ETERMINATIONÏOFÏGASÏRESERVES

Q

'ASÏDELIVERABILITY

Q

.ODALÏANALYSIS

Q

Gas well testing

COURSE CONTENT Q

$ElNITIONSÏANDÏCLASSIlCATIONÏOFÏ PETROLEUMÏRESOURCESÏANDÏRESERVES

AUDIENCE

Q

)NDUSTRYÏANDÏREGULATORYÏAUTHORITYÏ CLASSIlCATIONSÏANDÏDElNITIONS

Q

3%#ÏDElNITIONS

Q

7ORLDWIDEÏDElNITIONSÏANDÏ CLASSIlCATIONS

Q

2ESERVESÏESTIMATIONÏMETHODS Ï INCLUDINGÏMATERIALÏBALANCE ÏDECLINEÏ CURVEÏTECHNIQUES ÏPRODUCTIONÏDATAÏ ANALYSIS ÏANDÏSIMULATION

Q

2ESERVESÏEVALUATIONÏ4IMEÏVALUEÏOFÏ MONEY ÏCASHÏmOWÏANALYSIS ÏBEFOREÏ ANDÏAFTERÏTAXÏCASHÏmOWÏANALYSIS

Q

&INANCIALÏYARDSTICKSÏANDÏRESERVESÏ REPORTINGÏREQUIREMENTSÏFORÏPUBLICLYÏ TRADEDÏCOMPANIES ÏRESERVESÏANDÏ international contracts

Q

2ESERVOIRÏMANAGEMENTÏPROCESS

Q

2ESERVOIRÏMANAGEMENTÏCONCEPTSÏANDÏ EXPERTISEÏSOURCESÏ

2ESERVOIRÏENGINEERS ÏPRODUCTIONÏ ENGINEERS ÏLABORATORYÏRESEARCHERS ÏANDÏ GASÏlELDÏOPERATORS

Q

4HEÏRESERVOIRÏMODEL

PREREQUISITE

Q


Q

Data integration

"ASICÏKNOWLEDGEÏOFÏPETROLEUMÏ engineering.

PREREQUISITE %XPERIENCEÏINÏOILlELDÏANDÏGASÏlELDÏ operations.

NEW

Natural Gas Reservoir Engineering

Q

2ESERVOIRÏMONITORING ÏSURVEILLANCE Ï ANDÏCHARACTERIZATIONÏ

Q

0RESSUREÏPROlLINGÏINÏDEVELOPEDÏ RESERVOIRS

Q

&IELDÏDEVELOPMENTÏPLAN

Q

&$0ÏCONCEPTS ÏRESERVOIRÏAPPRAISAL Ï ANDÏDEVELOPMENTÏPLANNING

Q

#ASEÏSTUDY

AUDIENCE

AUDIENCE

-ULTIDISCIPLINARYÏASSETÏTEAMSÏCOMPRISEDÏ of engineers, geoscientists, and MANAGERSÏINVOLVEDÏINÏORÏWILLÏBEÏINVOLVEDÏ INÏDEVELOPINGÏHYDROCARBONÏRESOURCES Ï OTHERÏACTUALÏORÏPOTENTIALÏASSETÏTEAMÏ MEMBERS

0ETROLEUMÏENGINEERS ÏGEOLOGISTS ÏRESERVESÏ ANALYSTS ÏANDÏANYONEÏRESPONSIBLEÏFORÏ ESTIMATIONÏOFÏRESERVES PREREQUISITE "ASICÏUNDERSTANDINGÏOFÏGEOLOGYÏANDÏ RESERVOIRÏENGINEERING

PREREQUISITE %NGINEERINGÏORÏGEOSCIENCEÏBACKGROUND

Software




Field trips

Uses simulation

| 113 12/22/13 2:49 AM

RESERVOIR ENGINEERING Principles of Reservoir Engineering: Heriot-Watt University Program

PVT Properties of Reservoir Fluids

Reservoir Optimization using Applied Oilfield Manager (OFM) Software

Well Test Design and Analysis





This course teaches attendees the PRINCIPLESÏANDÏBASICÏPRACTICEÏOFÏRESERVOIRÏ ENGINEERINGÏ4HEÏCOURSEÏFORMSÏPARTÏ OFÏTHEÏ(ERIOT 7ATTÏ-3CÏINÏPETROLEUMÏ ENGINEERINGÏ4HEÏCLASSESÏAREÏAVAILABLEÏ TOÏINDIVIDUALSÏWHOÏSEEKÏTOÏHAVEÏAÏBETTERÏ UNDERSTANDINGÏOFÏTHEÏSUBJECTÏBUTÏWHOÏ are not registered for the degree course. 4OÏLEARNÏMOREÏABOUTÏTHEÏ-3CÏ0ETROLEUMÏ %NGINEERINGÏVISITÏWWWNEXTTRAININGNET MASTERSCFM

This course presents the newest ANDÏMOSTÏACCURATEÏMETHODSÏFORÏ OBTAININGÏVALUESÏOFÏRESERVOIRÏmUIDÏ PROPERTIESÏFROMÏLABORATORYÏDATAÏANDÏ correlations. Attendees will gain a better understanding of the relationships BETWEENÏTHEÏlVEÏRESERVOIRÏmUIDSÏINÏ ADDITIONÏTOÏLEARNINGÏHOWÏTOÏMANAGEÏ PROBLEMSÏCONCERNINGÏRESERVOIRÏmUIDÏ PROPERTIESÏWITHÏINCREASEDÏCONlDENCE

)NÏTHISÏHANDS ONÏWORKSHOP ÏATTENDEESÏ APPLYÏENGINEERINGÏPRINCIPLESÏINÏAÏ REAL WORLDÏSCENARIOÏANDÏPERFORMÏ RESERVOIRÏDEVELOPMENTÏEXERCISESÏTHROUGHÏ MULTIPLEÏPHASESÏ4HISÏWORKSHOPÏWILLÏHELPÏ ATTENDEESÏDEVELOPÏTHEIRÏCAPACITYÏTOÏMAKEÏ UNIQUEÏRESERVOIRÏENGINEERINGÏDECISIONSÏ INVOLVINGÏlELDÏDEVELOPMENT ÏANDÏIMPROVEÏ THEIRÏSKILLSÏINÏDAY TO DAYÏUSEÏOFÏ/IL&IELDÏ -ANAGER ÏWELLÏANDÏRESERVOIRÏANALYSISÏ software.

Gain a solid understanding of the THEORIESÏUNDERLYINGÏWELLÏTESTÏANALYSISÏ and interpretation and of how to design AÏWELLÏTESTÏTOÏACHIEVEÏSPECIlCÏOBJECTIVESÏ !TTENDEESÏWILLÏLEARNÏTHEÏDIFFERENTÏTYPESÏ OFÏTESTSÏANDÏTECHNIQUES ÏBOTHÏANALYTICALÏ and graphical, for data representation ANDÏANALYSISÏINÏADDITIONÏTOÏHOWÏTOÏ INTERPRETÏCOMPLEXÏDATAÏSUCHÏASÏTHOSEÏ FROMÏWELLÏTESTSÏINÏNATURALLYÏFRACTUREDÏ RESERVOIRS ÏHYDRAULICALLYÏFRACTUREDÏWELLS Ï HORIZONTALÏWELLS ÏANDÏGASÏANDÏGAS CONDENSATEÏRESERVOIRS

COURSE CONTENT

COURSE CONTENT Q

!NALYSISÏOFÏRESERVOIRÏmUIDÏPROPERTIES

Q

)NTERACTIONÏOFÏROCKÏANDÏmUIDSÏ

Q

Q

-EASUREMENTÏOFÏANDÏCORRELATIONÏOFÏ RELATIVEÏPERMEABILITYÏ

)DENTIlCATIONÏOFÏTHEÏlVEÏRESERVOIRÏ mUIDS

Q

#OMPOSITIONALÏGRADIENTSÏINÏRESERVOIRS

Q

#OMPOSITIONÏOFÏRESERVOIRÏmUIDSÏ

Q

Q

)NTRODUCTIONÏTOÏmUIDÏmOWÏ

Q

$EVELOPMENTÏOFÏDIFFUSIVITYÏEQUATIONÏ

Q

/VERVIEWÏOFÏWELLÏTESTINGÏTECHNIQUESÏ

0ROPERTIESÏOFÏBLACKÏOILSÏFROMÏ LABORATORYÏREPORTSÏANDÏCORRELATIONSÏ FEATURINGÏRECENTÏCALCULATIONÏ PROCEDURESÏANDÏCORRELATIONS

Q

Use of Horner equation

Q

5NDERSTANDINGÏRESERVOIRÏENERGYÏ

Q

$OWNHOLEÏANDÏSURFACEÏmUIDÏSAMPLINGÏ

Q

-EASUREMENTÏOFÏ064ÏPARAMETERSÏ

Q

#ONCEPTÏOFÏRESERVOIRÏASÏAÏSINGLEÏTANK

Q

Q

Q

Field data required for use of RESERVOIRÏmUIDÏPROPERTYÏCORRELATIONS

Q

0ROPERTIESÏOFÏDRYÏGASESÏFEATURINGÏ SEVERALÏRECENTÏCORRELATIONS

Q

0ROPERTIESÏOFÏWETÏGASESÏANDÏ APPLICATIONSÏANDÏCOMPUTATIONS

Concept of transient and instantaneous pressure changes at oil water contact

Q

0ROPERTIESÏOFÏRETROGRADEÏGASÏANDÏ CONDENSATESÏRECENTÏCORRELATIONS

Q

#ONDENSATESÏFROMÏLABORATORYÏREPORTS

#ONCEPTÏOFÏRESERVOIRÏSIMULATIONÏ

Q

AUDIENCE 7IDEÏRANGEÏOFÏTECHNICALÏPERSONNELÏANDÏ THOSEÏSTARTINGÏINÏRESERVOIRÏENGINEERING PREREQUISITE .OÏBASICÏKNOWLEDGEÏOFÏTHEÏSUBJECT

Suggestions for obtaining water properties

AUDIENCE 2ESERVOIRÏENGINEERS ÏPRODUCTIONÏ ENGINEERS ÏANDÏOTHERSÏINVOLVEDÏINÏ RESERVOIRÏmUIDÏSAMPLING ÏTESTING ÏANDÏ MODELING PREREQUISITE Degree in engineering or science and EXPERIENCEÏINÏTHEÏPETROLEUMÏINDUSTRY

COURSE CONTENT Q

2ESERVOIRÏFAMILIARIZATIONÏANDÏ EVALUATIONÏ

COURSE CONTENT

Q

0RODUCTIONÏPHASEÏANDÏWORKOVERÏ candidate recognition

Q

"ASICÏCONCEPTSÏOFÏRESERVOIRÏ PERFORMANCE

Q

7ELLÏVOLUMETRICÏDRAINAGEÏRADIUS Ï HORIZONTALÏWELLÏANALYSIS ÏANDÏ WORKOVERÏFOLLOW UP

Q

&UNDAMENTALÏCONCEPTSÏOFÏWELLÏTESTÏ ANALYSIS

Q

Q

7ORKOVERÏCANDIDATEÏRECOGNITIONÏANDÏ WATERmOODINGÏPILOTÏANALYSIS

Q

7ATERmOODÏEVALUATIONÏANDÏ SURVEILLANCE

$IMENSIONLESSÏVARIABLES ÏDERIVATIVEÏ ANALYSISÏANDÏDIAGNOSTICÏPLOT ÏTYPE CURVEÏMATCHING ÏWELLBOREÏSTORAGE Ï RADIALÏmOW ÏLATE TIMEÏBOUNDARY ÏANDÏ depletion effects

Q

7ELLÏTESTÏINTERPRETATIONÏINÏNATURALLYÏ FRACTUREDÏRESERVOIRS ÏFRACTUREDÏWELLS Ï ANDÏHORIZONTALÏWELLS

Q

6ARIABLEÏRATEÏANALYSISÏMETHODSÏANDÏ MULTIWELLÏTESTING

Q

7ELLÏTESTÏANALYSISÏINÏGASÏRESERVOIRS Ï MODIlCATIONSÏFORÏGASÏANDÏMULTIPHASEÏ mOW ÏANDÏPHASEÏREDISTRIBUTION

Q

$RILLSTEMÏTESTING ÏDESIGN ÏANDÏ ANALYSIS

Q

7ELLÏTESTÏDESIGN

AUDIENCE 0ETROLEUMÏENGINEERS ÏRESERVOIRÏENGINEERS Ï PRODUCTIONÏENHANCEMENTÏENGINEERS Ï geologists, and operations and business DEVELOPMENTÏMANAGERSÏINTERESTEDÏINÏ ANALYZINGÏOILÏANDÏGASÏPERFORMANCEÏDATA PREREQUISITE +NOWLEDGEÏOFÏOILÏANDÏGASÏPRODUCTION Ï -ICROSOFTÏ%XCEL® spreadsheets, and basic algebra.

AUDIENCE 2ESERVOIRÏENGINEERS ÏPRODUCTIONÏ ENGINEERS ÏANDÏlELDÏPERSONNELÏINVOLVEDÏ with the design and interpretation of well tests. PREREQUISITE Degree in engineering and prior EXPERIENCEÏWITHÏWELLÏTESTING



12/22/13 2:49 AM

RESERVOIR ENGINEERING Advanced Well Test Analysis

Advanced Natural Gas Engineering



Skill – 5 Days

Skill – 5 Days

Skill – 5 Days

Skill – 5 Days

)NÏTHISÏADVANCEDÏCOURSE ÏATTENDEESÏLEARNÏ HOWÏTOÏANALYZEÏVARIOUSÏTYPESÏOFÏPRESSUREÏ TESTS ÏINCLUDINGÏmOWÏTESTS ÏBUILDUPÏTESTS Ï ANDÏINTERFERENCEÏTESTSÏUSINGÏTHEÏ4IABSÏ DIRECTÏSYNTHESISÏ4$3 ÏTECHNIQUEÏnÏANÏ ALTERNATIVEÏTOÏTYPE CURVEÏMATCHINGÏANDÏ REGRESSIONÏANALYSISÏ4HEÏATTENDEESÏ will also gain an understanding of the COMPLEXITIESÏOFÏINTERPRETINGÏPRESSUREÏ TESTSÏINÏHYDRAULICALLYÏFRACTUREDÏWELLS Ï NATURALLYÏFRACTUREDÏRESERVOIRS ÏANDÏ HORIZONTALÏWELLSÏ"RINGÏYOURÏACTUALÏlELDÏ data to class for interpretation using the TDS and other techniques.

4HISÏCOURSEÏEXPLORESÏTHEÏUNIQUEÏISSUESÏ ANDÏCHALLENGESÏRELATEDÏTOÏEXPLOITATIONÏ OFÏNATURALÏGAS ÏFROMÏUPSTREAMÏTOÏ DOWNSTREAMÏ!TTENDEESÏWILLÏLEARNÏABOUTÏ NATURALÏGASÏEXPLORATION ÏPROCESSING Ï TRANSMISSION ÏANDÏSTORAGEÏANDÏTHEÏ NEWÏGENERATIONÏOFÏGAS TO LIQUIDÏ'4, Ï technologies.

)NCREASEÏYOURÏUNDERSTANDINGÏOFÏ PETROPHYSICALÏPROPERTIESÏASÏAPPLIEDÏ TOÏTHEÏINTERPRETATIONÏOFÏRESERVOIRSÏ FROMÏAÏCOREÏANALYSISÏPERSPECTIVEÏ 4HISÏCOMPREHENSIVEÏCOURSEÏPROVIDESÏ attendees with detailed instruction ONÏBASICÏPETROPHYSICS ÏMEASUREMENTÏ METHODS ÏANDÏTHEÏCONTROLSÏOVERÏPOROSITY Ï PERMEABILITY ÏmUIDS ÏWETTABILITY ÏANDÏ RELATIVEÏPERMEABILITYÏDATAÏANALYSISÏ4HEÏ ATTENDEESÏINVESTIGATEÏANDÏUNDERSTANDÏ THEÏSOURCEÏOFÏPETROPHYSICALÏDATAÏERRORSÏ THROUGHÏHANDS ONÏCORRELATIONÏOFÏAÏSAMPLEÏ LOGÏAÏCOREÏDATASETÏISÏANALYZEDÏANDÏTHEÏ SATURATION HEIGHTÏMODELÏISÏCREATED

9OURÏGOALÏINÏTHISÏCOURSEÏISÏTOÏPRODUCEÏ AÏCONSISTENTÏRESERVOIRÏDESCRIPTIONÏ through integration of core, well log, ANDÏSEISMICÏDATAÏANDÏAPPLICATIONÏOFÏ geostatistical techniques. Attendees WILLÏLEARNÏTHEÏRESERVOIRÏMODELINGÏ WORKmOW ÏFROMÏCONSTRUCTIONÏOFÏTHEÏ$Ï STATICÏRESERVOIRÏMODELÏTHROUGHÏUPSCALINGÏ FORÏDYNAMICÏRESERVOIRÏSIMULATIONÏINÏ ADDITIONÏTOÏINCREASINGÏYOURÏAWARENESSÏOFÏ geostatistics and the situations that can BENElTÏFROMÏAPPLICATIONÏOFÏGEOSTATISTICALÏ techniques. Instruction includes guidance THROUGHÏASSEMBLYÏANDÏANALYSISÏOFÏ the required data for geostatistical TECHNIQUESÏANDÏTHEÏRESULTINGÏNUMERICALÏ MODELS

COURSE CONTENT Q

Q

Q

Q

Q

Q

COURSE CONTENT Q Q

Q

4HEORYÏANDÏAPPLICATIONSÏOFÏTHEÏ PRESSUREÏDERIVATIVE

Q

Natural gas basics Unique issues in natural gas EXPLORATION ÏDRILLING ÏANDÏWELLÏ COMPLETION .ATURALÏGASÏPRODUCTIONÏFROMÏVERTICALÏ ANDÏHORIZONTALÏWELLS

Q

2ESERVOIRÏGEOLOGY

.ATURALÏGASÏTRANSPORTATIONÏ0IPELINEÏ ANDÏCOMPRESSEDÏNATURALÏGAS

Q

Upscaling

4$3ÏTECHNIQUEÏFORÏANALYSISÏOFÏ drawdown and buildup tests, ESTIMATINGÏAVERAGEÏDRAINAGEÏAREAÏ PRESSURE ÏANDÏANALYSISÏOFÏHORIZONTALÏ well tests

Q

)DENTIlCATIONÏOFÏmOWÏREGIMESÏUSINGÏ THEÏPRESSUREÏDERIVATIVE

Q

.ATURALÏGASÏSUPPLY ÏALTERNATIVEÏ ENERGYÏSOURCES ÏANDÏTHEÏENVIRONMENT

#HARACTERISTICÏPRESSUREÏBEHAVIORÏFORÏ WELLSÏNEARÏONEÏORÏMULTIPLEÏOPENÏANDÏ closed boundaries

Q

4HEÏGREATÏENERGYÏDILEMMAÏANDÏ geopolitics

%FFECTSÏOFÏVARIOUSÏWELLBOREÏANDÏ NEAR WELLBOREÏPHENOMENAÏONÏTESTÏ data 0RESSUREÏTESTSÏINÏWELLSÏWITHÏVERTICALÏ ORÏINCLINEDÏHYDRAULICÏFRACTURES

Q

GTL technologies

Q

Underground natural gas storage

Q

Q

Q

COURSE CONTENT

Natural gas processing

Q

%NERGYÏINTERCHANGEABILITYÏVERSUSÏ INmEXIBILITY !LTERNATIVESÏTOÏNATURALÏGAS lREDÏ ELECTRICITYÏCOAL ÏNUCLEAR ÏWIND ÏANDÏ solar

COURSE CONTENT Q

0RELIMINARYÏCHARACTERIZATIONÏUSINGÏ COREÏANALYSIS ÏCORINGÏMETHODS ÏANDÏ mUIDSÏDATA

Q

,ITHOLOGYÏFROMÏAÏFACIES ÏSEDIMENTARYÏ structure, and core description

Q

&RACTUREDÏSYSTEMS

Q

#HARACTERIZATIONÏOFÏPOREÏGEOMETRYÏ using diagenesis interpretation

Q

#LAYSÏANDÏTHEIRÏIMPACTÏONÏWATERÏ saturation

Q

4OTALÏVERSUSÏEFFECTIVEÏPOROSITY

Q

0ETROPHYSICALÏROCKÏTYPESÏANDÏ DIFFERENCESÏBETWEENÏmUIDÏCONTACTSÏ ANDÏFREEÏWATERÏLEVEL

%NVIRONMENTALÏIMPACTÏOFÏFOSSILÏFUELSÏ ANDÏRENEWABLEÏENERGYÏSOURCES

Q

7ELLÏTESTSÏINÏNATURALLYÏFRACTUREDÏ RESERVOIRS

Q

#ONVENTIONALÏANDÏADVANCEDÏ interpretation techniques for PRESSUREÏTESTSÏINÏMULTILAYEREDÏ RESERVOIRS

'EOLOGISTS ÏENGINEERS ÏMANAGERS ÏANDÏ technical personnel. PREREQUISITE

AUDIENCE

Application of TDS technique to MULTIPHASE mOWÏTESTSÏANDÏMULTIRATE mOWÏTESTS

%NGINEERINGÏKNOWLEDGE

0ETROPHYSICISTS ÏGEOSCIENTISTS ÏANDÏ ENGINEERSÏRESPONSIBLEÏFORÏRESERVOIRÏ CHARACTERIZATIONÏWHOÏRELYÏONÏCOREÏ interpretation and other integrated PETROPHYSICALÏDATAÏFORÏDECISIONSÏANDÏ ANALYSES

Q

Q

AUDIENCE

AUDIENCE %NGINEERSÏANDÏGEOSCIENTISTSÏWANTINGÏ a better understanding of well testing PRINCIPLESÏANDÏADVANCEDÏINTERPRETATIONÏ techniques for pressure transient tests.

Q

Rock electrical properties and their use in water saturation equations 2ELATIVEÏPERMEABILITYÏANDÏWETTABILITY

Q

"ASICÏPROBABILITYÏTHEORYÏANDÏ UNIVARIATEÏANDÏBIVARIATEÏSTATISTICSÏ Geologic content of data and spatial CONTINUITYÏOFÏROCKÏPROPERTIESÏUSINGÏ VARIOGRAMÏANALYSIS

Q

%STIMATIONÏMETHODS ÏINCLUDINGÏ VARIOUSÏTYPESÏOFÏKRIGING

Q

3IMULATIONÏMETHODS ÏINCLUDINGÏ SEQUENTIALÏ'AUSSIANÏSIMULATIONÏANDÏ INDICATORÏSIMULATION

Q

!DVANCEDÏGEOSTATISTICALÏTECHNIQUES Ï INCLUDINGÏOBJECTÏMODELINGÏANDÏ SIMULATEDÏANNEALING

Q

Techniques for upscaling and DATAÏINTEGRATIONÏ$ÏSEISMICÏANDÏ PRODUCTIONÏDATA

AUDIENCE 0RACTICINGÏRESERVOIRÏENGINEERS ÏPRODUCTIONÏ engineers, and geoscientists working ASÏAÏPARTÏOFÏANÏINTEGRATEDÏRESERVOIRÏ MANAGEMENTÏTEAM PREREQUISITE +NOWLEDGEÏOFÏBASICÏMATHEMATICS

PREREQUISITE Basic understanding of geological CONCEPTSÏANDÏRESERVOIRÏCHARACTERIZATION

PREREQUISITE 2ESERVOIRÏ%NGINEERINGÏCOURSE

Software




Field trips

Uses simulation

| 115 12/22/13 2:49 AM

RESERVOIR ENGINEERING Applied Reservoir Engineering

Applied Reservoir Simulation


Skill – 5 Days

Skill – 5 Days

Skill – 5 Days

The focus of this course is on practical RESERVOIRÏENGINEERINGÏMETHODSÏ !TTENDEESÏWILLÏSTUDYÏREAL WORLDÏ TECHNIQUESÏFORÏUNDERSTANDINGÏRESERVOIRÏ BEHAVIOR ÏSIZING ÏANALYZINGÏmUIDSÏINÏPLACE Ï OPTIMIZINGÏRECOVERY ÏANDÏFORECASTINGÏWELLÏ ANDÏRESERVOIRÏPRODUCTION

$EVELOPMENTÏOFÏRESERVOIRÏSIMULATIONÏ PROGRAMSÏISÏTHEÏFOCUSÏOFÏTHISÏ COMPREHENSIVEÏCOURSEÏ!TTENDEESÏ WILLÏLEARNÏABOUTÏMODELÏSELECTION ÏDATAÏ preparation, and grid design, as well ASÏTECHNIQUESÏFORÏMODELÏCALIBRATIONÏ $ISCUSSIONÏINCLUDESÏADVANCEDÏCONCEPTSÏ SUCHÏASÏhPSEUDOvÏRELATIVEÏPERMEABILITYÏ ANDÏCAPILLARYÏPRESSUREÏ4HISÏCOURSEÏWILLÏ INCREASEÏYOURÏUNDERSTANDINGÏOFÏTHEÏROLEÏ OFÏSIMULATIONÏINÏRESERVOIRÏMANAGEMENTÏ BYÏSTUDYINGÏTHEÏLIMITATIONSÏANDÏSTRUCTURALÏ ASPECTSÏOFÏTHEÏMODELSÏASÏWELLÏASÏ UPSCALINGÏANDÏSIMULATIONÏTECHNIQUESÏ 4UTORIALSÏINCLUDEÏUSEÏOFÏ%#,)03% Ï SIMULATORÏSOFTWAREÏBUTÏPRIORÏEXPERIENCEÏ WITHÏTHISÏSIMULATORÏISÏNOTÏREQUIRED

In this course, attendees conduct an INTEGRATEDÏRESERVOIRÏSTUDYÏFORÏTHEÏPURPOSEÏ OFÏOPTIMIZINGÏAÏRESERVOIRÏDEPLETIONÏPLANÏ ORÏINSTITUTINGÏ%/2ÏOPERATIONSÏ!TTENDEESÏ will understand the data that are required ANDÏTHEÏWORKmOWÏTHATÏSHOULDÏBEÏFOLLOWEDÏ TOÏENSUREÏAÏSUCCESSFULÏEVALUATIONÏINÏ addition to learning techniques to CHARACTERIZEÏHYDROCARBONÏRESERVOIRS Ï BUILDÏAÏSTATICÏRESERVOIRÏMODEL ÏANDÏ IMPORTÏTHEÏSTATICÏMODELÏINTOÏAÏRESERVOIRÏ SIMULATORÏ$ISCUSSIONÏINCLUDESÏPROCEDURESÏ FORÏINTEGRATEDÏRESERVOIRÏEVALUATIONÏ ANDÏHOWÏTOÏIMPROVEÏPRODUCTIONÏRATES Ï ULTIMATEÏRECOVERY ÏANDÏlELDÏECONOMICSÏ BYÏIDENTIFYINGÏPOTENTIALÏFORÏINlLLÏDRILLING Ï RECOGNIZINGÏBYPASSEDÏHYDROCARBONS ÏANDÏ IMPROVINGÏ%/2ÏPROCESSÏEFlCIENCY

COURSE CONTENT Q

0ETROLEUMÏGEOLOGYÏANDÏFORMATIONÏ EVALUATION

Q

6OLUMETRICÏRESERVESÏESTIMATES

Q


Q

Geostatistics

Q

7ELLÏPERFORMANCE ÏDELIVERABILITY ÏANDÏ testing

Q

0RESSUREÏTRANSIENTÏTESTINGÏOFÏOILÏANDÏ gas wells

Q

0RODUCTIVITYÏOFÏHORIZONTALÏWELLS

Q

'ASÏANDÏWATERÏCONINGÏINÏVERTICALÏANDÏ HORIZONTALÏWELLS

Q

$ECLINEÏCURVEÏANALYSIS

Q


Q Q

COURSE CONTENT Q Q

4YPESÏOFÏMODELSÏ"LACKÏOILÏ COMPOSITIONAL ÏTHERMAL ÏMISCIBLE ÏDUALÏ POROSITY

Q


Q

064 ÏCAPILLARYÏPRESSURE ÏANDÏ VOLUMETRICÏRESERVESÏESTIMATES

Q


Q


Q


Q


Q


Q

0ERFORMANCEÏFORECASTING ÏRESERVOIRÏ OPTIMIZATIONÏANALYSIS ÏANDÏPARAMETRICÏ studies

Q

%CONOMICÏMODELINGÏANDÏOPTIMIZINGÏ THEÏRESERVOIRÏDEVELOPMENTÏPLAN

Flow scale considerations for data MANAGEMENT

0RACTICALÏGUIDELINESÏFORÏUSEÏOFÏ RESERVOIRÏSIMULATORSÏ

2ESERVOIRÏCHARACTERIZATIONÏANDÏ BUILDINGÏBLOCKSÏOFÏTHEÏSTATICÏMODEL

Q


AUDIENCE

Q

!PPLICATIONSÏOFÏRESERVOIRÏSIMULATION

Q


Q

)DENTIlCATIONÏOFÏMODELSÏNEEDED

Q


'EOSCIENTISTSÏANDÏPETROLEUMÏ engineers responsible for conducting COMPREHENSIVEÏRESERVOIRÏSTUDIES

5SESÏANDÏMISUSESÏOFÏSIMULATIONÏ

Q


Q

$ISPLACEMENTÏOFÏOILÏANDÏGAS

Q

)NTRODUCTIONÏTOÏWATERmOODINGÏANDÏ ENHANCEDÏOILÏRECOVERY

Q

%FFECTÏOFÏTIMEÏANDÏSPACEÏ DISCRETIZATION

Q

3MALL SCALEÏANDÏlELD SCALEÏMODELSÏ

%NGINEERSÏRESPONSIBLEÏFORÏROUTINEÏ RESERVOIRÏCHARACTERIZATIONÏANDÏ MANAGEMENT

Q

/BJECTIVESÏOFÏINTEGRATEDÏRESERVOIRÏ studies


Q

Q

Q

AUDIENCE

Q


Q

$ATAÏUSEDÏINÏAÏRESERVOIRÏSIMULATIONÏ STUDYÏ

Q

Material balance calculations (ISTORYÏMATCHINGÏANDÏUNCERTAINTYÏ ASSESSMENT

&UNDAMENTALSÏOFÏRESERVOIRÏSIMULATIONÏ

COURSE CONTENT

Q

Q Q

Modeling faults and aquifers

Q


Q


PREREQUISITE "ACKGROUNDÏINÏPETROLEUMÏENGINEERINGÏORÏ GEOSCIENCESÏANDÏEXPERIENCEÏINÏRESERVOIRÏ studies.

7ORKSHOPÏ0ROBLEMÏSOLVINGÏUSINGÏ related software applications

PREREQUISITE

AUDIENCE

-INIMUMÏ YEARÏDEGREEÏINÏENGINEERING

%NGINEERS ÏGEOLOGISTS ÏGEOPHYSICISTS Ï MANAGERS ÏANDÏOTHERÏOILlELDÏTECHNICALÏ staff. PREREQUISITE "ASICÏUNDERSTANDINGÏOFÏPETROLEUMÏ engineering and geologic concepts.



12/22/13 2:49 AM

RESERVOIR ENGINEERING Formation Testing: Wireline and LWD NEW

Skill – 5 Days

4HISÏ DAYÏCOURSEÏCONSISTSÏOFÏTHEORETICALÏ ANDÏPRACTICALÏCLASSROOMÏSESSIONSÏWITHÏ THEÏLASTÏDAYÏDEVOTEDÏTOÏWIRELINE Ï,7$Ï ANDÏ064ÏLABORATORYÏVISITSÏTOÏOBSERVEÏ FORMATIONÏTESTINGÏ&4 ÏTOOLSÏANDÏ064Ï LABORATORYÏFACILITIESÏANDÏEXPERIMENTSÏ 0RESENTATIONSÏONÏTHEÏTOOLS ÏOPERATIONS Ï ANDÏTHEÏLATESTÏINTERPRETATIONÏMETHODSÏ are also a part of this course. The ATTENDEESÏWILLÏALSOÏHAVEÏVARIOUSÏPRACTICALÏ EXPOSUREÏSESSIONSÏWITHÏREALÏDATAÏANDÏ )N3ITUÏ0RO ÏREAL TIMEÏQUALITYÏCONTROLÏANDÏ INTERPRETATIONÏSOFTWAREÏEACHÏPARTICIPANTÏ SHOULDÏBRINGÏHISÏOWNÏ7INDOWSÏBASEDÏ0# Ï 4HISÏCOURSEÏCONSISTSÏOFÏÏCLASSROOMÏ ANDÏÏPRACTICALÏWITHÏEXERCISESÏANDÏ LABORATORYÏVISITS

Horizontal Wells, Applications, Drilling, Completion, Productivity, and Surveillance

Oil and Gas Reserves and Evaluation II

Skill – 5 Days

Skill – 5 Days

This course is structured to increase the ATTENDEESÏUNDERSTANDINGÏOFÏALLÏASPECTSÏ OFÏHORIZONTALÏWELLSÏANDÏTHEIRÏAPPLICATIONSÏ !TTENDEESÏWILLÏLEARNÏMULTIDISCIPLINARYÏ APPLICATIONSÏANDÏPRINCIPLESÏOFÏHORIZONTALÏ WELLSÏASÏYOUÏSTUDYÏRELATEDÏRESERVOIRÏ ENGINEERING ÏDRILLING ÏANDÏCOMPLETIONÏ topics. COURSE CONTENT Q

(ORIZONTALÏWELLÏAPPLICATIONSÏ DRILLINGÏANDÏCOMPLETION ÏDRILLINGÏRISK Ï geosteering, and logging while drilling

Q

(ORIZONTALÏWELLÏPRODUCTIVITYÏSTEADY STATEÏAPPROXIMATIONS ÏPRODUCTIVITYÏ INDEX ÏmOWÏREGIMES ÏANISOTROPY Ï FORMATIONÏDAMAGE ÏSKINÏFACTOR Ï SLANTEDÏWELLSÏVERSUSÏHORIZONTALÏWELLS

Q

!PPLICATIONSÏOFÏHORIZONTALÏWELLSÏ ANDÏMODELSÏCONINGÏPROBLEMS ÏGASÏ RESERVOIRS ÏFRACTUREDÏWELLS ÏFRACTUREDÏ RESERVOIRS

COURSE CONTENT Q Q

FT applications 0RESSUREÏSURVEYSÏANDÏGRADIENTÏ ANALYSIS

Q

3AMPLINGÏANDÏDOWNHOLEÏmUIDÏANALYSIS

Q

&4ÏPRESSUREÏTRANSIENTSÏIN SITUÏSTRESSÏ testing

AUDIENCE 2ESERVOIRÏENGINEERSÏANDÏPRODUCTIONÏ engineers responsible for RECOMMENDATIONSÏANDÏEVALUATIONSÏOFÏ HORIZONTALÏWELLS PREREQUISITE "ASICÏUNDERSTANDINGÏOFÏRESERVOIRÏ engineering and pressure transient ANALYSIS

COURSE CONTENT

AUDIENCE 2ESERVOIRÏENGINEERS ÏGEOSCIENTISTS Ï operations geologists, and well log witnesses with little or no prior KNOWLEDGEÏOFÏFORMATIONÏTESTINGÏSERVICES


2ESERVESÏANDÏRESOURCESÏ CLASSIlCATIONSÏANDÏDElNITIONS Ï PROBABILISTICÏRESERVESÏTECHNIQUESÏ

Q

3TATISTICSÏANDÏPROBABILITY

Q

%XPECTEDÏVALUEÏANDÏPROBABILITYÏTREES

Q

-ONTEÏ#ARLOÏSIMULATIONÏAPPLICATIONÏ TOÏRESERVEÏESTIMATIONÏANDÏEVALUATION

0ETROLEUMÏENGINEERS ÏGEOLOGISTS ÏRESERVESÏ ANALYSTS ÏANDÏOTHERSÏRESPONSIBLEÏFORÏ ESTIMATIONÏOFÏRESERVES

&AMILIARÏWITHÏBASICSÏOFÏRESERVOIRÏ ENGINEERINGÏANDÏFORMATIONÏEVALUATIONÏ concepts.


Q

AUDIENCE

PREREQUISITE

Software

4HISÏCOURSEÏWILLÏINCREASEÏTHEÏATTENDEESÏ UNDERSTANDINGÏOFÏPROBABILISTICÏMETHODSÏ FORÏRESERVESÏESTIMATIONÏANDÏTHEÏRISKÏANDÏ UNCERTAINTIESÏINÏEVALUATIONÏECONOMICSÏ -ATERIALÏINCLUDESÏANÏOVERVIEWÏONÏ RESERVESÏANDÏRESOURCESÏWITHÏDElNITIONSÏ ANDÏCLASSIlCATIONSÏ!TTENDEESÏWILLÏ GAINÏEXPOSUREÏTOÏIMPORTANTÏBACKGROUNDÏ MATERIALÏFROMÏSTATISTICSÏANDÏPROBABILITYÏ techniques with applications to EXPECTEDÏVALUE ÏPROBABILITYÏTREES ÏANDÏ SIMULATIONÏ)NSTRUCTIONÏINCLUDESÏANÏ INTRODUCTIONÏTOÏECONOMICÏEVALUATIONÏOFÏ RESERVESÏEVALUATIONÏANDÏTHEÏPROBABILISTICÏ ESTIMATIONÏPROCEDURESÏCOMMONLYÏUSEDÏINÏ VARIOUSÏCOUNTRIESÏ4HROUGHÏSPREADSHEETÏ EXERCISES ÏATTENDEESÏGAINÏAÏDEEPERÏ UNDERSTANDINGÏOFÏIMPORTANTÏCONCEPTSÏANDÏ LEARNÏTOÏHANDLEÏCOMPLEXÏSCENARIOS

PREREQUISITE "ASICÏUNDERSTANDINGÏOFÏGEOLOGY ÏRESERVOIRÏ ENGINEERING ÏANDÏPETROLEUMÏECONOMICS


Field trips

Uses simulation

| 117 12/22/13 2:49 AM

RESERVOIR ENGINEERING Reservoir Management and Monitoring

Reservoir Simulation: Heriott-Watt University Program

Waterflood Management

Waterflooding and Applied Reservoir Simulation

Skill – 5 Days

Skill – 5 Days

Skill – 5 Days

Skill – 5 Days

4HISÏCOURSEÏCOVERSÏTHEÏBASICÏTECHNIQUESÏ USEDÏINÏMODERNÏRESERVOIRÏMANAGEMENTÏ ANDÏRELATEDÏRESERVOIRÏMONITORINGÏ4HEÏ RESERVOIRÏMANAGEMENTÏPROCESSÏINCLUDESÏ DATAÏANALYSIS ÏRESERVOIRÏDYNAMICÏ MODELING ÏPRODUCTIONÏOPERATIONS ÏSURFACEÏ FACILITIES ÏANDÏRELATEDÏPROJECTÏEVALUATIONÏ ANDÏECONOMICSÏ4HEÏGENERALÏASPECTSÏOFÏ RESERVOIRÏMONITORINGÏANDÏPLANNINGÏAREÏ ALSOÏCOVERED

4HISÏCOURSEÏPROVIDESÏAÏRECAPÏOFÏSOMEÏOFÏ THEÏBASICÏCONCEPTSÏINÏRESERVOIRÏENGINEERINGÏ REQUIREDÏTOÏPERFORMÏRESERVOIRÏmUIDÏmOWÏ CALCULATIONS ÏANDÏINCLUDESÏEXAMPLESÏOFÏTHEÏ TYPESÏOFÏCALCULATIONÏTHATÏMAYÏBEÏPERFORMEDÏ and when these calculations are required. 4HEÏPRINCIPLESÏOFÏHOWÏTOÏDElNEÏTHEÏ MATERIALÏBALANCEÏANDÏmOWÏCALCULATIONSÏ ISÏESTABLISHEDÏINÏADDITIONÏTOÏMETHODSÏFORÏ SOLVINGÏTHEÏPRESSUREÏEQUATIONSÏ0RACTICALÏ ISSUES ÏINCLUDINGÏGRIDDING ÏDElNINGÏANDÏ controlling wells and upscaling, are also INTRODUCEDÏ4HISÏCOURSEÏFORMSÏPARTÏOFÏ THEÏ(ERIOT 7ATTÏ$ISTANCEÏ,EARNINGÏ-3CÏ 0ETROLEUMÏ%NGINEERINGÏ!TTENDEESÏWHOÏ SEEKÏTOÏBETTERÏUNDERSTANDÏTHEÏSUBJECTÏ but who are not registered for the degree COURSEÏAREÏINVITEDÏTOÏATTENDÏ4OÏLEARNÏMOREÏ ABOUTÏTHEÏ-3CÏ0ETROLEUMÏ%NGINEERINGÏ VISITÏWWWNEXTTRAININGNETMASTERSCFM

&ORÏEFlCIENTÏASSETÏMANAGEMENT Ï attendees will gain a better UNDERSTANDINGÏOFÏWATERmOODINGÏANDÏ THEÏDISTRIBUTIONÏOFÏIMMISCIBLEÏmUIDSÏINÏAÏ RESERVOIR ÏTHEÏPROCESSÏOFÏIMMISCIBLEÏmUIDÏ DISPLACEMENTÏINÏAÏRESERVOIR ÏWATERmOODÏ patterns, and the effect of pattern SELECTIONÏANDÏORIENTATIONÏONÏmOODÏ PERFORMANCEÏ!TTENDEESÏWILLÏLEARNÏTOÏ PREDICTÏWATERmOODÏPERFORMANCEÏUSINGÏ CLASSICALÏPREDICTIONÏMETHODS

4HISÏCOURSEÏWILLÏHELPÏATTENDEESÏIMPROVEÏ THEIRÏUNDERSTANDINGÏOFÏWATERmOODINGÏ ANDÏIMMISCIBLEÏmUIDSÏDISTRIBUTIONÏINÏAÏ RESERVOIR ÏTHEÏPROCESSÏOFÏIMMISCIBLEÏ DISPLACEMENTÏINÏAÏRESERVOIR ÏWATERmOODÏ pattern options and the selection effect, ANDÏANÏINTRODUCTIONÏTOÏmOODÏPERFORMANCEÏ ANDÏTHEÏATTENDEESÏWILLÏGAINÏTHEÏABILITYÏ TOÏPREDICTÏWATERmOODÏPERFORMANCEÏBYÏ APPLYINGÏCLASSICALÏWATERmOODÏPREDICTIONÏ METHODS

COURSE CONTENT

COURSE CONTENT

COURSE CONTENT Q Q

2ESERVOIRÏMANAGEMENTÏPROCESS 2ESERVOIRÏMODELÏ

Q


Q

Surface facilities

Q

0ROJECTÏEVALUATIONÏ

Q

%CONOMICS

Q

0ROJECTÏSELECTIONÏANDÏREVISION

Q

/VERVIEWÏOFÏRESERVOIRÏMONITORING

Q

Q

3ATURATIONÏMONITORING

Q

Q

1UICKÏDATAÏANALYSISÏMETHODS

COURSE CONTENT

Q

'ENERALÏWATERmOODING

Q

%FFECTSÏOFÏDRIVEÏMECHANISMSÏONÏ WATERmOODING

Q

2OCKÏPROPERTIESÏANDÏWATERmOODINGÏ

Q

Drainage process

Q

#APILLARYÏPRESSUREÏ

Q

7ATERmOODINGÏGOALSÏANDÏ PERFORMANCEÏMEASUREMENTSÏ

Q

$ISPLACEMENTÏPROCESSES

Q

7ELGESÏMETHODÏFORÏANALYZINGÏ WATERmOODÏPATTERNS

Q

7ATERmOODÏPERFORMANCEÏEFlCIENCIESÏ

Q

0REDICTINGÏWATERmOODÏPERFORMANCEÏ USINGÏVARIOUSÏMETHODS

Q

!PPLICATIONSÏOFÏRESERVOIRÏSIMULATIONÏ

Q

%FFECTÏOFÏTIMEÏANDÏSPACEÏ DISCRETIZATIONÏ

Q

$ISPLACEMENTÏPROCESSESÏANDÏLINEARÏ FRACTIONALÏmOWÏTHEORY

"ASICÏCONCEPTSÏINÏRESERVOIRÏ engineering

Q

"UCKLEY ,EVERETTÏFRONTALÏADVANCEÏ MODEL Ï7ELGEÏPREDICTIONÏMETHOD

AUDIENCE

Q

2ESERVOIRÏSIMULATIONÏMODELÏSETUPÏ

Q

%NGINEERS ÏGEOSCIENTISTS ÏOPERATINGÏ personnel, other actual or potential asset TEAMÏMEMBERS

'RIDDINGÏANDÏWELLÏMODELINGÏ

Q

Q

!NALYSISÏOFÏWATERmOODÏPATTERNÏ MOBILITYÏRATIO

(OWÏTOÏRECOGNIZEÏPROBLEMSÏ

Q

0ATTERNÏCONlGURATIONS

Q

0REPROCESSINGÏANDÏPOSTPROCESSINGÏ

Q

7ATERmOODÏPERFORMANCEÏEFlCIENCIESÏ and predictions

Q

3MALL ÏANDÏLARGE SCALEÏMODELSÏ

Q

#ALIBRATIONÏHISTORYÏMATCHING Ï

Q

3ELECINGÏVARIABLESÏHISTORYÏMATCHING Ï

Q

3ENSITIVITYÏANALYSISÏ

Q

2ESERVOIRÏSIMULATIONÏPROCEDURESÏ

Q

7ATERmOODÏlELDÏEXAMPLES

Q Q

PREREQUISITE 4HEÏCOURSEÏISÏMEANTÏFORÏENGINEERS Ï geoscientists and operating personnel, BASICÏKNOWLEDGEÏANDÏEXPERIENCEÏINÏTHEÏ RELATEDÏlELDÏISÏREQUIREDÏ

Introduction and case studies

Flow equations 2ESERVOIRÏSIMULATIONÏNUMERICALÏ METHODSÏ

Q

0ERMEABILITYÏUPSCALINGÏ

Q

0ETROPHYSICALÏINPUT

Q

Q

AUDIENCE 4ECHNICALÏSTAFFÏMEMBERS PREREQUISITE

Q

None Q

0REDICTIONÏMETHODSÏ3TILES Ï#RAIG 'EFFEN -ORSE ÏANDÏ$YKSTRA 0ARSONS 3IMULATIONÏOFÏWATERmOODINGÏANDÏ PRACTICALÏGUIDELINESÏFORÏRESERVOIRÏ SIMULATORS 3IMULATIONÏOFÏWATERmOODINGÏUSINGÏ SMALL ÏANDÏLARGE SCALEÏMODELSÏFORÏ calibration 7ATERmOODÏlELDÏEXAMPLESÏANDÏ PROJECTÏPRESENTATIONS

AUDIENCE %NGINEERSÏRESPONSIBLEÏFORÏEVALUATIONÏOFÏ THEÏECONOMICS ÏPRODUCTIONÏPOTENTIAL ÏANDÏ WATERmOODÏDESIGNÏFORÏRESERVOIRSÏUNDERÏ WATERmOODÏORÏCANDIDATESÏFORÏWATERmOOD

AUDIENCE %NGINEERSÏWHOÏAREÏREQUESTEDÏTOÏEVALUATEÏ THEÏECONOMICS ÏPRODUCTIONÏPOTENTIAL ÏANDÏ WATERmOODÏDESIGNÏFORÏRESERVOIRSÏBEINGÏ WATERmOODEDÏORÏAREÏPOTENTIALÏWATERmOODÏ candidates. PREREQUISITE 2ESERVOIRÏENGINEERINGÏBACKGROUND

PREREQUISITE 'ENERALÏKNOWLEDGEÏOFÏmUIDÏANDÏROCKÏ PROPERTIESÏANDÏmUIDÏmOWÏINÏPOROUSÏMEDIA



12/22/13 2:49 AM

RESERVOIR ENGINEERING Well Testing Operations

Analysis and Development of Tight Gas Reservoirs

Analysis of Production Performance Curves


Skill – 5 Days

Advanced – 5 Days

Advanced – 4 Days

Advanced – 3 Days

4HISÏCOURSEÏCONSISTSÏOFÏSEVERALÏTHEORETICALÏ SESSIONSÏWITHÏEXPERIENCEDÏPROFESSIONALSÏ PROVIDINGÏPRESENTATIONSÏONÏTESTINGÏTOOLSÏ and operations. The attendees will also HAVEÏVARIOUSÏPRACTICALÏEXPOSUREÏSESSIONSÏ ONÏTHEÏmOWÏLOOPÏANDÏHANDS ONÏSESSIONSÏ using the tools in the workshops, including the subsea tower for practical DEMONSTRATIONÏOFÏTHEÏSUBSEAÏEQUIPMENTÏ !NÏINTRODUCTIONÏTOÏWELLÏTESTINGÏEQUIPMENTÏ ANDÏINSTRUMENTATION ÏCONTROL ÏCONDITION Ï MONITOR ÏMEASURE ÏANDÏSAMPLEÏTHEÏmUIDSÏ THATÏAREÏPRODUCEDÏFROMÏTHEÏRESERVOIRÏ during the production testing process are included in the course. The course WILLÏPROVIDEÏAÏCLEARÏUNDERSTANDINGÏOFÏ THEÏPRIMARYÏOBJECTIVESÏOFÏSURFACEÏANDÏ DOWNHOLEÏWELLÏTESTINGÏIE ÏTOÏASSESSÏ WELLÏPRODUCTIVITYÏBYÏMEASURINGÏTHEÏGAS Ï OIL ÏANDÏWATERÏmOWÏRATESÏFROMÏTHEÏWELLÏ under controlled production conditions. !LSO ÏATTENDEESÏWILLÏRECEIVEÏINSTRUCTIONÏ on the safe handling of the produced EFmUENTSÏSOLIDS ÏLIQUIDS ÏANDÏGASES Ï ATÏHIGHÏPRESSURESÏANDÏTEMPERATURES Ï WHICHÏISÏAÏKEYÏOBJECTIVEÏANDÏCONCERNÏ within the well testing operations. This SAFEÏHANDLINGÏISÏACHIEVEDÏBYÏDESIGNÏOFÏ EQUIPMENTÏANDÏOPERATIONS ÏINCLUDINGÏ SAFETYÏMARGINSÏANDÏPROTECTIVEÏEQUIPMENTÏ TOÏGUARANTEEÏTHEÏSAFETYÏOFÏTHEÏEMPLOYEESÏ ANDÏINTEGRITYÏOFÏTHEÏINVOLVEDÏFACILITIESÏANDÏ THEÏENVIRONMENT

4HISÏOVERVIEWÏOFÏTIGHTÏGASÏRESERVOIRSÏ COVERSÏTHEIRÏEVALUATION ÏCOMPLETION Ï STIMULATION ÏANDÏDEVELOPMENTÏ-ATERIALÏ ENCOMPASSESÏGEOLOGICÏCHARACTERISTICS Ï FORMATIONÏEVALUATION ÏESTIMATIONÏOFÏ RESERVESÏANDÏWELLÏPERFORMANCE ÏHYDRAULICÏ FRACTUREÏTREATMENTÏDESIGNÏANDÏEXECUTION Ï ANDÏlELDÏDEVELOPMENTÏCONSIDERATIONS

In this workshop on classic and current DECLINEÏCURVEÏANALYSISÏMETHODS Ï ATTENDEESÏLEARNÏBOTHÏTHEORYÏANDÏ APPLICATIONSÏTOÏSINGLE ÏANDÏDUAL mUIDÏ PRODUCTIONÏSYSTEMSÏ4HEÏATTENDEESÏ WILLÏEXPLOREÏMETHODSÏTOÏAMENDÏAÏ NONCONVERGINGÏPRODUCTIONÏCURVE ÏFORCINGÏ ITÏTOÏTHEÏECONOMICÏLIMIT ÏANDÏLEARNÏHOWÏTOÏ REINITIALIZEÏDECLINEÏCURVESÏINÏADDITIONÏTOÏ STUDYINGÏMETHODSÏFORÏMATERIALÏBALANCEÏ TIMEÏANDÏREAL TIMEÏRELATIONSHIPS ÏANALYSISÏ OFÏPERFORMANCEÏHISTORIES ÏGENERATIONÏOFÏ RELATIVEÏPERMEABILITYÏRATIOSÏFROMÏlELDÏ DATA ÏANDÏTHEÏDERIVATIVEÏAPPROACHÏTOÏ DETERMINEÏWHETHERÏWATERÏBREAKTHROUGHÏISÏ FROMÏCONINGÏORÏBEHINDÏPIPE

&ROMÏTHISÏCOURSEÏONÏmOWÏASSURANCE Ï ATTENDEESÏWILLÏGAINÏANÏADVANCEDÏ UNDERSTANDINGÏOFÏmUIDÏmOWÏTHROUGHÏAÏ SERIESÏOFÏINTERCONNECTEDÏSYSTEMSÏFROMÏ THEÏRESERVOIRÏTOÏSURFACEÏFACILITIES ÏANDÏ THEÏPREVENTIONÏANDÏMITIGATIONÏOFÏCOMMONÏ mOWÏIMPEDIMENTSÏ4HEÏATTENDEESÏWILLÏ LEARNÏBESTÏPRACTICESÏFROMÏWORLDWIDEÏ lELDÏEXAMPLES ÏASÏWELLÏASÏHOWÏTOÏDESIGNÏ lT FOR PURPOSEÏmOWÏASSURANCEÏSOLUTIONS

COURSE CONTENT

COURSE CONTENT Q

)NTRODUCTIONÏTOÏTIGHTÏGASÏRESERVOIRS

Q

&ORMATIONÏEVALUATION

Q

Statistical correlations

Q

7ELLÏTESTING

Q

%STIMATIONÏOFÏRESERVESÏANDÏPREDICTIONÏ OFÏPERFORMANCE

Q

7ELLÏCOMPLETIONSÏANDÏWORKOVERS

Q

(YDRAULICÏFRACTUREÏTREATMENTÏDESIGNÏ ANDÏEXECUTION

Q

&IELDÏDEVELOPMENTÏCONSIDERATIONS Ï STRATEGIES ÏANDÏECONOMICS

Q

#RITICALÏPARAMETERS

Q

)NlLLÏPOTENTIAL

Q Q

2ESERVOIRÏENGINEERSÏANDÏPRODUCTIONÏ ENGINEERSÏRESPONSIBLEÏFORÏOPTIMIZINGÏ RECOVERYÏFROMÏTIGHTÏGASÏRESERVOIRS PREREQUISITE

Q

$ECLINEÏCURVEÏANALYSIS

Q

!RPSÏCURVESÏNOMINALÏANDÏCONTINUOUSÏ EXPONENTIALÏDECLINES

Q

0ERFORMANCEÏCURVESÏEXPONENTIAL Ï HYPERBOLIC ÏANDÏHARMONICÏDECLINES

Q

&ETKOVICH Ï!RPS ÏANDÏTRANSIENTÏTYPEÏ CURVES

Q

)NTERPRETATIONÏOFÏlELDÏCURVESÏFORÏ RESERVOIRÏCHARACTERIZATION

Q

0SEUDOSTEADY STATEÏmOWÏEQUATION

Q

"LASINGAME ,EEÏSOLUTIONÏ

Q

0RODUCTIONÏPERFORMANCEÏPLOTS

AUDIENCE %NGINEERS ÏGEOSCIENTISTS ÏANDÏINDUSTRYÏ PROFESSIONALSÏINTERESTEDÏINÏANALYZINGÏOILÏ ANDÏGASÏPERFORMANCEÏDATA

Q

7ELLÏTESTINGÏOBJECTIVES

Q

Surface well testing

Q

Testing data acquisition

PREREQUISITE

Q

&LUIDÏSAMPLINGÏANDÏANALYSIS

Q

$RILLSTEMÏTESTING

Q

3UBSEAÏLANDINGÏSTRINGÏSYSTEMS

3OMEÏKNOWLEDGEÏOFÏOILÏANDÏGASÏ PRODUCTION Ï%XCELÏSPREADSHEETS ÏANDÏBASICÏ algebra.

Q

Basics of well testing interpretation

+EYÏmOWÏASSURANCEÏISSUES Technologies for capture and CHARACTERIZATIONÏOFÏmUIDÏSAMPLES

Q

-ETHODOLOGIESÏFORÏMEASUREMENT Ï MODELING ÏANDÏMANAGEMENTÏOFÏ inorganic and organic solids

Q

&LUIDÏmOWÏANDÏHEAT TRANSFERÏ CHARACTERISTICSÏANDÏTHEIRÏIMPORTANCEÏ in design of subsea architecture, MODELÏSELECTION ÏANDÏLIQUIDSÏ MANAGEMENT

Q

0ROCESSESÏOFÏmUIDÏmOWÏINTEGRATION Ï heat transfer, and solids

COURSE CONTENT

AUDIENCE

5NDERSTANDINGÏOFÏPETROLEUMÏENGINEERINGÏ and a strong background in production or operations.

COURSE CONTENT

AUDIENCE %NGINEERSÏANDÏTECHNICALÏSTAFFÏRESPONSIBLEÏ FORÏWELLÏSURVEILLANCE ÏPRODUCTIONÏ OPTIMIZATION ÏORÏCOMPLETIONÏDESIGN PREREQUISITE 7ORKINGÏKNOWLEDGEÏOFÏWELLÏPRODUCTIONÏ BEHAVIORS ÏBASICÏRESERVOIRÏENGINEERINGÏ PRINCIPLES ÏANDÏSURFACEÏFACILITIESÏ EXPOSUREÏTOÏWELLÏCOMPLETIONÏDESIGN ÏNODALÏ ANALYSIS ÏANDÏSTIMULATIONÏPROCESSES

AUDIENCE 3ENIORÏRESERVOIRÏENGINEERS PREREQUISITE 0RIORÏKNOWLEDGEÏOFÏBASICÏWELLÏ testing operations and well testing interpretation.

Software




Field trips

Uses simulation

| 119 12/22/13 2:49 AM

RESERVOIR ENGINEERING Characterization, Evaluation, and Enhanced Oil Recovery in Naturally Fractured Reservoirs

Data Room Management and Rapid Asset Evaluation

History Matching and Reservoir Optimization

Advanced – 5 Days

Advanced – 3 Days

Advanced – 5 Days

4HISÏCOURSEÏPROVIDESÏ%0ÏPROFESSIONALSÏ and stakeholders in the oil and gas INVESTMENTÏSECTORÏWITHÏANÏUNDERSTANDINGÏ OFÏHOWÏTOÏOBTAINÏTHEÏMOSTÏOUTÏOFÏDATAÏ ROOMSÏTOÏPRESENTÏAÏREASONABLEÏEVALUATIONÏ TOÏTHEÏDECISIONÏMAKERSÏINÏTHEÏSHORTESTÏ TIMEÏFRAMEÏPOSSIBLEÏ,EARNINGÏOBJECTIVESÏ INCLUDEÏKNOWLEDGEÏANDÏAPPLICATIONÏLEVELSÏ ANDÏATTENDEESÏWILLÏTAKEÏAWAYÏWORKmOWSÏ FROMÏTHISÏCOURSEÏTOÏSTREAMLINEÏTHEIRÏ DATAÏROOMÏPROCESSES ÏENSUREÏESSENTIALÏ DATAÏAREÏGATHERED ÏANDÏQUICKLYÏEVALUATEÏ OPPORTUNITIESÏWHILEÏAVOIDINGÏSOMEÏOFÏTHEÏ PITFALLSÏTHATÏEXISTÏINÏTHEÏASSESSMENTSÏOFÏ oil and gas opportunities.

0RODUCTIONÏDATAÏAREÏINCORPORATEDÏINTOÏ HIGH RESOLUTIONÏRESERVOIRÏMODELSÏTHROUGHÏ CONVENTIONALÏANDÏFASTÏmOWÏSIMULATIONÏ TECHNIQUESÏSUCHÏASÏSTREAMLINEÏMODELSÏ In this course, attendees will learn DIFFERENTÏHISTORY MATCHINGÏWORKmOWSÏ ANDÏTHEIRÏMERITS ÏINCLUDINGÏASSISTEDÏANDÏ AUTOMATICÏHISTORYÏMATCHING ÏINÏADDITIONÏTOÏ EXPLORINGÏTHEÏMANYÏFORMSÏOFÏPRODUCTIONÏ data, pressure transient test, tracer TEST ÏMULTIPHASEÏPRODUCTIONÏHISTORY ÏANDÏ INTERPRETEDÏ$ÏSEISMICÏINFORMATIONÏ&IELDÏ EXAMPLESÏILLUSTRATEÏTHEÏADVANTAGESÏANDÏ LIMITATIONSÏOFÏTHESEÏTECHNIQUES

This course will update attendee knowledge on techniques for an INTEGRATEDÏSTUDYÏOFÏNATURALLYÏFRACTUREDÏ RESERVOIRS ÏINCLUDINGÏCHARACTERIZATION Ï EXPERIMENTATION ÏANDÏINTEGRATIONÏOFÏ INFORMATIONÏTOÏDETERMINEÏTHEÏBESTÏ PROCESSÏOPTIONSÏ!TTENDEESÏWILLÏEXAMINEÏ EXAMPLESÏFROMÏONGOINGÏ#/ pilots to REINFORCEÏTHEIRÏUNDERSTANDINGÏOFÏNATURALLYÏ FRACTUREDÏRESERVOIRSÏ4HEÏATTENDEESÏ WILLÏALSOÏLEARNÏTOÏUSEÏCOREÏLABORATORYÏ MEASUREMENTSÏOFÏIMBIBITION ÏCAPILLARYÏ PRESSURE ÏANDÏWETTABILITYÏATÏRESERVOIRÏ CONDITIONSÏHISTORY MATCHEDÏLABORATORYÏ MEASUREMENTSÏFORÏUPSCALINGÏTOÏRESERVOIRÏ GEOMETRY ÏANDÏWETTABILITYÏDATAÏFORÏ PREDICTIONÏOFÏWATERmOODÏPERFORMANCEÏ INÏADDITIONÏTOÏANALYZINGÏRESERVOIRÏ PERFORMANCEÏDURINGÏWATERÏINJECTIONÏFROMÏ LABORATORYÏEXPERIMENTSÏOFÏFORCEDÏANDÏ FREE FALLÏGRAVITYÏDRAINAGEÏWITHÏ#/, and USEÏCOMMERCIALÏSIMULATORSÏTOÏMATCHÏ RESERVOIRÏPERFORMANCEÏUSINGÏPRECISELYÏ MEASUREDÏLABÏANDÏlELDÏDATA COURSE CONTENT Q

Q

Q

#HARACTERIZATIONÏOFÏNATURALLYÏ FRACTUREDÏRESERVOIRS 'EOLOGICÏANDÏPETROPHYSICALÏANALYSISÏ OFÏRESERVOIRÏCORES 3CREENINGÏRESERVOIRÏDATAÏFORÏ WATERmOODÏANDÏGASÏINJECTION WELLÏ candidates

Q

#ORE LOGÏINTEGRATIONÏANDÏRESERVOIRÏ CHARACTERIZATION

Q

$EVELOPMENTÏOFÏSPECIlCÏALGORITHMSÏ FORÏLOGÏEVALUATIONÏIDENTIlCATIONÏOFÏ PAYÏZONESÏANDÏWATERÏSATURATIONÏINÏTHEÏ PAY

Q

&RACTUREÏIDENTIlCATIONÏNATURALÏORÏ CORING INDUCED ÏANDÏCHARACTERIZATION

Q

7ELLÏTESTÏANALYSISÏANDÏANALYSISÏOFÏ INmOWÏPERFORMANCEÏINÏHORIZONTALÏ wells

Q

)MBIBITION ÏCAPILLARYÏPRESSURE Ï INTERFACIALÏTENSION ÏANDÏWETTABILITYÏ DETERMINATION

Q

3CALINGÏLABORATORYÏRESULTSÏTOÏPREDICTÏ WATERmOODÏRESPONSE

Q

.UMERICALÏSIMULATIONÏOFÏ WATERmOODING

Q

0HASEÏBEHAVIORÏANDÏMINIMUMÏ MISCIBILITYÏPRESSUREÏDETERMINATION

Q

'ASÏINJECTIONÏEXPERIMENTSÏINÏ FRACTUREDÏSYSTEMS

Q

Q

%VALUATION ÏSCALING ÏANDÏDESIGNÏOFÏGASÏ INJECTIONÏRESULTSÏ #ASEÏHISTORIESÏ-IDALEÏ#/ pilot and 7ELLMANÏ5NITÏ#/ÏmOOD

AUDIENCE 2ESERVOIRÏENGINEERS ÏGEOSCIENTISTS Ï operating personnel, and other asset TEAMÏMEMBERSÏINVOLVEDÏINÏRESERVOIRÏ MANAGEMENT PREREQUISITE %XPERIENCEÏINÏOILlELDÏANDÏGASÏlELDÏ OPERATIONSÏANDÏKNOWLEDGEÏOFÏNATURALLYÏ FRACTUREDÏRESERVOIRS

COURSE CONTENT

Q

(ISTORYÏMATCHINGÏBROADÏPERSPECTIVESÏ and current status

3ETTINGÏUPÏAÏDATAÏROOM

Q

(ISTORY MATCHINGÏWORKmOWS

Q

$ATAÏROOMÏWORKmOW

Q

Q

%IGHTÏKEYÏPROVISIONSÏINÏAÏ CONlDENTIALITYÏAGREEMENTÏ

0RODUCTIONÏDATAÏINTEGRATIONÏ BACKGROUNDÏANDÏTHEORY

Q

&LOWÏSIMULATIONÏTHROUGHÏGEOLOGICÏ MODELSÏSTREAMLINEÏAPPROACH

Q

3TREAMLINE BASEDÏPRODUCTIONÏDATAÏ integration

Q

!SSISTEDÏHISTORYÏMATCHINGÏANDÏ INVERSEÏMODELINGÏWITHÏlNITE DIFFERENCEÏMODELS

Q

$ATAÏROOMÏOVERVIEWÏ

Q

Q

Brokers and fees

Q

#OMPANYÏNEEDSÏFROMÏITSÏDATAÏROOMÏ TEAM

Q

3ELECTINGÏTHEÏAPPROPRIATEÏTEAMÏ

Q

2OLEÏOFÏTHEÏDATAÏROOMÏTEAMÏLEADER

Q

(IERARCHYÏOFÏDATAÏREQUIREMENTSÏ

Q

(ISTORYÏMATCHINGÏlELDÏAPPLICATIONS

Q

Due diligence

Q

Q

1UICKÏECONOMICÏEVALUATIONÏ

%XPERIMENTALÏDESIGNÏBACKGROUNDÏANDÏ applications

Q

)NTRODUCINGÏRISKÏANDÏUNCERTAINTYÏINTOÏ OURÏEVALUATIONÏWORKmOW

Q

2ECENTÏDEVELOPMENTSÏINÏHISTORYÏ MATCHINGÏENSEMBLEÏ+ALMANÏlLTERÏANDÏ -ARKOVÏCHAINÏ-ONTEÏ#ARLOÏ

AUDIENCE %0ÏEXECUTIVESÏANDÏMANAGERS Ï GEOSCIENTISTS ÏRESERVOIRÏENGINEERS Ï INVESTORS ÏAUDITORS ÏBANKERS ÏANDÏ GOVERNMENTÏOFlCIALSÏINVOLVEDÏINÏTHEÏ TECHNICALÏANDÏECONOMICÏVALUATIONÏOFÏ INTERNATIONALÏOILÏANDÏGASÏEXPLORATIONÏANDÏ production opportunities. PREREQUISITE +NOWLEDGEÏOFÏPETROLEUMÏ%0 ÏRESERVES Ï ANDÏEVALUATION


COURSE CONTENT

AUDIENCE 0RACTICINGÏGEOSCIENTISTSÏANDÏENGINEERS Ï ESPECIALLYÏTHOSEÏINVOLVEDÏINÏRESERVOIRÏ SIMULATION PREREQUISITE +NOWLEDGEÏOFÏBASICÏMATHEMATICS Ï PETROLEUMÏGEOLOGY ÏRESERVOIRÏENGINEERING Ï ANDÏPETROPHYSICS ÏPLUSÏELEMENTALÏ software skills.


12/22/13 2:49 AM

RESERVOIR ENGINEERING Forecasting Production and Estimating Reserves in Low-Permeability Oil and Gas Reservoirs

Full Life Cycle Fluid Evaluation: Downhole to Laboratory NEW

Advanced – 1 Day 4HISÏ DAYÏWORKSHOPÏPROVIDESÏAÏBRIEFÏ OVERVIEWÏOFÏSYSTEMATICÏPROCEDURESÏFORÏ FORECASTINGÏPRODUCTIONÏANDÏESTIMATINGÏ RESERVESÏINÏINDIVIDUALÏWELLSÏINÏLOW PERMEABILITYÏOILÏANDÏGASÏRESERVOIRS Ï INCLUDINGÏSHALEÏPLAYSÏ4HEÏWORKSHOPÏWILLÏ PROVIDEÏBACKGROUNDÏMATERIALÏLEADINGÏTOÏ UNDERSTANDINGÏOFÏFORECASTINGÏMETHODS Ï ANDÏWILLÏCONCENTRATEÏONÏTRADITIONALÏ!RPS Ï DECLINEÏMODELSÏANDÏMOREÏRECENTÏMODELSÏ DESIGNEDÏTOÏPROVIDEÏIMPROVEDÏFORECASTÏ ACCURACYÏDURINGÏTHEÏLONG DURATIONÏ TRANSIENTÏmOWÏPERIODSÏUSUALLYÏLINEARÏ mOW ÏASSOCIATEDÏWITHÏLOW PERMEABILITY Ï HYDRAULICALLYÏFRACTUREDÏHORIZONTALÏWELLSÏ !PPLICATIONSÏOFÏTHEÏTHEORYÏWILLÏBEÏ ILLUSTRATEDÏWITHÏIN CLASSÏEXERCISES

COURSE CONTENT Q

2ESERVESÏREPORTINGÏREQUIREMENTSÏ

Q

0RODUCTIONÏFORECASTINGÏANDÏRESERVESÏ ESTIMATESÏINÏUNCONVENTIONALÏ RESERVOIRSÏ

AUDIENCE 0ETROLEUMÏENGINEERS ÏGEOLOGISTS ÏRESERVESÏ ANALYSTS ÏANDÏANYÏOTHERSÏWHOSEÏJOBÏ responsibilities or professional interest INCLUDEÏTHEÏESTIMATIONÏOFÏRESERVES PREREQUISITE %NGINEERINGÏANDÏSCIENCESÏPRINCIPLESÏINÏ addition to a basic understanding of GEOLOGYÏANDÏRESERVOIRÏENGINEERING

Advanced – 5 Days !DVANCED LEVELÏINSTRUCTIONÏFOCUSESÏONÏ TECHNOLOGIESÏFORÏCHARACTERIZATIONÏOFÏ RESERVOIRÏmUIDSÏINÏSITUÏANDÏMETHODSÏFORÏ CAPTUREÏOFÏAÏREPRESENTATIVEÏSAMPLEÏ !TTENDEESÏWILLÏLEARNÏTHEÏIMPORTANCEÏ OFÏPROPERÏSAMPLEÏHANDLINGÏANDÏTHEÏ PROCEDURESÏTHATÏDElNEÏmUIDÏPROPERTIESÏ VAPOR LIQUIDÏEQUILIBRIUMÏPHASEÏ ENVELOPES ÏGRAVIMETRICÏmUIDÏPROPERTIES Ï ANDÏHYDROCARBONÏSOLIDS ÏANDÏRHEOLOGICALÏ TRANSPORTÏCHARACTERISTICSÏ(ANDS ONÏ DEMONSTRATIONSÏINCLUDEÏDEVELOPINGÏ MATHEMATICALÏMODELSÏUSINGÏEQUATIONSÏ OFÏSTATEÏ%/3 ÏFORÏmUIDÏ064ÏANALYSIS ÏANDÏ HYDROCARBONÏSOLIDSÏPHASEÏBOUNDARIESÏ FORÏAPPLICATIONSÏINÏRESERVOIRÏSIMULATIONS Ï PRODUCTIONÏMODELING ÏANDÏSURFACEÏ processing. COURSE CONTENT

Software




INCLUDINGÏ-$4 ÏMODULARÏFORMATIONÏ DYNAMICSÏTESTER Q

6ISITÏTOÏAÏTECHNOLOGYÏORÏOPERATIONSÏ CENTERÏFORÏPHYSICALÏDEMONSTRATIONÏ OFÏDOWNHOLEÏSAMPLINGÏANDÏANALYSISÏ TOOLSÏLOCATIONÏDEPENDENT

Q

#ASEDÏHOLEÏSAMPLINGÏDURINGÏWELLÏORÏ PRODUCTIONÏTESTINGÏANDÏLABORATORYÏ mUIDÏCHARACTERIZATIONÏTECHNOLOGIES

Q

7ORKmOWSÏTOÏDEVELOPÏ THERMODYNAMICÏANDÏTRANSPORTÏ CHARACTERISTICÏMODELSÏ

Q

&UNDAMENTALSÏOFÏLABÏCHARACTERIZATIONÏ OFÏHYDROCARBONÏSOLIDSÏASPHALTENE Ï WAX ÏHYDRATE Ï

Q

6ISITÏTOÏmUIDSÏANDÏmOWÏASSURANCEÏ ANALYSISÏCENTERÏFORÏPHYSICALÏ DEMONSTRATIONÏOFÏEQUIPMENTÏANDÏ MEASUREMENTÏMETHODSÏLOCATIONÏ DEPENDENT

Q

0HYSICSÏOFÏRESERVOIRÏmUIDS ÏINCLUDINGÏ ORIGINÏOFÏmUIDÏGRADIENTS ÏANDÏRESERVOIRÏ COMPARTMENTALIZATION

AUDIENCE

Q

$OWNHOLEÏmUID ANALYSISÏ TECHNOLOGYÏMONITORINGÏMUD lLTRATEÏ CONTAMINATION ÏLIVEÏmUIDÏANALYSIS Ï COMPONENTÏANALYSIS ÏANDÏINÏSITUÏ ANALYSIS

-EMBERSÏOFÏMULTIDISCIPLINARYÏTEAMS Ï INCLUDINGÏPETROPHYSICISTSÏANDÏENGINEERS Ï WHOÏNEEDÏANÏADVANCEDÏUNDERSTANDINGÏOFÏ mUIDÏPROPERTIESÏFROMÏSAMPLEÏACQUISITIONÏ TOÏMODELING

Q

3AMPLEÏQUALITYÏCONTROLÏANDÏRESERVOIRÏ CHARACTERIZATIONÏWORKmOWÏEXAMPLES

Q

.EWÏDEVELOPMENTSÏINÏ%/3ÏFORÏINÏSITUÏ crude oil

Q

-ETHODSÏFORÏDETERMININGÏRESERVOIRÏ CONNECTIVITY

Q

/PENHOLEÏSAMPLINGÏTECHNOLOGIES Ï

Field trips

Uses simulation

PREREQUISITE 3TRONGÏUNDERSTANDINGÏOFÏmUIDÏPROPERTYÏ PRINCIPLESÏANDÏMODELING

| 121 12/22/13 2:49 AM

RESERVOIR ENGINEERING New Advances in Well Test Interpretation




Advanced – 5 Days

Advanced – 3 Days

Advanced – 5 Days


Structured for an understanding of well TESTÏANALYSISÏFUNDAMENTALS ÏTHISÏCOURSEÏ also introduces attendees to recent ADVANCESÏINÏWELLÏTESTÏINTERPRETATIONÏ 4HEÏATTENDEESÏWILLÏSTUDYÏMETHODOLOGIESÏ FORÏSYSTEMATICÏINTERPRETATION ÏANDÏLEARNÏ THROUGHÏHANDS ONÏEXERCISESÏANDÏPRACTICALÏ PROBLEM SOLVINGÏSESSIONS

4HISÏCOURSEÏISÏDESIGNEDÏTOÏIMPLEMENTÏ AÏCOMPREHENSIVEÏLEARNINGÏMODULEÏOFÏ production data interpretation and ANALYSIS ÏINCLUDINGÏTHEÏPRINCIPLESÏOFÏ PRODUCTIONÏFUNDAMENTALS ÏTECHNOLOGIES Ï ANDÏWORKmOWSÏWITHÏAPPLICATIONSÏANDÏlELDÏ EXAMPLESÏFORÏUNCONVENTIONALÏRECOURSESÏ 0RODUCTIONÏANALYSISÏREQUIRESÏHANDLINGÏ ANDÏCONDITIONINGÏLARGEÏVOLUMESÏOFÏ MULTIPLEÏSOURCE ÏMULTIPLEÏFREQUENCYÏDATA Ï IDENTIFYINGÏANDÏSYNCHRONIZINGÏEVENTS ÏANDÏ assigning the appropriate production rate TOÏEACHÏEVENTÏ4HESEÏCRITICALÏSTEPSÏENABLEÏ PRODUCTIONÏENGINEERSÏTOÏMAKEÏEFlCIENTÏ INTERPRETATIONÏANDÏANALYSISÏOFÏTHEÏDATAÏ ANDÏTOÏOPTIMIZEÏWELLÏPRODUCTIVITYÏUSINGÏ ADVANCEDÏMETHODOLOGIES

4HISÏCOURSEÏPRESENTSÏADVANCEDÏ TECHNIQUESÏFORÏRESERVESÏESTIMATIONÏANDÏ ADDRESSESÏTHEÏDIFFERENCEÏINÏCLASSIlCATIONÏ OFÏRESOURCESÏANDÏRESERVESÏ!TTENDEESÏ WILLÏLEARNÏDElNITIONSÏOFÏRESERVESÏANDÏ resources and guidelines for their APPLICATIONÏFROMÏVARIOUSÏREGULATORYÏANDÏ INDUSTRYÏAUTHORITIES ÏINCLUDINGÏ30% Ï70# Ï !!0' ÏANDÏTHEÏ53Ï3%#Ï!TTENDEESÏWILLÏ DISCOVERÏTHEÏLATESTÏANDÏMOSTÏACCURATEÏ METHODSÏFORÏESTIMATINGÏRESERVES ÏBOTHÏ DETERMINISTICÏANDÏPROBABILISTIC ÏANDÏGAINÏ AÏTHOROUGHÏUNDERSTANDINGÏOFÏVARIOUSÏ RESERVESÏLEVELSÏANDÏTHEIRÏEQUIVALENCEÏINÏ BOTHÏSYSTEMS ÏINCLUDINGÏPROVED ÏPROVEDÏ PLUSÏPROBABLE ÏANDÏPROVEDÏPLUSÏPROBABLEÏ plus possible.

4HEÏ4ECHLOGÏPLATFORMÏINTERACTIVEÏSUITEÏ BRINGSÏALLÏOFÏTHEÏPETROPHYSICALÏANDÏ geological data together. Attendees will LEARNÏTHEÏFUNDAMENTALSÏOFÏTHISÏAPPLICATIONÏ ANDÏITSÏ4ECHPLOT Ï4ECHDATA ÏANDÏ1UANTIÏ BASEÏMODULESÏ)NÏADDITION ÏTHEÏUSEÏOFÏTHEÏ DATAÏMODELÏWITHINÏTHEÏ4ECHLOGÏAPPLICATIONÏ and the foundation utilities for loading, UNLOADING ÏMANIPULATING ÏANDÏDISPLAYINGÏ DATAÏINÏTHEÏSYSTEM ÏINCLUDINGÏCOREÏANDÏ IMAGESÏWILLÏBEÏEXPLAINEDÏ4HEÏCOURSEÏ TOPICSÏINCLUDEÏDETERMINISTICÏCALCULATIONSÏ and the principles behind the application WORKmOWÏINTERFACEÏFORÏSINGLE ÏANDÏ MULTIWELLÏUSE

COURSE CONTENT

COURSE CONTENT

COURSE CONTENT Q

7ELLÏTESTÏANALYSISÏANDÏINTERPRETATIONÏ FUNDAMENTALS

Q

7ELLÏTESTINGÏINÏCOMPLEXÏSYSTEMS

Q

7ELLÏTESTINGÏINÏDIFFERENTÏDEPOSITIONALÏ ANDÏTECTONICÏENVIRONMENTSÏ

Q

7ELLÏTESTINGÏINÏRESERVOIRSÏFORMEDÏBYÏ DEPOSITIONÏINÏmUVIALÏENVIRONMENTS

AUDIENCE 2ESERVOIRÏENGINEERS ÏPRODUCTIONÏ ENGINEERS ÏANDÏlELDÏPERSONNELÏ INVOLVEDÏWITHÏWELLÏTESTÏDESIGNÏ and interpretation.

Q


Q

"ASICÏDElNITIONSÏANDÏCLASSIlCATIONS

Q

Statistics and probabilities


Q

Q


Q

3IMULATIONÏ

Q


Q

0ROBABILITYÏANDÏUNCERTAINTYÏ

Q

Q

%XPECTEDÏVALUE ÏANDÏEXPECTEDÏVALUEÏ and decision trees


Q


Q

5TILITYÏTHEORYÏ

Q


Q

5NCONVENTIONALÏRESOURCES

Q

$ElNITIONÏANDÏCLASSIlCATIONÏOFÏ RESERVES

Q

4IMEÏVALUEÏOFÏMONEY

Q

"EFORE TAXÏANDÏAFTER TAXÏCASHÏmOWS

PREREQUISITE

Q

$ECLINEÏCURVES

$EVELOPMENTÏANDÏEXPLORATIONÏLOGÏ ANALYSTSÏANDÏPETROPHYSICISTS ÏGEOLOGISTS Ï PETROLEUMÏENGINEERS ÏMANAGERS ÏANDÏ technical personnel with no prior EXPERIENCEÏUSINGÏ4ECHLOGÏPLATFORMÏ software.

YEARÏGEOSCIENCEENGINEERINGÏDEGREE

Q

6OLUMETRICSÏ

PREREQUISITE

Q

Material balance

None

Q

%CONOMICÏYARDSTICKSÏ

Q

#HOOSINGÏINVESTMENTS

Q

International contracts

Q

&IELDÏEXAMPLES

Q

Q

PREREQUISITE +NOWLEDGEÏOFÏTRANSIENTÏWELLÏTESTINGÏ NOMENCLATURE

3CIENCEÏFOUNDATIONALÏUNDERSTANDINGÏ OFÏPRINCIPLESÏANDÏGOVERNINGÏFACTORSÏOFÏ production

COURSE CONTENT

Q

4ECHNOLOGIESÏEXPOSUREÏTOÏSENSORÏ TECHNOLOGIESÏANDÏTOOLSÏNECESSARYÏFORÏ data conditioning 7ORKmOWSÏSKILLSÏTOÏAPPLYÏ METHODOLOGIESÏANDÏWORKmOWSÏTOÏ enable data interpretation and ANALYSISÏ

AUDIENCE 0RACTICINGÏRESERVOIR ÏPRODUCTION ÏANDÏ facilities engineers and engineering and ASSETÏMANAGERS

AUDIENCE

AUDIENCE 0ETROLEUMÏENGINEERS ÏGEOLOGISTS Ï RESERVESÏANALYSTS ÏANDÏOTHERSÏINVOLVEDÏINÏ ESTIMATIONÏOFÏRESERVES PREREQUISITE Degree in engineering or geoscience, and KNOWLEDGEÏOFÏRESERVOIRÏENGINEERINGÏANDÏ PETROLEUMÏGEOLOGY



12/22/13 2:49 AM

RESERVOIR ENGINEERING Avocet Integrated Asset Modeler Fundamentals

ECLIPSE Applied Reservoir Simulation Fundamentals


FrontSim Streamline Reservoir Simulation





4HEÏCOURSEÏFOCUSESÏONÏUSEÏOFÏTHEÏ!VOCETÏ PLATFORMÏTOÏINTEGRATEÏTHEÏRESERVOIRÏWITHÏ THEÏSURFACEÏMODELSÏ)NSTRUCTIONÏINCLUDESÏ software installation.

)NÏTHISÏOVERVIEWÏOFÏTHEÏHISTORYÏANDÏ THEORYÏOFÏRESERVOIRÏSIMULATION ÏATTENDEESÏ STUDYÏTHEÏCRITICALÏAPPRAISALÏOFÏINPUTÏ DATA ÏCOMPUTATIONALÏREQUIREMENTS ÏDUALÏ POROSITY ÏGROUPÏCONTROLS ÏCONDENSATEÏ BEHAVIOR ÏHISTORY MATCHING ÏANDÏ production forecasting. Other topics can BEÏINCLUDEDÏBYÏPRIORÏARRANGEMENTÏ(ANDS ONÏEXERCISESÏUSINGÏSMALL SCALEÏSIMULATIONÏ MODELSÏIMPROVEÏYOURÏUNDERSTANDINGÏOFÏ RESERVOIRÏMECHANICSÏANDÏAPPRAISALÏOFÏ input data. The attendees are encouraged TOÏPRESENTÏRESERVOIRÏMODELSÏFORÏANALYSISÏ and discussion.

The focus of this course is on learning THEÏ%#,)03%Ï"LACKOILÏRESERVOIRÏSIMULATORÏ SOFTWARE ÏRATHERÏTHANÏSIMULATIONÏ METHODOLOGYÏ4HISÏFULLYÏIMPLICIT ÏTHREE PHASE Ï$ ÏGENERAL PURPOSEÏBLACK OILÏ SIMULATORÏINCLUDESÏSEVERALÏADVANCEDÏ FEATURESÏOFÏ%#,)03%ÏSIMULATORÏSOFTWARE

4HEÏ%#,)03%Ï&RONT3IMÏSTREAMLINEÏ BLACKÏOILÏSIMULATORÏISÏAÏTHREE PHASE Ï$Ï SIMULATORÏTHATÏMODELSÏMULTIPHASEÏmUIDÏ mOWÏALONGÏSTREAMLINESÏ!TTENDEESÏWILLÏ LEARNÏHOWÏTOÏVISUALIZEÏTHEÏDOMINANTÏmOWÏ PATHSÏANDÏDEPICTÏmUIDÏmOWÏBEHAVIORÏ WITHINÏCOMPLEXÏGEOLOGY ÏTHENÏTRANSFERÏ THISÏKNOWLEDGEÏINTOÏ%#,)03%ÏSIMULATORÏ APPLICATIONSÏ4HISÏCOURSEÏEMPHASIZESÏ the use of the software rather than the METHODOLOGYÏOFÏSIMULATIONÏSTUDIES

COURSE CONTENT Q

/VERVIEWÏOFÏKEYÏRESERVOIRÏNETWORKÏ COUPLINGÏFUNDAMENTALS

Q

#OUPLINGÏRESERVOIRSÏTOÏNETWORKS

Q


Q

#ONNECTINGÏMODELS

Q

!DDINGÏAÏ-ICROSOFTÏ%XCELÏPLANNING Ï RISK ÏANDÏRESERVESÏSOFTWAREÏMODELÏTOÏ AÏmOWÏDIAGRAM

Q

Q

%VALUATINGÏECONOMICSÏWITHÏ-ERAKÏ SOFTWAREÏMODELS 4RANSFERRINGÏCOMPOSITIONS

AUDIENCE !NYONEÏWANTINGÏTOÏINTEGRATEÏRESERVOIRSÏ WITHÏSURFACEÏMODELSÏUSINGÏTHEÏ!VOCETÏ PLATFORM PREREQUISITE

COURSE CONTENT

COURSE CONTENT Q

/VERVIEWÏOFÏHOWÏAÏSIMULATORÏ INITIALIZESÏANDÏEXECUTES

Q

"LOCK CENTEREDÏANDÏCORNER POINTÏGRIDÏ GEOMETRIES

Q


Q

3IMULATIONÏEQUATIONS $ATAÏANALYSIS

Q

!QUIFERÏDElNITION

Q

&INE GRIDÏANDÏSMALL SCALEÏMODELS

Q

Q

#OARSE GRIDÏANDÏFULL lELDÏMODELS

#ONTROLÏWELLSÏUNDERÏHISTORY MATCHINGÏ ANDÏPRODUCTIONÏREGIME

Q

3IMULATIONÏSTUDYÏPLANÏANDÏDESIGN

Q

Q

#OMPOSITIONALÏRESERVOIRÏASPECTS

%#,)03%Ï"LACKOILÏSIMULATORÏlLEÏ structure

Q

&RACTUREDÏRESERVOIRÏCONCEPTS

Q

AUDIENCE 2ESERVOIRÏENGINEERS ÏGEOSCIENTISTS ÏANDÏ OTHERÏTECHNICALLYÏTRAINEDÏINDIVIDUALSÏ INTERESTEDÏINÏLEARNINGÏTHEÏFUNDAMENTALSÏ OFÏ%#,)03%ÏSIMULATORÏSOFTWARE

Q

Q

PREREQUISITE 2ESERVOIRÏENGINEERINGÏBACKGROUND



Allocation of initial pressure and saturation distribution

Q

Q

0RODUCTION ÏRESERVOIR ÏORÏPROCESSÏ engineering background with knowledge OFÏEITHERÏ%#,)03%ÏORÏ0)0%3)-

Software

Q

Input rules 3PECIFYINGÏANDÏEDITINGÏINPUTÏANDÏ output data "UILDINGÏANDÏEXECUTINGÏAÏSIMULATIONÏ MODEL !NALYSISÏOFÏRESULTSÏTHROUGHÏ postprocessing

COURSE CONTENT Q

%#,)03%Ï&RONT3IMÏSIMULATORÏ FUNDAMENTALS

Q

&RONT TRACKINGÏANDÏTRACERÏSIMULATION

Q

#OMPRESSIBILITYÏANDÏCHANGINGÏ STREAMLINES

Q

&INITE DIFFERENCEÏANDÏSATURATIONÏ SOLVERS

Q

'RAVITYÏANDÏSEGREGATION

Q

0RESSURESÏGRIDSÏANDÏVELOCITYÏlELDS

Q

&LUIDS ÏROCKS ÏANDÏMODELÏINITIALIZATION

Q

%ND POINTÏSCALING

Q

PHASEÏBLACK OILÏMODELS

Q

!QUIFERS ÏWELLS ÏANDÏHISTORYÏMATCHING

Q

&ORECASTSÏANDÏWATERmOODÏ OPTIMIZATION

AUDIENCE

AUDIENCE

2ESERVOIRÏENGINEERS ÏGEOSCIENTISTS ÏANDÏ OTHERÏTECHNICALLYÏTRAINEDÏINDIVIDUALSÏ INTERESTEDÏINÏLEARNINGÏTHEÏ%#,)03%Ï "LACKOILÏSIMULATOR

2ESERVOIRÏENGINEERS ÏGEOSCIENTISTS ÏANDÏ TECHNICALLYÏTRAINEDÏINDIVIDUALSÏINTERESTEDÏ INÏLEARNINGÏRESERVOIRÏSIMULATIONÏUSINGÏTHEÏ %#,)03%Ï&RONT3IMÏSIMULATOR

PREREQUISITE

PREREQUISITE

%#,)03%Ï!PPLIEDÏ2ESERVOIRÏ3IMULATIONÏ &UNDAMENTALSÏCOURSEÏANDÏBACKGROUNDÏINÏ RESERVOIRÏENGINEERING

2ESERVOIRÏENGINEERINGÏBACKGROUNDÏANDÏ %#,)03%Ï!PPLIEDÏ2ESERVOIRÏ3IMULATIONÏ &UNDAMENTALSÏCOURSE


Field trips

Uses simulation

| 123 12/22/13 2:49 AM

RESERVOIR ENGINEERING MEPO Introduction Foundation – 3 Days

OFM Administration NEW

This course is designed to introduce THEÏAPPLICATIONÏOFÏ-%0/ÏTOÏRESERVOIRÏ ENGINEERSÏANDÏASSETÏTEAMSÏINVOLVEDÏ with related disciplines. The course WILLÏCOVERÏWORKmOWÏPROCESSESÏFORÏ SEVERALÏCONCRETEÏAPPLICATIONÏSCENARIOSÏ USINGÏINDUSTRYÏSTANDARDÏDESIGNÏANDÏ OPTIMIZATIONÏTECHNIQUESÏINÏRESERVOIRÏ SIMULATIONÏ&OLLOWINGÏANÏINTRODUCTIONÏTOÏ THEÏBASICÏFUNCTIONALITYÏOFÏTHEÏTOOLÏANDÏ PROJECTÏSTRUCTURE ÏTHEÏCOURSEÏATTENDEESÏ WILLÏBEÏGIVENÏAÏBRIEFÏSUMMARYÏOFÏ TERMINOLOGYÏANDÏCONCEPTSÏINÏUNCERTAINTYÏ MODELING ÏASSISTEDÏHISTORY MATCHING Ï ANDÏPRODUCTIONÏFORECASTING ÏFOLLOWEDÏBYÏ PRESENTATIONÏANDÏHANDS ONÏEXPERIENCEÏ GAINEDÏBYÏWORKINGÏWITHÏTHEÏAPPLICATIONÏ OFÏ-%0/Ï0RACTICALÏEXERCISESÏINCLUDEÏ PERFORMINGÏUNCERTAINTYÏANALYSESÏASÏWELLÏ ASÏINVESTIGATINGÏTHEÏINmUENCEÏOFÏVARIOUSÏ PARAMETERSÏONÏRESERVOIRÏMODELINGÏANDÏ ALTERNATIVEÏDEVELOPMENTÏSTRATEGIESÏ4HEÏ REMAINDERÏOFÏTHEÏCOURSEÏISÏDEDICATEDÏ TOÏPRINCIPLESÏANDÏPRACTICEÏOFÏ-%0/Ï WITHÏAÏFOCUSÏONÏHISTORYÏnÏMATCHINGÏ TASKSÏANDÏUNCERTAINTYÏQUANTIlCATIONÏ 3IGNIlCANTÏEMPHASISÏWILLÏBEÏPLACEDÏONÏ DESIGN ÏEXECUTION ÏANDÏPOSTPROCESSINGÏOFÏ RESERVOIRÏSIMULATIONÏRUNSÏ5SINGÏCAREFULLYÏ SELECTEDÏEXAMPLEÏCASESÏANDÏEXERCISES Ï the attendees will gain an understanding OFÏMETHODSÏANDÏMODELINGÏTECHNIQUESÏTHATÏ WILLÏENABLEÏTHEMÏTOÏMAKEÏUSEÏOFÏ-%0/ÏINÏ their routine tasks. COURSE CONTENT Q

)NTRODUCTIONÏTOÏ-%0/

Q

)NTRODUCTIONÏTOÏDYNAMICÏUNCERTAINTYÏ QUANTIlCATION

Q

%XPERIMENTALÏDESIGNS

Q

!NALYZINGÏFEATURES

Q

)NTRODUCTIONÏTOÏOPTIMIZATIONÏMETHODSÏ FORÏHISTORYÏMATCHINGÏANDÏRESERVOIRÏ OPTIMIZATION

Q

Q

General understanding on the use of -%0/Ï 7ORKmOWÏEXAMPLESÏANDÏBESTÏPRACTICE

AUDIENCE


NEW

This course will take the attendees THROUGHÏAÏSERIESÏOFÏHANDS ONÏEXERCISESÏ SPANNINGÏPROJECTÏCREATION ÏPROJECTÏ CONlGURATION ÏANDÏWORKSPACEÏ CUSTOMIZATIONÏ4HISÏCOURSEÏISÏDESIGNEDÏFORÏ technical support personnel rather than end users, and is therefore focused on THEÏ/&-ÏSOFTWAREÏUNDERLYINGÏSTRUCTUREÏ RATHERÏTHANÏITSÏANALYTICALÏFUNCTIONALITIESÏ 4HEÏ/&-ÏSOFTWAREÏPROVIDESÏAÏCOST EFFECTIVEÏANDÏINTEGRATEDÏENVIRONMENTÏINÏ WHICHÏTOÏACCOMPLISHÏCOMPLEXÏWORKmOWS Ï INÏADDITIONÏTOÏFORECASTINGÏANALYSISÏANDÏ VISUALIZATIONÏOFÏRESERVOIRÏANDÏPRODUCTIONÏ DATAÏ/&-ÏSOFTWAREÏENABLESÏEARLYÏ DETECTIONÏOFÏPRODUCTIONÏPROBLEMSÏANDÏ their possible causes, allowing engineers TOÏMANAGEÏAÏLARGERÏNUMBERÏOFÏWELLSÏINÏ LESSÏTIMEÏANDÏUNLOCKINGÏTHEÏASSETÏTOÏ produce at full potential. COURSE CONTENT Q

0ROJECTÏCREATIONÏ

Q

0ROJECTÏlLTERSÏ

Q

0ROJECTÏCONlGURATIONÏ/&-ÏSOFTWAREÏ WORKSPACEÏCUSTOMIZATIONÏ

Q

"ASEÏMAPÏCUSTOMIZATIONÏ

Q

Shared workspaces

Q

OFM software tools and settings

Q

')3ÏMAPS

AUDIENCE !NYONEÏWHOÏNEEDSÏTOÏCONlGUREÏORÏ support OFM software for end users.





This course introduces attendees to THEÏPRIMARYÏFUNCTIONALITIESÏOFÏTHEÏ/&-Ï SOFTWAREÏBYÏALLOWINGÏTHEÏATTENDEESÏTOÏ interact with a preprepared gas well OPERATIONSÏPROJECTÏ4HEÏmOWÏOFÏTHEÏ course centers on the attendee acting ASÏAÏMEMBERÏOFÏAÏlCTIONALÏENGINEERINGÏ TEAM ÏCHARGEDÏWITHÏACCOMPLISHINGÏAÏ NUMBERÏOFÏCOMMONÏTASKSÏUSINGÏTHEÏ/&-Ï SOFTWAREÏSUITEÏ4HEÏCOURSEÏCOVERSÏEACHÏ OFÏTHEÏREQUIREDÏTASKSÏ)NÏACCOMPLISHINGÏ THEÏTASKS ÏTHEÏATTENDEESÏAREÏEXPOSEDÏ TOÏTHEÏRANGEÏOFÏCOMMONÏFEATURESÏOFÏTHEÏ software application. During the course, the attendees will learn how to use the /&-ÏSOFTWAREÏASÏAÏQUALITYÏASSURANCEÏ TOOL ÏSEEKINGÏDElCIENCIESÏINÏTHEÏDATAÏ BEFOREÏUSINGÏTHEÏPROJECTÏDATAÏTOÏILLUSTRATEÏ PRIMARYÏANDÏDERIVEDÏPERFORMANCEÏ PARAMETERSÏ4HEÏCOURSEÏALSOÏCOVERSÏ GRAPHICALÏDISPLAYÏFEATURES ÏRANGINGÏFROMÏ tabular plots through line graphs to GIS MAP BASEDÏREPRESENTATIONS

This course introduces the attendees to THEÏPRIMARYÏFUNCTIONALITIESÏOFÏTHEÏ/&-Ï SOFTWAREÏBYÏALLOWINGÏTHEÏATTENDEESÏ to interact with a preprepared oil and WATERmOODÏPRODUCTIONÏPROJECTÏ4HEÏCOURSEÏ centers on the attendee acting as a MEMBERÏOFÏAÏlCTIONALÏENGINEERINGÏTEAM Ï CHARGEDÏWITHÏACCOMPLISHINGÏAÏNUMBERÏOFÏ COMMONÏTASKSÏINÏTHEÏ/&-ÏSOFTWAREÏSUITEÏ 4HEÏCOURSEÏCOVERSÏEACHÏOFÏTHEÏREQUIREDÏ TASKSÏ)NÏACCOMPLISHINGÏTHEÏATTENDEESÏAREÏ EXPOSEDÏTOÏTHEÏRANGEÏOFÏCOMMONÏFEATURESÏ of the software application. During the course, the attendees will learn how TOÏUSEÏTHEÏ/&-ÏSOFTWAREÏASÏAÏQUALITYÏ ASSURANCEÏTOOL ÏSEEKINGÏDElCIENCIESÏ INÏTHEÏDATAÏBEFOREÏUSINGÏTHEÏPROJECTÏ DATAÏTOÏILLUSTRATEÏPRIMARYÏANDÏDERIVEDÏ PERFORMANCEÏPARAMETERSÏ4HEÏCOURSEÏALSOÏ COVERSÏGRAPHICALÏDISPLAYÏFEATURESÏRANGINGÏ FROMÏTABULARÏPLOTSÏTHROUGHÏLINEÏGRAPHSÏTOÏ ')3ÏMAP BASEDÏREPRESENTATIONS

COURSE CONTENT Q

"RIEFÏWALKTHROUGHÏOFÏAÏFULLYÏ FUNCTIONINGÏPROJECTÏTOÏPROVIDEÏQUICKÏ set of reference points

Q


Q


Q


Q


PREREQUISITE

Q


None

Q


Q


AUDIENCE !NYONEÏRESPONSIBLEÏFORÏSETTINGÏUPÏ ANDÏMAINTAININGÏAÏPROJECTÏUSINGÏ/&-Ï software.

COURSE CONTENT Q

!ÏBRIEFÏWALKTHROUGHÏOFÏAÏFULLYÏ FUNCTIONINGÏPROJECT

Q


Q


Q


Q


Q


Q


Q


AUDIENCE !NYONEÏRESPONSIBLEÏFORÏSETTINGÏUPÏ ANDÏMAINTAININGÏAÏPROJECTÏUSINGÏ/&-Ï software. PREREQUISITE None

PREREQUISITE None

2ESERVOIRÏENGINEERS PREREQUISITE None



12/22/13 2:49 AM

RESERVOIR ENGINEERING Petrel Reservoir Engineering

Petrel Well Design






Skill – 2 Days

This course enables attendees to prepare ANDÏRUNÏAÏ0ETRELÏPLATFORMÏMODELÏFORÏ RESERVOIRÏSIMULATIONÏINÏ%#,)03% Ï%#,)03%Ï &RONT3IM ÏANDÏ).4%23%#4ÏSIMULATORÏ software. In this course, attendees will BUILDÏAÏ$ÏSIMULATIONÏMODELÏINSIDEÏTHEÏ 0ETRELÏPLATFORMÏBASEDÏONÏAÏGEOLOGICALÏ input data, add wells and well control RULES ÏCREATEÏBLACKÏOILÏmUIDÏMODELSÏANDÏ ROCKÏPHYSICSÏFUNCTIONS ÏANDÏSUBMITÏTHEÏ MODELÏTOÏTHEÏSIMULATORSÏ)NÏADDITION Ï PRACTICALÏAPPLICATIONÏOFÏMOSTÏ0ETRELÏ PLATFORMÏSIMULATIONÏPROCESSESÏWILLÏ be discussed and illustrated in the EXERCISESÏ/VERALL ÏPRE PROCESSINGÏANDÏ POST PROCESSINGÏOFÏSIMULATIONÏDATAÏ WILLÏBEÏDONEÏWITHINÏTHEÏ0ETRELÏPLATFORMÏ ENVIRONMENT

The purpose of this course is to introduce THEÏWELLÏDESIGNÏMODULEÏANDÏTHEÏDRILLINGÏ FUNCTIONALITIESÏINÏTHEÏ0ETRELÏPLATFORMÏ The attendees are guided through the preparation stage for data used in offset WELLÏANALYSIS ÏWHICHÏINCLUDESÏLOADINGÏOFÏ DRILLINGÏEVENTS ÏDRILLINGÏLOGS ÏANDÏUSINGÏENDÏ OFÏWELLÏREPORTSÏTOÏlLTERÏTHEÏKNOWLEDGEÏ DATABASEÏBY ÏFORÏEXAMPLE ÏDATAÏTYPE Ï CATEGORY ÏORÏEVENTÏSEVERITYÏ!TTENDEESÏ WILLÏBECOMEÏFAMILIARÏWITHÏTHEÏAVAILABLEÏ well design approaches, including an ENHANCEDÏMETHODÏALSOÏUSEDÏBYÏDRILLINGÏ ENGINEERSÏ(OWÏTOÏIMPORTÏTRAJECTORYÏANDÏ TARGETSÏFROMÏTHIRD PARTYÏAPPLICATIONSÏ SUCHÏASÏTHEÏ,ANDMARKÏ%$-ÏWILLÏALSOÏBEÏ introduced. After the planning phase, ATTENDEESÏWILLÏLEARNÏHOWÏREAL TIMEÏDATAÏ ACQUISITIONSÏAREÏHANDLEDÏINÏTHEÏ0ETRELÏ PLATFORM

)NÏTHISÏCOURSE ÏATTENDEESÏEXPLOREÏTHEÏ 0)0%3)-ÏmOWÏSIMULATOR ÏWHICHÏPROVIDESÏ STEADY STATE ÏMULTIPHASEÏmOWÏSIMULATIONÏ FORÏOILÏANDÏGASÏPRODUCTIONÏSYSTEMSÏ )NDIVIDUALÏ0)0%3)-ÏMODULESÏAREÏUSEDÏFORÏ AÏWIDEÏRANGEÏOFÏANALYSES ÏINCLUDINGÏWELLÏ MODELING ÏNODALÏANALYSIS ÏlELDÏPLANNING Ï ARTIlCIALÏLIFTÏOPTIMIZATION ÏANDÏPIPELINEÏ ANDÏPROCESSÏFACILITIESÏMODELINGÏ!ÏMAJORÏ FEATUREÏOFÏ0)0%3)-ÏSIMULATORÏSOFTWAREÏ ISÏTHEÏSYSTEMÏINTEGRATIONÏANDÏOPENNESSÏ THATÏALLOWSÏUSERSÏTOÏDEVELOPÏAÏ4OTALÏ 0RODUCTIONÏ3YSTEMÏ-ODELÏ4HEÏATTENDEESÏ will gain a general understanding of how 0)0%3)-ÏSIMULATORÏSOFTWAREÏISÏUSEDÏTOÏ DESIGNÏANDÏOPTIMIZEÏTOTALÏPRODUCTIONÏ SYSTEMSÏFROMÏTHEÏRESERVOIRÏTOÏTHEÏlNALÏ PROCESSINGÏDELIVERYÏPOINT

4HISÏCOURSEÏPROVIDESÏTOOLSÏANDÏPROCEDURESÏ FORÏANALYZINGÏPRODUCTIONÏDATAÏFROMÏ shale gas wells. The attendees will learn to use diagnostic plots and SPECIALÏANALYSISÏTECHNIQUESÏTOÏFORECASTÏ production. Attendees will also learn SCREENINGÏMETHODSÏFORÏSELECTINGÏWORKOVERÏ candidates.

COURSE CONTENT Q Q

3IMULATIONÏCASEÏSETUPÏ )NITIALIZATIONÏANDÏVOLUMEÏCALCULATION

Q


3IMULATIONÏRUNÏANDÏRESULTSÏVIEWINGÏ

Q

(ISTORYÏMATCHINGÏANDÏPREDICTIONÏ

Q

7EBMAPÏSERVICESÏ

Q

7ELLÏENGINEERINGÏ

Q

7ELLÏDESIGNÏ

Q

5PSCALINGÏANDÏADVANCEDÏCORNERÏPOINTÏ gridding

Q Q

$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTS Ï GEOPHYSICISTS ÏPETROLEUMÏENGINEERS Ï MANAGERS ÏRESERVOIRÏENGINEERS ÏANDÏ TECHNICALÏPERSONNELÏWITHÏPRIORÏEXPERIENCEÏ INÏ0ETRELÏPLATFORMÏSOFTWARE PREREQUISITE 0ETRELÏ&UNDAMENTALSÏCOURSEÏORÏEQUIVALENTÏ 0ETRELÏEXPERIENCE ÏANDÏGENERALÏKNOWLEDGEÏ OFÏRESERVOIRÏENGINEERINGÏORÏPETROLEUMÏ GEOLOGYÏANDÏGEOPHYSICS

Software

!NALYZEÏWELLÏPERFORMANCE

Q

$ESIGNÏOFÏMODELSÏFORÏPIPELINEÏANDÏ process facilities

Q

0ERFORMÏNODALÏANALYSIS

Q

$EVELOPÏBLACK OILÏANDÏCOMPOSITIONALÏ mUIDÏMODELS

7ELLÏPATHÏDESIGN

Q

3ELECTÏMULTIPHASEÏmOWÏCORRELATIONS


Q

3URFACEÏNETWORKÏMODELS

AUDIENCE

AUDIENCE

Drilling engineers, geologists, and petrotechnical personnel with FUNDAMENTALÏKNOWLEDGEÏINÏ0ETRELÏ PLATFORMÏSOFTWAREÏANDÏWHOÏNEEDÏ to understand well path design and OPTIMIZATIONÏWITHINÏTHEÏ0ETRELÏPLATFORM

!NYONEÏWANTINGÏTOÏLEARNÏSTEADY STATE Ï MULTIPHASEÏmOWÏSIMULATIONÏFORÏOILÏANDÏ GASÏPRODUCTIONÏSYSTEMSÏTOÏANALYZEÏ WELLÏPERFORMANCE ÏMODELÏPIPELINESÏANDÏ FACILITIES ÏANDÏPERFORMÏNODALÏANALYSISÏ USINGÏ0)0%3)-ÏSIMULATORÏSOFTWARE

PREREQUISITE

Q

&LOWÏREGIMESÏINÏUNCONVENTIONALÏ RESERVOIRSÏ

Q

"ASICSÏOFÏHYDRAULICÏFRACTURINGÏ

Q

'RAPHICALÏANALYSISÏTOOLS

Q

"ETAÏVALUEÏPLOT

Q

2ATEÏCUMULATIVEÏRATIOÏPLOTÏ

Q

2ATEÏINVERSEÏPLOTÏ

Q

2ATEÏTIMEÏPLOTÏ

Q

0RODUCTIONÏFORECASTINGÏ

Q

%STIMATIONÏOFÏRECOVERYÏ

Q

2ESTIMULATIONÏCANDIDATEÏSCREENING

AUDIENCE !NYONEÏWHOÏNEEDSÏTOÏANALYZEÏPRODUCTIONÏ DATAÏFROMÏSHALEÏGASÏWELLS PREREQUISITE /&-ÏSOFTWAREÏPROlCIENCYÏORÏ/&-Ï &UNDAMENTALSÏCOURSE

PREREQUISITE

0ETRELÏ&UNDAMENTALSÏCOURSE



Q

COURSE CONTENT

Q

AUDIENCE

COURSE CONTENT

COURSE CONTENT

None


Field trips

Uses simulation

| 125 12/22/13 2:49 AM

RESERVOIR ENGINEERING ECLIPSE Advanced Topics

ECLIPSE Compositional Simulation

ECLIPSE Equation of State and Pressure-TemperatureVolume


Skill – 5 Days

Skill – 5 Days

Skill – 5 Days

Skill – 2 Days

4HEÏ%#,)03%ÏSIMULATORÏSOFTWAREÏ SUITEÏPROVIDESÏSOLUTIONSÏFORÏTHEÏENTIREÏ SPECTRUMÏOFÏRESERVOIRÏSIMULATION ÏOFFERINGÏ NUMERICALÏSIMULATIONÏTECHNIQUESÏFORÏALLÏ TYPESÏOFÏRESERVOIRSÏANDÏALLÏDEGREESÏOFÏ COMPLEXITYÏ)FÏYOUÏAREÏANÏEXPERIENCEDÏ SIMULATIONÏENGINEERÏREADYÏTOÏADVANCEÏ YOURÏKNOWLEDGEÏOFÏ%#,)03%ÏSIMULATORÏ software, this course is structured for YOUÏ"ECAUSEÏOFÏTHEÏWIDEÏRANGEÏOFÏTOPICSÏ AVAILABLE ÏPLEASEÏSPECIFYÏTHEÏSUBJECTSÏOFÏ particular interest when registering.

)NÏTHISÏCOURSEÏONÏTHEÏ%#,)03%Ï#OMPOSITIONALÏ lNITE DIFFERENCEÏSIMULATOR ÏATTENDEESÏWILLÏ LEARNÏHOWÏTOÏSTUDYÏCOMPLEXÏHYDROCARBONÏ BEHAVIORÏPROBLEMSÏANDÏCOMPOSITIONALÏ CHANGESÏTHATÏOCCURÏINÏGEOLOGICALLYÏCOMPLEXÏ RESERVOIRSÏWHENÏTHEÏHYDROCARBONÏISÏ CONDENSATEÏORÏWHENÏCRUDEÏOILÏISÏVOLATILE

4HEÏ).4%23%#4Ï2ESERVOIRÏ3IMULATIONÏ COURSEÏINTRODUCESÏRESERVOIRÏENGINEERSÏ TOÏMETHODSÏOFÏCONSTRUCTINGÏSIMULATIONÏ MODELSÏUSINGÏ).4%23%#4ÏSIMULATORÏ SOFTWAREÏ4HEÏTRAININGÏDISCUSSESÏTHEÏMAINÏ FEATURESÏOFÏTHEÏ).4%23%#4ÏSIMULATORÏ RELATIVEÏTOÏWORKINGÏWITHÏINPUTÏDATAÏ FROMÏTHEÏ0ETRELÏPLATFORMÏORÏ%#,)03%Ï SIMULATORÏ!LONGÏTHEÏWAY ÏATTENDEESÏWILLÏ ALSOÏBEÏEXPOSEDÏTOÏTHEÏBASICÏFEATURESÏOFÏ THEÏ).4%23%#4ÏSIMULATORÏ4HEÏCOURSEÏ INCORPORATESÏINFORMATIONÏABOUTÏUSINGÏ 0ETRELÏPRE ÏANDÏPOSTÏPROCESSORSÏASÏTHEÏ PRIMARYÏFRONT ENDÏFORÏTHEÏ).4%23%#4Ï SIMULATOR

Q

"LACK OILÏANDÏCOMPOSITIONALÏMODELSÏ $ElNITIONS ÏEQUATIONS ÏASSUMPTIONS Ï APPROXIMATIONS ÏANDÏUNKNOWNS

4HEÏ%#,)03%Ï064IÏRESERVOIRÏSIMULATIONÏ SOFTWAREÏISÏANÏ%/3ÏPROGRAMÏFORÏ GENERATINGÏANDÏANALYZINGÏ064ÏDATAÏ BASEDÏONÏMEASUREMENTSÏOFÏPETROLEUMÏ MIXTURESÏ!TTENDEESÏWILLÏUSEÏTHEÏ SOFTWAREÏTOÏANALYZEÏLABORATORY DERIVEDÏ 064ÏINFORMATIONÏANDÏGENERATEÏINPUTÏDATAÏ FORÏ%#,)03%ÏSIMULATORSÏ4HISÏCOURSEÏWILLÏ INCREASEÏTHEÏATTENDEESÏUNDERSTANDINGÏ OFÏTHEÏWIDEÏRANGEÏOFÏ%/3ÏMODELSÏANDÏ FACILITIESÏAVAILABLEÏTOÏGROUPÏORÏPSEUDOIZEÏ mUIDÏCOMPONENTSÏAUTOMATICALLY

Q

064ÏPRACTICESÏANDÏPHASEÏBEHAVIORS

COURSE CONTENT

)NITIALIZATIONÏANDÏEND POINTÏSCALING

Q

3TRUCTUREÏANDÏKEYWORDS

Q

-ODELINGÏHORIZONTALÏWELLS

Q

Q

-ODELINGÏDOWNHOLEÏINmOWÏCONTROLÏ DEVICESÏUSINGÏMULTISEGMENTEDÏWELLS

-ISCIBLE ÏIMMISCIBLE ÏANDÏWATER ALTERNATING GASÏ7!' ÏDISPLACEMENTÏ OFÏANÏOILÏANDÏGASÏINJECTIONÏINTOÏ condensates

COURSE CONTENT Q

Q

7ELLÏANDÏGROUPÏCONTROLS

Q

'ASÏLIFTÏOPTIMIZATION

Q

!MALGAMATIONÏOFÏSURFACEÏFACILITIESÏ USINGÏRESERVOIRÏCOUPLING

COURSE CONTENT

Q

5SEÏOFÏ%#,)03%Ï064IÏANDÏ%#,)03%Ï #OMPOSITIONALÏSIMULATORÏTOÏMODELÏ SLIM TUBEÏDISPLACEMENTS

Q

&ULL lELDÏCOMPOSITIONALÏMODELS

Q

0ROPERTIESÏOFÏPUREÏSUBSTANCESÏANDÏ MIXTURES

Q

0ETROLEUMÏmUIDÏPHASEÏBEHAVIOR

Q

064ÏREPORTS

Q

1UALITY CHECKÏOFÏLABORATORYÏ MEASUREMENTS

Q Q

Q

3IMULATEÏEXPERIMENTSÏWITHÏ%#,)03%Ï 064I

Q

/VERVIEWÏOFÏRESERVOIRÏSIMULATIONÏ USINGÏTHEÏ).4%23%#4ÏSIMULATORÏ

Q

$ATAÏCREATIONÏTHROUGHÏTHEÏ0ETRELÏ 2ESERVOIRÏ%NGINEERINGÏAPPLICATIONÏ

%/3ÏMODELS

Q

0SEUDOÏCOMPONENTÏSPLITTINGÏANDÏ grouping

$ATAÏEDITINGÏUSINGÏTHEÏ%#,)03%Ï ).4%23%#4Ï-IGRATORÏ

Q

&IELDÏMANAGEMENTÏ

Q


Q

)MPORTANTÏBEHAVIORALÏDIFFERENCESÏINÏ %#,)03%ÏANDÏ).4%23%#4ÏSIMULATORÏ software

Q

.ETWORKÏMODELING

Q

&IRSTÏCONTACTÏMISCIBILITY

Q

&LUXÏBOUNDARYÏANDÏPRESSUREÏBOUNDARYÏ conditions

Q

#ONDENSINGÏGASÏDRIVEÏANDÏVAPORIZINGÏ GASÏDRIVE

Q

#ONVERGENCEÏISSUES

Q

4HERMODYNAMICS

Q

!CTIONSÏANDÏUSER DElNEDÏPARAMETERS

Q

3OLUTIONÏSCHEME

Q

'ASÏSUPPLYÏCONTRACTÏMODELINGÏ OPTIONAL

Q

Flash calculation

Q

%/3

Q

2ElNEMENTÏANDÏCOARSENINGÏOFÏLOCALÏ GRIDSÏOPTIONAL

Q

6ISCOSITYÏCORRELATIONS

AUDIENCE

Q

#HARACTERIZATIONÏANDÏCOMPONENTÏ LUMPING

2ESERVOIRÏENGINEERSÏINTERESTEDÏINÏ GENERATINGÏANDÏANALYZINGÏ064ÏDATA

AUDIENCE 2ESERVOIRÏENGINEERSÏEXPERIENCEDÏINÏ WORKINGÏWITHÏ%#,)03%ÏSIMULATORÏSOFTWAREÏ ANDÏWANTINGÏTOÏLEARNÏADVANCEDÏSIMULATIONÏ techniques.

Q

4UNINGÏ%/3ÏPARAMETERSÏUSINGÏ regression techniques

Q

064ÏTABLESÏASÏINPUTÏTOÏ%#,)03%Ï SIMULATORS

Q

0RINCIPLESÏOFÏMISCIBLEÏmOODING

Surface tension effects

PREREQUISITE

Q

.EAR CRITICALÏOILÏANDÏGASÏRELATIVEÏ PERMEABILITY

2ESERVOIRÏENGINEERINGÏBACKGROUNDÏANDÏ FAMILIARITYÏWITHÏRESERVOIRÏSIMULATION

PREREQUISITE

Q

3TANDARDÏLABORATORYÏEXPERIMENTS

%#,)03%Ï"LACKOILÏ2ESERVOIRÏ3IMULATIONÏ COURSEÏORÏEXPERIENCEÏASÏAÏSIMULATIONÏ ENGINEER ÏANDÏ%#,)03%Ï!PPLIEDÏ2ESERVOIRÏ 3IMULATIONÏ&UNDAMENTALSÏCOURSE

Q

$IFFUSIONÏPROCESSESÏINÏCOMPOSITIONALÏ SIMULATION

Q

.UMERICALÏDISPERSIONÏANDÏGRIDÏ ORIENTATIONÏNINE POINTÏSCHEME

Q

Q

Q

COURSE CONTENT

AUDIENCE 2ESERVOIRÏENGINEERSÏWORKINGÏONÏ SIMULATIONÏSTUDIES PREREQUISITE "ACKGROUNDÏINÏRESERVOIRÏENGINEERING

0ERFORMÏGAS WATERÏANDÏ#/ water SOLUBILITYÏMODELING 4RACERÏTRACKINGÏOFÏCOMPOSITIONALÏ COMPONENTS

AUDIENCE 2ESERVOIRÏENGINEERSÏWANTINGÏTOÏLEARNÏ COMPOSITIONALÏSIMULATIONÏUSINGÏTHEÏ %#,)03%Ï#OMPOSITIONALÏSIMULATOR PREREQUISITE +NOWLEDGEÏOFÏ064ÏORÏ%/3ÏMODELINGÏ RESERVOIRÏENGINEERINGÏBACKGROUNDÏORÏ FAMILIARITYÏWITHÏ%#,)03%Ï"LACKOILÏSIMULATOR



12/22/13 2:49 AM

RESERVOIR ENGINEERING OFM Waterflood Analysis

OFM Using Oil & Waterflood Examples (Intermediate)



Skill – 1 Day

Skill – 3 Days

Skill – 2 Days

Skill – 2 Days

)NÏTHISÏCOURSE ÏATTENDEESÏLEARNÏTOÏEMPLOYÏ THEÏ/&-ÏSOFTWAREÏTOÏAUTOMATICALLYÏORÏ GRAPHICALLYÏDElNEÏWATERmOODÏPATTERNSÏ USINGÏPRODUCTIONÏANDÏRESERVOIRÏDATAÏ 4HEÏATTENDEESÏWILLÏLEARNÏTOÏCOMBINEÏ THISÏINFORMATIONÏWITHÏPRESSUREÏDATAÏANDÏ 064ÏALGORITHMSÏTOÏDETERMINEÏRESERVOIRÏ VOLUMESÏANDÏVOIDAGEÏINÏADDITIONÏTOÏ GAININGÏEXPERIENCEÏINÏSETTINGÏUPÏPATTERNSÏ ANDÏPERFORMINGÏANALYSESÏONÏAÏWATER mOODÏPROJECT

4HISÏCOURSEÏEXTENDSÏTHEÏMATERIALSÏ COVEREDÏINÏTHEÏ/&-ÏSOFTWAREÏ FUNDAMENTALSÏCOURSEÏANDÏINTRODUCESÏTWOÏ KEYÏAREASÏOFÏFUNCTIONALITYÏFORECASTINGÏ ANDÏMAPPINGÏ4HEÏCOURSEÏINTRODUCESÏ THEÏATTENDEESÏTOÏAÏWIDEÏVARIETYÏOFÏ MAP BASEDÏVISUALIZATIONSBUBBLE ÏGRID Ï CONTOUR ÏSCATTER ÏANDÏSURFACEÏMAPSÏ)NÏ forecasting the OFM software offers a HIGHLYÏINTERACTIVEÏMODULEÏFORÏTHEÏUSERÏ TOÏHISTORYÏMATCHÏANDÏSUBSEQUENTLYÏ FORECASTÏPRODUCTIONÏ4HEÏWIDELYÏUSEDÏ !RPSÏTECHNIQUEÏISÏCOVERED ÏANDÏATTENDEESÏ CREATEÏFORECASTSÏUSINGÏAÏVARIETYÏOFÏ ASSUMPTIONSÏ4HISÏCOURSEÏINTRODUCESÏ064Ï ASÏAÏWAYÏOFÏACHIEVINGÏTHISÏGOALÏ0ATTERNÏ CREATIONÏANDÏMANAGEMENTÏTECHNIQUESÏ are now possible. A range of diagnostic TECHNIQUESÏISÏINTRODUCEDÏASÏAÏMEANSÏOFÏ ILLUSTRATINGÏTHEÏUNDERLYINGÏCAPABILITIESÏOFÏ the application.

4HISÏCOURSEÏBUILDSÏONÏTHEÏ0ETRELÏ2ESERVOIRÏ %NGINEERINGÏCOURSEÏANDÏGOESÏMOREÏINTOÏ DEPTHÏONÏMODELINGÏOFÏDEVIATEDÏWELLSÏ 4HEÏSTANDARDÏWELLÏMODELINGÏWITHÏTHEÏ %#,)03%ÏSIMULATORÏANDÏTHEÏ&RONT3IMÏ MODULEÏTREATSÏTHEÏENTIREÏWELLBOREÏASÏAÏ SINGLEÏENTITYÏTHEREFORE ÏTHEÏMODELÏCANNOTÏ take into account pressure changes along THEÏWELLBOREÏDUEÏTOÏFRICTION ÏVALVES ÏORÏ PUMPSÏ3UCHÏDEVICESÏAREÏOFTENÏUSEDÏWITHÏ HORIZONTALÏWELLSÏTOÏCONTROLÏTHEÏINmOWÏ PROlLEÏALONGÏTHEÏWELLÏTRACE

4HISÏCOURSEÏBUILDSÏONÏTHEÏ0ETREL Ï 2ESERVOIRÏ%NGINEERINGÏCOURSEÏANDÏFOCUSESÏ ONÏHOWÏTOÏUSEÏTHEÏ0ETRELÏPLATFORMÏFORÏ SENSITIVITYÏANDÏUNCERTAINTYÏSTUDIESÏ4HESEÏ STUDIESÏINVOLVEÏHOWÏTOÏRUNÏTHEÏSIMULATIONSÏ as well as how to use the tools that the 0ETRELÏPLATFORMÏOFFERSÏFORÏRESULTSÏVIEWING Ï INCLUDINGÏHISTOGRAMS ÏTORNADOÏPLOTS Ï SPREADSHEETS ÏANDÏLINEÏVECTORS

COURSE CONTENT Q

#ONlGURATIONÏOFÏSTATICÏANDÏDYNAMICÏ patterns

Q

5SEÏOFÏPRESSUREÏANDÏ064ÏDATA

Q

,OADINGÏOFÏRESERVOIRÏPROPERTYÏDATA

Q

2EVIEWÏOFÏOVERALLÏWATERmOODÏ PERFORMANCE

Q

!NALYSISÏOFÏWATERmOODÏBYÏPATTERN

Q

#ALCULATIONÏOFÏVOIDAGEÏREPLACEMENTÏ RATIOS ÏCOMPARISONÏBYÏPATTERN

Q

#REATIONÏOFÏGRIDÏMAPSÏBYÏWELLÏANDÏ pattern

Q

#REATIONÏOFÏWATERmOODÏCONTROLÏ diagnostic and Hall plots

Q

%STIMATINGÏPATTERNÏCONlGURATIONSÏANDÏ pattern outlines

AUDIENCE !NYONEÏWANTINGÏEXPERIENCEÏINÏSETTINGÏUPÏ PATTERNSÏANDÏPERFORMINGÏANALYSESÏONÏAÏ WATERmOODÏPROJECTÏINÏ/&-ÏSOFTWARE PREREQUISITE

COURSE CONTENT Q

)NTRODUCINGÏ064ÏBYÏVARIOUSÏMETHODSÏ

Q

#REATINGÏWATERmOODÏPATTERNSÏ

Q

#ONlGURINGÏ/&-ÏSOFTWAREÏFORÏ PATTERN BASEDÏCALCULATIONSÏ

Q

0ATTERNÏDIAGNOSTICSÏ

Q

Mapper applications

Q

"UBBLE ÏGRID ÏANDÏCONTOURÏMAPÏ

4HISÏCOURSEÏSHOWSÏHOWÏTOÏDElNEÏSECTORS Ï SELECTÏBOUNDARYÏCONDITIONS ÏANDÏRUNÏ SECTORÏMODELS COURSE CONTENT Q

3TANDARDÏWELLÏMODELÏVERSUSÏTHEÏ MULTISEGMENTEDÏWELLÏMODELÏ

Q


Q


Q

3CATTERÏANDÏMAPÏ89ÏPLOTSÏ

Q

Forecasting and forecast scenarios

Q


Q

(ISTORYÏMATCHÏTECHNIQUESÏ

Q


Q

/&-ÏSOFTWAREÏPROlCIENCYÏORÏ/&-Ï &UNDAMENTALSÏCOURSE


Ratio and calculated forecasts and reports

PREREQUISITE OFM software knowledge and/or the /&-Ï&UNDAMENTALSÏCOURSE



Q

4HEÏUNCERTAINTYÏANDÏOPTIMIZATIONÏ process

Q

4HEÏWORKmOWÏEDITORÏ

Q

Basic concepts in statistics

Q

6ISUALIZEÏRESULTSÏFROMÏAÏSENSITIVITYÏORÏ UNCERTAINTYÏSTUDYÏ

Q

3ECTORÏMODELS

Q

#USTOMIZEÏPREPAREDÏWORKmOWSÏINÏ 0ETRELÏSOFTWAREÏTOÏMEETÏUSERÏNEEDS

AUDIENCE 2ESERVOIRÏENGINEERSÏORÏGEOSCIENTISTSÏ WITHABOVEÏAVERAGEÏEXPERIENCEÏINÏTHEÏ DOMAIN PREREQUISITE


COURSE CONTENT


0ETRELÏ&UNDAMENTALSÏANDÏ0ETRELÏ2ESERVOIRÏ %NGINEERINGÏORÏEQUIVALENTÏEXPERIENCE

Software

4HEÏCOURSEÏBEGINSÏWITHÏSOMEÏBASICÏ CONCEPTSÏOFÏUNCERTAINTYÏANDÏHOWÏ THEYÏAREÏINTERPRETEDÏINÏTHEÏ0ETRELÏ PLATFORMÏSOFTWAREÏ.EXT ÏPERFORMINGÏ AÏSENSITIVITYÏSTUDYÏONCEÏTHEÏUNCERTAINÏ INPUTÏPARAMETERSÏAREÏIDENTIlEDÏWILLÏ BEÏPRESENTEDÏIE ÏTHEÏCOURSEÏGUIDESÏ the attendees through setting input DISTRIBUTIONS ÏSAMPLINGÏINPUTÏFROMÏ those distributions, and running the RESULTINGÏSIMULATIONÏCASESÏ)NÏTHEÏ SIMPLESTÏCONTEXT ÏTHEÏ0ETRELÏPLATFORMÏ ESTABLISHESÏAÏWORKmOWÏTHATÏALLOWSÏ FORÏRUNNINGÏAÏSENSITIVITYÏORÏUNCERTAINTYÏ STUDYÏINÏAÏFEWÏCLICKSÏ/CCASIONALLY ÏTHEÏ DEFAULTÏWORKmOWSÏMIGHTÏREQUIREÏBEINGÏ CUSTOMIZEDÏTOÏMEETÏTHEÏUSERSÏNEEDSÏ4HEÏ COURSEÏWILLÏINTRODUCEÏAÏNUMBERÏOFÏWAYSÏTOÏ ADDÏFUNCTIONALITYÏTOÏTHEÏBASICÏWORKmOWSÏ TOÏMEETÏTHEÏUSERSÏSPECIlCÏNEEDSÏFORÏ DElNINGÏINPUTÏORÏREPORTINGÏRESULTS

Q

AUDIENCE $EVELOPMENTÏGEOSCIENTISTS ÏDEVELOPMENTÏ RESERVOIRÏENGINEERS ÏPRODUCTIONÏ engineers.

NEW

Field trips

Uses simulation

AUDIENCE 2ESERVOIRÏENGINEERS ÏGEOLOGISTS Ï GEOPHYSICISTSÏWITHÏPREVIOUSÏRESERVOIRÏ engineering knowledge. PREREQUISITE 0ETRELÏ2ESERVOIRÏ%NGINEERINGÏCOURSEÏORÏ EQUIVALENTÏ0ETRELÏEXPERIENCE

| 127 12/22/13 2:49 AM

RESERVOIR ENGINEERING Petrel Geological Workflows and Uncertainty Analysis Skill – 2 Days

NEW

Petrel Reservoir Geomechanics Skill – 2 Days

NEW

4HISÏTWO FOLDÏCOURSEÏAIMSÏTOÏGIVEÏ the attendees insight into the 7ORKmOWÏEDITORÏANDÏTHEÏ5NCERTAINTYÏ ANDÏ/PTIMIZATIONÏPROCESSÏINÏ0ETRELÏ PLATFORMÏSOFTWAREÏWITHÏAÏFOCUSÏONÏ GEOLOGICALÏMODELINGÏ$URINGÏTHEÏlRSTÏ DAY ÏTHEÏCOURSEÏWILLÏFOCUSÏONÏHOWÏTOÏ USEÏPREDElNEDÏWORKmOWSÏANDÏHOWÏTOÏ CREATEÏYOURÏOWNÏWORKmOWSÏFORÏBATCHÏ processing and operations, in addition to setting up, editing, and repeating PROCESSESÏWITHÏNEWÏDATAÏFORÏAÏCOMPLETEÏ ANDÏSTANDARDIZEDÏRESERVOIRÏMODELINGÏ WORKmOWÏ4OÏTAKEÏFULLÏADVANTAGEÏOFÏ THEÏUNCERTAINTYÏHANDLINGÏINÏTHEÏ0ETRELÏ PLATFORM ÏTHEÏATTENDEEÏWILLÏNEEDÏTOÏ HAVEÏANÏUNDERSTANDINGÏOFÏTHEÏ7ORKmOWÏ EDITORÏMODULE ÏWHICHÏISÏTHEÏCORNERSTONEÏ OFÏTHEÏ5NCERTAINTYÏANDÏ/PTIMIZATIONÏ process. The attendee will be also GIVENÏSOMEÏEXAMPLESÏONÏGEOLOGICALÏ WORKmOWSÏ/NÏDAYÏTWO ÏTHISÏCOURSEÏWILLÏ FOCUSÏONÏUNDERSTANDINGÏSENSITIVITIESÏANDÏ UNCERTAINTIESÏOFÏAÏBASEÏCASEÏVOLUMETRICÏ RESERVOIRÏMODELÏ3TRUCTURALÏUNCERTAINTIESÏ RELATEDÏTOÏSURFACESÏWILLÏBEÏEXPLORED ÏASÏ WELLÏASÏSTOCHASTICÏPARAMETERSÏRELATEDÏTOÏ THEÏPROPERTYÏMODELÏ!LSO ÏTHEÏUNCERTAINTYÏ RELATEDÏTOÏTHEÏCONTACTSÏDElNINGÏTHEÏ VOLUMEÏCASEÏWILLÏBEÏEXAMINED

4HISÏCOURSEÏINTRODUCESÏRESERVOIRÏ ENGINEERSÏANDÏCONSULTANTSÏTOÏSOMEÏ BASICÏCONCEPTSÏINÏGEOMECHANICSÏANDÏ THEÏ0ETRELÏPLATFORMÏPRODUCTÏ!TTENDEESÏ will learn how to incorporate data about GEOMECHANICALÏEFFECTSÏINTOÏRESERVOIRÏ MODELSÏOFÏWELLÏPRODUCTIONÏBEHAVIOR

COURSE CONTENT

AUDIENCE

)NÏADDITIONÏTOÏINTRODUCINGÏGEOMECHANICSÏ concepts, this course presents the TYPESÏOFÏDATAÏUSEDÏFORÏGEOMECHANICALÏ MODELINGÏINÏTHEÏPETROLEUMÏINDUSTRY Ï ANDÏSOMEÏOFÏTHEÏGEOMECHANICALÏEFFECTSÏ OBSERVEDÏINÏOILÏANDÏGASÏRESERVOIRSÏANDÏ THEÏSUBSURFACEÏDURINGÏHYDROCARBONÏ production. The course also includes HOWÏTOÏBUILDÏRESERVOIRÏMODELSÏTHATÏSHOWÏ GEOMECHANICALÏEFFECTSÏSUCHÏASÏPRESSURE Ï stress, and strain, as well as data on RESERVOIRÏmOW ÏILLUSTRATINGÏTHEÏEFFECTSÏ OVERÏTIME ÏANDÏHOWÏTOÏBUILDÏRESERVOIRÏ GEOMECHANICALÏMODELSÏUSINGÏTHEÏ0ETRELÏ PLATFORM COURSE CONTENT Q


Q


Q

4HEÏUSEÏOFÏ0ETRELÏPLATFORMÏ GEOMECHANICSÏSOFTWARE

Q


Q


2ESERVOIRÏENGINEERSÏANDÏGEOTECHNICALÏ consultants.


PREREQUISITE


0ETRELÏPLATFORMÏANDÏ%#,)03%ÏSIMULATORÏ software.

Q Q

Q

Q

"ECOMINGÏFAMILIARÏWITHÏTHEÏ 5NCERTAINTYÏANDÏ/PTIMIZATIONÏPROCESSÏ 3ENSITIVITYÏANDÏUNCERTAINTYÏANALYSISÏ setup

Q


Q


Q


Q


AUDIENCE

ECLIPSE Simulation of Naturally Fractured Reservoirs


Advanced – 5 Days

Advanced – 5 Days

4HISÏWORKSHOPÏCOURSEÏCOVERSÏOILÏ RECOVERYÏMECHANISMSÏANDÏNUMERICALÏ SIMULATIONÏISSUESÏINÏFRACTUREDÏRESERVOIRSÏ !TTENDEESÏWILLÏHAVEÏANÏOVERVIEWÏOFÏ FRACTUREDÏRESERVOIRSÏANDÏHOWÏTOÏBUILDÏ ANDÏRUNÏSIMULATIONSÏWITHÏAÏCOMPOSITIONALÏ SIMULATORÏ#ONVERSIONÏOFÏSINGLEÏPOROSITYÏ DATASETÏTOÏDUALÏPOROSITYÏWILLÏBEÏCOVEREDÏ !PPROXIMATELYÏHALFÏTHEÏCOURSEÏISÏDEVOTEDÏ TOÏPROBLEMÏSOLVINGÏINÏAÏWORKSHOPÏFORMATÏ using related software applications.

4HERMALÏRECOVERYÏMETHODSÏAREÏTYPICALLYÏ USEDÏINÏHEAVYÏOILÏRESERVOIRSÏWHEREÏTHEÏOILÏ VISCOSITYÏISÏHIGHÏATÏRESERVOIRÏTEMPERATURESÏ BUTÏREDUCESÏASÏTHEÏTEMPERATUREÏ increases. Attendees will learn how to USEÏTHEÏ%#,)03%Ï4HERMALÏSIMULATORÏTOÏ EXTENDÏTHEÏ%#,)03%Ï"LACKOILÏSIMULATORÏTOÏ STUDYÏPROBLEMSÏSUCHÏASÏSTEAMÏINJECTION Ï HOTÏmUIDÏORÏGASÏINJECTION ÏWELLBOREÏ HEATERS ÏANDÏSIMPLEÏCOMBUSTION

COURSE CONTENT

COURSE CONTENT Q

064ÏPRACTICESÏANDÏPHASEÏBEHAVIORÏ CONCEPTSÏOFÏHEAVYÏOILS

&RACTURE NETWORKÏDEVELOPMENTÏANDÏ 3IMULATIONÏOFÏFRACTUREDÏRESERVOIRS

Q

7ORLDWIDEÏTHERMALÏRECOVERYÏ processes and screening criteria

Q

7ELLÏTESTINGÏINÏFRACTUREDÏRESERVOIRS

Q

Q

#OMPARISONÏOFÏSINGLE ÏANDÏDUAL POROSITYÏWELLÏTESTS

+EYÏFEATURESÏOFÏTHERMALÏRESERVOIRÏ SIMULATION

Q

%QUATIONSÏINÏ%#,)03%Ï4HERMALÏ SIMULATORÏSOFTWARE

Q

3TEAM ASSISTEDÏGRAVITYÏDRAINAGEÏ RECOVERYÏANDÏTHEÏMULTISEGMENTEDÏ WELLÏMODEL

Q

3IMULATIONÏOFÏFOAMYÏOIL

Q

3TRUCTUREÏREQUIREMENTSÏANDÏKEYWORDSÏ FORÏ%#,)03%Ï4HERMALÏSIMULATORÏ software

Q

&UNDAMENTALSÏOFÏFRACTUREDÏRESERVOIRS

Q

Q

/ILÏRECOVERYÏMECHANISMSÏINÏFRACTUREDÏ RESERVOIRS

Q

#ALCULATIONÏOFÏGRAVITYÏIMBIBITIONSÏANDÏ drainage

Q

$UAL POROSITYÏANDÏDUAL PERMEABILITYÏ SYSTEMS

Q

6ISCOUSÏDISPLACEMENTÏOPTION

Q

-ATRIXÏRELATIVEÏPERMEABILITYÏ MODIlCATIONS

AUDIENCE

Q

$IFFUSIONÏINÏBLACKÏOILÏSIMULATION

Q

$ISCRETIZEDÏMATRIXÏMODEL

2ESERVOIRÏENGINEERSÏINTERESTEDÏINÏLEARNINGÏ SIMULATIONÏOFÏTHERMALÏPROCESSESÏUSINGÏ %#,)03%Ï4HERMALÏSIMULATOR

Q

!LTERNATEÏGRAVITYÏDRAINAGEÏMODEL

PREREQUISITE

Q

#ONDUCTIVEÏFAULTS

%XPERIENCEÏWITHÏTHEÏ%#,)03%Ï"LACKOILÏ SIMULATOR

Q

Grid generation in fractured RESERVOIRS

Q

$IFFUSIONÏINÏCOMPOSITIONALÏSIMULATION

Q

3IMULATIONÏOFÏTRIPLE POROSITYÏSYSTEMS

AUDIENCE 2ESERVOIRÏENGINEERSÏINTERESTEDÏINÏLEARNINGÏ NUMERICALÏSIMULATIONÏOFÏFRACTUREDÏ RESERVOIRSÏUSINGÏ%#,)03%ÏSIMULATORS PREREQUISITE %XPERIENCEÏWITHÏ%#,)03%ÏSINGLE POROSITYÏ SIMULATIONS

2ESERVOIR ÏDEVELOPMENT ÏANDÏEXPLORATIONÏ GEOLOGISTS ÏPETROPHYSICISTS ÏANDÏTECHNICALÏ PERSONNELÏEXPERIENCEDÏWITHÏTHEÏ0ETRELÏ PLATFORM PREREQUISITE 0ETRELÏ&UNDAMENTALSÏCOURSEÏANDÏTHEÏ 0ETRELÏ'EOLOGYÏCOURSE



12/22/13 2:49 AM

RESERVOIR ENGINEERING MEPO Advanced NEW

Advanced – 2 Days

This course has been designed to INTRODUCEÏSOMEÏADVANCEDÏCAPABILITIESÏ OFÏTHEÏ-%0/ÏOPTIMIZERÏSOFTWAREÏTOÏ RESERVOIRÏENGINEERSÏANDÏASSETÏTEAMSÏ INVOLVEDÏWITHÏRELATEDÏDISCIPLINESÏ4HEÏ UNCERTAINTYÏPARAMETERÏISÏVERYÏIMPORTANTÏ WITHÏRESPECTÏTOÏDElNINGÏDISTRIBUTIONSÏ ANDÏALSOÏMAINTAININGÏCORRELATIONÏ AMONGÏTHEMÏWHENÏTHEYÏAREÏCHANGINGÏ INDIVIDUALLYÏ$URINGÏTHEÏHISTORYÏMATCHÏ SESSION ÏDATAÏQUALITYÏCONTROL ÏRANKINGÏ PARAMETERSÏFORÏHISTORYÏMATCHING ÏANDÏ AÏSTRUCTUREDÏWORKmOWÏEXAMPLEÏWILLÏBEÏ PRESENTEDÏ0ROXYÏMODELINGÏTECHNIQUESÏ WILLÏBEÏDISCUSSEDÏ0RODUCTIONÏOPTIMIZATIONÏ WILLÏALSOÏBEÏCOVERED ÏINÏADDITIONÏTOÏ SPREADSHEETÏMAPPING Ï.06ÏCALCULATION Ï DYNAMICÏSCHEDULINGÏOFÏINlLLÏWELLS Ï and constraint handling. All of these SUBSECTIONSÏWILLÏBEÏPRACTICEDÏBYÏRUNNINGÏ AÏTUTORIALÏ4HEÏREMAINDERÏOFÏTHEÏCOURSEÏ ISÏDEDICATEDÏTOÏREVIEWINGÏNEWÏ-%0/Ï OPTIMIZERÏOPTIONSÏPRACTICEÏONÏMOREÏ APPLIEDÏTASKSÏANDÏEMPHASISÏONÏTHEÏUSEÏ OFÏSEVERALÏ-%0/ÏOPTIMIZERÏAPPLICATIONSÏ 5SINGÏAÏCAREFULLYÏSELECTEDÏEXAMPLEÏCASESÏ ANDÏEXERCISES ÏTHEÏATTENDEESÏWILLÏGAINÏANÏ UNDERSTANDINGÏOFÏMETHODSÏANDÏMODELINGÏ TECHNIQUESÏTHATÏWILLÏENABLEÏTHEMÏTOÏMAKEÏ USEÏOFÏTHEÏ-%0/ÏOPTIMIZERÏINÏTHEIRÏROUTINEÏ tasks.

Q

,ARGEÏlELDÏHISTORYÏMATCHINGÏ )NTEGRATEDÏMODELING

Q

/PTIMIZATIONÏOFÏWELLÏPLACEMENT

Q

3PREADSHEETÏTOOLSÏFORÏ.06Ï OPTIMIZATIONÏ

Q Q

Petrel Proxy Modeling and Optimization

Advanced – 1 Day

Advanced – 2 Days

This course focuses on topics outside the RANGEÏOFÏFEATURESÏCOMMONÏTOÏDAY TO DAYÏ USEÏOFÏTHEÏ/&-ÏWELLÏANDÏRESERVOIRÏ ANALYSISÏSOFTWAREÏBUTÏTHATÏAREÏVALUABLEÏ to the end user. Attendees will learn SIGNIlCANTLYÏMOREÏEFFECTIVEÏWAYSÏTOÏWORKÏ WITHÏANÏ/&-ÏPROJECT ÏINCLUDINGÏEXAMININGÏ COMMONÏWORKmOWSÏUSINGÏ/&-ÏSOFTWARE

4HISÏCOURSEÏCOVERSÏHOWÏTOÏBEGINÏUSINGÏ EXPERIMENTALÏDESIGNSÏWITHÏTHEÏ0ETRELÏ PLATFORMÏ"ECAUSEÏRUNNINGÏSIMULATIONSÏISÏ COMPUTERÏPROCESSINGÏUNITÏ#05 ÏINTENSIVE Ï there is a long tradition for designing COMPUTERÏEXPERIMENTSÏTOÏREDUCEÏTHEÏ NUMBERÏOFÏRUNSÏNECESSARYÏINÏASSESSINGÏ THEÏPRIMARYÏRELATIONSÏBETWEENÏINPUTÏ PARAMETERSÏANDÏCOMPUTEDÏRESPONSEÏ )NÏTHEÏ0ETRELÏPLATFORM ÏSEVERALÏTOOLSÏ AREÏAVAILABLEÏTHATÏASSISTÏTHEÏUSERÏINÏ MAKINGÏSURROGATEÏMODELSÏnÏPROXYÏ MODELSÏnÏTHATÏCANÏMIMICÏTHEÏSIMULATIONÏ MODELÏANDÏTHATÏAREÏINEXPENSIVEÏTOÏ EVALUATEÏ4HESEÏMODELSÏCANÏBEÏUSEFULÏINÏ SENSITIVITYÏSTUDIES ÏDEVELOPMENTÏSCENARIOÏ ASSESSMENTS ÏANDÏINÏOPTIMIZATIONÏ OPERATIONSÏEG ÏCOMPLETIONÏATTRIBUTEÏ DESIGNÏ4HISÏCOURSEÏISÏWORKmOWÏBASEDÏ INÏWHICHÏPREVIOUSÏ0ETRELÏPLATFORMÏ KNOWLEDGEÏISÏUSEDÏTOÏSOLVEÏTHEÏTASKSÏ described.

!TTENDEESÏWILLÏEXPLOREÏTHEÏUSEÏOFÏ THEÏ4ECHLOGÏPLATFORMÏBASEÏMODULESÏ 4ECHPLOT Ï4ECHDATA Ï1UANTI ÏANDÏ1UANTI MINÏ)NÏTHISÏCLASS ÏATTENDEESÏWILLÏACQUIREÏ AÏSOLIDÏFOUNDATIONÏINÏTHEÏDATAÏMODELÏ within the Techlog application and the foundation utilities for loading, UNLOADING ÏMANIPULATING ÏANDÏDISPLAYINGÏ DATAÏINÏTHEÏSYSTEM ÏINCLUDINGÏCOREÏANDÏ IMAGESÏ$ETERMINISTICÏCALCULATIONSÏANDÏ the principles behind the application WORKmOWÏINTERFACEÏFORÏSINGLE ÏANDÏ MULTIWELLÏUSEÏAREÏCOVEREDÏINÏTHISÏCOURSEÏ INÏADDITIONÏTOÏSTUDYINGÏMULTIPLEÏLOGÏ ANDÏCOMPONENTÏINVERSIONÏTECHNIQUES Ï THIN BEDÏANALYSIS ÏANDÏINTEGRATIONÏOFÏ DIFFERENTÏTYPESÏOFÏDATAÏTOÏENHANCEÏTHEÏ interpretation process. Attendees will ALSOÏLEARNÏHOWÏTOÏPERFORMÏDAY TO DAYÏ TASKSÏWITHINÏTHEÏ4ECHLOGÏPLATFORMÏSUITEÏ ANDÏLEARNÏADVANCEDÏTECHNIQUESÏFORÏ IMPROVINGÏTHEÏANALYSISÏRESULTS

COURSE CONTENT

COURSE CONTENT

COURSE CONTENT Q

3TUDYÏOFÏWORKSPACES

Q

,INKSÏTOÏEXTERNALÏAPPLICATIONS

Q

2EVIEWSÏOFÏFORECASTÏRESULTS

Q

!DVANCEDÏTABLEÏTYPES ÏINCLUDINGÏ FOREIGNÏKEYÏANDÏLOOKUP

Q

)NTRODUCTIONÏTOÏ064ÏFUNCTIONALITY

Q

Creation of user functions

Q

-AKINGÏTHEÏBASEÏMAPÏAÏDYNAMICÏTOOL

Q

Q

Q

Q

Techniques for creating continuous PRESSUREÏDATAÏSTREAMS #REATIONÏANDÏANALYSISÏOFÏWATERmOODÏ patterns

Scripts

NEW

Techlog Formation Evaluation Advanced – 5 Days

Q

Q

'ENERATIONÏOFÏWATERmOOD SPECIlCÏ ANALYSESÏEG ÏVOIDAGEÏREPLACEMENTÏ RATIO

4HEÏ5NCERTAINTYÏANDÏOPTIMIZATIONÏ process


Q

0ROXYÏMODELSÏANDÏTHEIRÏCREATION

Q

$ATAÏMANAGEMENTÏANDÏ1#

Q

!NALYSISÏOFÏINPUTÏDATA

Q


)NJECTION WELLÏSPECIlCÏANALYSISÏ(ALLÏ PLOT

Q

5SINGÏPROXYÏMODELSÏFORÏSENSITIVITYÏ ANDÏUNCERTAINTYÏWORKmOWS

Q


AUDIENCE

COURSE CONTENT Q

OFM Advanced Topics

!NYONEÏINTERESTEDÏINÏLEARNINGÏMOREÏ ADVANCEDÏANDÏEFFECTIVEÏWAYSÏTOÏWORKÏ WITHÏANÏ/&-ÏPROJECTÏUSINGÏCOMMONÏ WORKmOWS PREREQUISITE /&-ÏPROlCIENCYÏORÏ/&-Ï&UNDAMENTALSÏ course.

#ONSTRAINTÏHANDLINGÏINÏTHEÏ-%0/Ï OPTIMIZER

AUDIENCE 2ESERVOIRÏENGINEERS

Q


Q

/PTIMIZATIONÏOPERATIONSÏSETÏUPÏANDÏ run

Q


Q

/PTIMIZATIONÏUSINGÏAÏPROXY

Q


Q


AUDIENCE %XPERIENCEDÏRESERVOIRÏENGINEERS Ï RESERVOIRÏGEOLOGISTS ÏANDÏGEOPHYSICISTSÏ WITHÏSOLIDÏRESERVOIRÏENGINEERINGÏ knowledge. PREREQUISITE 0ETRELÏ!SSISTEDÏ(ISTORYÏ-ATCHINGÏANDÏ 5NCERTAINTYÏ!NALYSISÏCOURSEÏORÏEQUIVALENTÏ 0ETRELÏEXPERIENCE

AUDIENCE $EVELOPMENTÏANDÏEXPLORATIONÏLOGÏANALYSTSÏ ANDÏPETROPHYSICISTSÏWITHÏLIMITEDÏORÏ NOÏEXPERIENCEÏUSINGÏ4ECHLOGÏPLATFORMÏ software. PREREQUISITE 4ECHLOGÏ&UNDAMENTALSÏCOURSE

PREREQUISITE None

Software




Field trips

Uses simulation

| 129 12/22/13 2:49 AM

PRODUCTION ENGINEERING COMPETENCY LEVEL

Artificial Lift

ADVANCED

Well Intervention

Well Performance and Completions Production Data Analysis: Shale Gas, Tight Gas and Coal-Bed Methane

Electric Submersible Pumps - Advanced

Assuring Flow from Pore to Process Full Life-Cycle Fluid Evaluation: Downhole to Laboratory Advanced Production Data Analysis and Nodal Analysis Applied Production Logging and Reservoir Monitoring

SKILL

Advanced Gas Lift Design and Troubleshooting

Hydraulic Fracture Treatment Design and Quality Control

Advanced Nodal Analysis for Production Engineers

High Gas-Oil Ratio Well Liquid UnLoading

Acid Stimulation Techniques

Subsurface Surface Production Optimization

Introduction to High-Temperature ESP Applications

Fishing, Perforating and other Slickline Applications

Electric Submersible Pumps: Applications Engineering

Sand Control

Design, Diagnosis and Optimization of Gas Lift Systems

Formation Damage and Mitigation

Oilfield Water Management

Sucker Rod Pumps - Application Engineering

Advanced Slickline Operations

Production Technology: Heriot-Watt University Program

Artificial Lift Technology

Hydraulic Fracturing


FOUNDATION

Integrated Production and Well Operations Modeling Using a Physical Simulator

Workovers and Completions

Slickline Operations

Nodal Analysis: Subsurface Operations

General Production Engineering

Introduction to Flow Assurance

Completion and Production Engineering

AWARENESS




12/22/13 2:49 AM

PRODUCTION ENGINEERING OLGA

OFM Advanced Topics

OLGA Advanced Flow Assurance


PIPESIM

Avocet

Petrel

COMPETENCY LEVEL ADVANCED SOFTWARE

OFM

PIPESIM Artificial Lift Design and Optimization


SKILL

OFM Waterflood Analysis OFM Using Oil and Waterflood Examples (Intermediate)

OFM Administration

OLGA Flow Assurance



OLGA Well Dynamics



FOUNDATION


Software




Field trips

Uses simulation

| 131 12/22/13 2:49 AM

PRODUCTION ENGINEERING Introduction to Production Engineering

Artificial Lift Technology


Completion and Production Engineering





This course focuses on the basics on production engineering that attendees need to improve their asset team interactions. The attendees will learn about the role of production engineering in building capacity and maximizing production performance using tools including well testing, nodal analysis, and artificial lift. This engineering overview covers the equipment and techniques that production engineers employ both downhole and on the surface.

This introductory course will increase the attendee’s knowledge of artificial lift methods and the factors that affect optimal designs and operations, including fluid properties and multiphase flow regimes. An overview of lift techniques, technologies, and equipment also covers alternate deployment scenarios and multisensor applications for surveillance and optimization. Attendees will learn strategies and best practices for field production optimization and when and how nodal systems analysis can be applied to lift performance optimization.

Production logging tools have specific uses as well as limitations. Attendees will learn the various applications for these tools, the interpretation assumptions that are integral to their designs, and how log quality is affected by the acquisition process. Hands-on demonstrations teach the fundamentals of production log interpretation, and an in-class workshop focuses on the interpretation of single- and two-phase flow. Discussion includes use of these logs for measurement of three-phase flow.

This course covers the role of the well, how its production performance can impact the larger integrated production system, and considerations for completion design. Attendees will learn the selection criteria for the main completion components, including the field operational and ongoing production management concerns. Hands-on exercises demonstrate the factors that affect well flow behavior and productivity.

COURSE CONTENT

COURSE CONTENT

COURSE CONTENT Q Q

Overview of production engineering Reservoir fundamentals and nodal analysis

Q

Fluid flow fundamentals Blackoil PVT Inflow performance

Q

Well testing

Q

Q

Lower and upper completions, perforations, and sand control

Q Q

Nodal analysis

Q

Completion fluids

Q

Comparison of artificial lift methods

Q

Multilaterals

Q

Progressive cavity pump systems

Q

Well completion equipment

Q

Beam pump systems

Q

Production logging

Q

Electrical submersible pump systems

Q

Artificial lift

Q

Gas lift systems

Q

Stimulation

Q

Q

Surface facilities

Inflow and outflow performance and productivity index for oil wells and gas wells

Q

Tool conveyance using tractors and coiled tubing

Q

Depth control in cased wells using gamma ray and casing collar locator data

Q

AUDIENCE Anyone involved with well surveillance, maximizing recovery, or identifying production problems in artificially lifted wells.

PREREQUISITE

PREREQUISITE

None

None

Completions for vertical, deviated, horizontal, and multilateral wells

Q

Pressure-control system for rigless operation

Q

Reservoir fluids properties, including gas/oil ratio, bubblepoint pressure, three-phase diagrams

Artificial lift selection

Anyone wanting a better understanding of basic production processes and operations.

AUDIENCE

Q

COURSE CONTENT Q

Integrated production systems: Completion methods, engineering, exploitation, and reservoir classification based on the fluid types

Q

Flow behavior: Flow in porous media, well deliverability, completion effects, flow in pipes, choke performance, and systems analysis

Q

Design considerations: Tubing, tubing loads and movement, tubular connections, and casing

Q

Equipment selection: Completion equipment, casing and casing suspension, wellheads, tubing and connections, packers, and wellsite operations

Q

Subsea completions: Current systems, applications, design requirements, controls, flowline connections, and remotely operated vehicles

Q

Reservoir drive mechanisms and associated production problems

Q

Justification of production log acquisition

Q

Standard production logging tools

Q

Techniques for measuring oil, water, and gas rates

Geoscientists, engineers, and managers seeking a greater understanding of well completions and production performance.

Q

Interpretation of logs for single-, two-, and three-phase production

PREREQUISITE

AUDIENCE Geoscientists or engineers responsible for interpreting production logs.

AUDIENCE

Minimum of 2 years of E&P experience in subsurface engineering, operations, or management.

PREREQUISITE Engineering or geosciences degree recommended as this course deals with the production logging physics.



12/22/13 2:49 AM

PRODUCTION ENGINEERING General Production Engineering

Hydraulic Fracturing

Integrated Production and Well Operations Modeling Using a Physical Simulator




This course introduces the attendees to production technology, reservoir fundamentals, formation damage mechanisms, and nodal analysis. Attendees will learn about types of completions—and optimal selection based on producing scenarios—and types of perforation systems and their selection. Reviews cover lower and upper completion components and associated accessories, plus acidizing, fracturing, slickline, coiled tubing, and surface facilities.

Designed to increase your understanding of hydraulic fracturing, the course material covers factors that contribute to successful fracturing operations, including rock properties and treatment design and parameters. Attendees will learn how to plan and execute the job, and then evaluate the results.

In this course, an oil well simulator is used to detail many of the operations that take place in a well. This course/ workshop consists of theoretical (50%) and practical (50%) sessions with experienced professionals. The attendees will si mulate the operation of different artificial lift systems used to produce oil (electric submersible pumps [ESP], gas lift, progressive cavity pumps) under several operating conditions and their effects on the production system. Water and air are used to simulate two-phase flow (oil and gas). The standard configuration of the oilwell simulator uses an ESP with a variable speed drive, allowing for variation of the pump speed. This feature is used to optimize production and well performance. A workover operation can be performed by changing the artificial lift system from ESP to gas lift. The configuration of the oilwell laboratory allows for visualization of the reservoir, wellbore, flow lines, choke performance, and most common artificial lift systems. Additionally, the effects of damage removal, pump speed, gas injection rates, and down hole pressure can be analyzed to generate optimization opportunities.

COURSE CONTENT Q

Candidate selection

Q

Principles of rock mechanics

Q

Fracture mapping, microfracturing testing, minifracturing testing

COURSE CONTENT Q

Fluid and rock properties

Q

Designing hydraulic fractures

Q

Reservoir drive mechanisms

Q

Fracturing fluids

Q

Nodal analysis

Q

Proppant

Q

Completion design

Q

Q

Perforating

Fracturing high-permeability formations

Q

Q

Sand control

Q

Hydraulic fracturing

Q

Wireline well operations

Q

Scale cleanout with coiled tubing

Q

Surface facilities engineering considerations

AUDIENCE Anyone looking for an overview of the practical aspects of field development planning. PREREQUISITE Basic understanding of field operations.

Planning and executing fracturing operations

Q

Evaluating hydraulic fracture treatments

Q

New developments in hydraulic fracturing

AUDIENCE Engineers and field personnel responsible for the design and execution of hydraulic fracture treatments.

NEW

COURSE CONTENT

PREREQUISITE Basic understanding of production, intervention operations, and reservoir engineering.

Q

Flow assurance principles and fundamentals

Q

Inorganic scale: Deposition principles, prediction, modeling, management program design, and scale prevention

Q

Hydrates: Deposition principle, impact, hydrate detection, control, and remediation

Q

Paraffins (wax): Deposition principle, properties, factors affecting deposition, operational problems, control, and remediation

Q

Asphaltenes: Dey properties, deposition mechanism, modeling, effect of variables, operational problems, prevention, and remediation

Q

Emulsions: Crude oil natural surfactants, characteristics, and treatments

Q

Corrosion: Factors influencing oilfield corrosion and their control

Inflow performance relationships

Q

Permeability

Q

Nodal analysis

Q

Well completions

Q

Choke

Q

Artificial and gas lift

Q

ESPs

Q

Hydraulic pumps

Q

Fluid flow

Q

Formation damage

AUDIENCE

Q

Fluid mechanics

Engineers responsible for assessing, diagnosing, or troubleshooting flow assurance problems in an operational or design capacity.

Field trips

PREREQUISITE General knowledge of production systems and surface operations.

None


COURSE CONTENT

Oilwell operations

PREREQUISITE


This course introduces attendees to the main types and causes of flow impediments along with the methods and technologies commonly applied for their prevention, control, and remediation. The course will increase your understanding of the main problems associated with flow assurance, including asphaltenes, paraffins, emulsion, scales, sand, slugging, corrosion, and hydrates. Learn which technologies and techniques to use for specific problem environments and the advantages and disadvantages of each. Attendees will identify the types and causes of flow impediment and the methods or technologies that should be applied for the prevention, control, and remediation of these flow impediments.

Q

Technicians, supervisors, or engineers with little or no previous oilwell operations knowledge.



Q

AUDIENCE

Software


Uses simulation

| 133 12/22/13 2:49 AM

PRODUCTION ENGINEERING Nodal Analysis: Subsurface Operations

Slickline Operations



This course covers predicting the rate at which a well should be capable of producing, given reservoir and fluid properties, wellbore configuration, and flowing wellhead pressure. Attendees will learn how to identify which of the components in the reservoir, completion, and wellbore system are restricting performances; analyze production data to find permeability, skin factor, and drainage area; forecast future performance from historical production trends and known reservoir properties. Attendees will also develop skills necessary for the design, operation, and optimization of oil and gas surface production facilities.

This course consists of a theoretical sessions in the classroom with experienced professionals who will present slickline tool principles and operations. The attendees will also have various practical exposure sessions using the slickline well/pad and have hands-on sessions using the slickline tools in the workshop. The course is 50% classroom and 50% practical in the workshop and wellsite pad, including access to an actual well. The course will include a detailed introduction to slickline equipment and instrumentation used to control, condition, and monitor downhole operations. This course will provide a clear understanding of the primary operations and need for a slickline in the oil and gas industry.

COURSE CONTENT Q

Fluid properties

Q

Permeability, skin factor, and drainage area

Q

Production optimization

NEW

Workovers and Completions

Acid Stimulation Techniques


Skill – 5 Days

Learn the role of engineers and field operators in planning and executing workover operations. This course provides in-depth information on the impact of workovers and completion design in maximizing field production and increasing recoverable reserves. The course also emphasizes the importance of a team concept as a determining factor in operations success. Attendees will gain a greater understanding of how to apply advanced technologies to designing and executing workover jobs, and how to select the best operations method to perform the task in the safest, most efficient manner.

This course covers the cause and identification of formation damage during drilling, cementing, perforating, producing, and workover operations. Attendees will learn about the impact of formation damage on well performance and how to gauge the effectiveness of acid stimulation treatments, technically and economically.

COURSE CONTENT Q


AUDIENCE

Slickline background

Q

Well completions Slickline units and powerpacks (zones)

Technologists and production engineers.

Q

Pressure-control equipment

PREREQUISITE

Q

Basic toolstring components

None

Q

Basic service and remedial tools

Q

Running and pulling tools

Q

Locks, standing valves, and landing nipples

Q

Running, setting, equalizing, and pulling process

Q

SSDs and shifting tools

Q

Changing gas lift mandrels (demonstration)

Q

Running slickline equipment in a well

AUDIENCE Technicians, supervisors, or engineers with little or no previous slickline knowledge.

Q

Workover and completion methodology: Risk management, well problems, and well control Completion considerations: Cement bond logs, perforations, and fracture gradient Sand control management, cement squeeze jobs, and acid treatments

COURSE CONTENT Q

Formation damage mechanisms and their identification

Q

Skin

Q

Acids and additives used in matrix stimulation

Q

Acid reactions in carbonates and sandstones

Q

Acid treatment design

Q

Acid displacement

Q

Laboratory tests

Q

Acidizing gravel packs

Q

Acid fracturing design

Q

Quality assurance

Q

Rigless workovers, coiled tubing operations, and fishing

AUDIENCE

Q

Completion management, operations in open and cased holes, and artificial lift systems

Technical staff responsible for assessing underperforming wells or designing acid treatments.

AUDIENCE

PREREQUISITE

Engineers, operations personnel, and managers working with or directing multidisciplinary teams responsible for well workovers or interventions.

Basic understanding of petroleum engineering.

PREREQUISITE Minimum of 5 years of experience in oil and gas engineering or operations in the upstream industry.

PREREQUISITE Familiar with basic well completions and general well intervention operations.



12/22/13 2:49 AM

PRODUCTION ENGINEERING Advanced Slickline Operations

Advanced Gas Lift Design & Troubleshooting NEW

Skill – 5 Days

The course consists of theoretical sessions in the classroom delivered by experienced professionals who will present slickline tool principles and operations. The attendees will also have various practical exposure sessions using the slickline well/pad and having hands on sessions using the slickline tools in the workshop. This course consists of 50% classroom and 50% practical in the workshop and wellsite pad, including access to an actual well. COURSE CONTENT Q

Pressure control equipment

Q

Gas lift equipment

Q

Fishing and other slickline applications

NEW

Skill – 5 Days

This course will help the attendees learn the best method for selecting the proper type of artificial lift. The course will provide the attendees with details on gas lift systems and different design methods, in addition designing the valve spacings and basis for selecting different valves. The course will also introduce the optimum unloading procedures for gas lift wells to minimize risk and save operation time and how to optimize the gas lift well production and combine continuous and intermittent gas lift systems. Troubleshooting new and old gas lift wells will be covered in the course through the use of case examples.

Advanced Nodal Analysis for Production Engineers

Design, Diagnosis and Optimization of Gas Lift Systems

Skill – 5 Days

Skill – 5 Days

Based on data from a material balance or the actual well production, this course helps attendees learn how it is possible to predict the future production behavior of a well as a function of time. The course will also help the attendees in the proper selection of design variables such as tubing sizes, or in making the decision to install or not any particular artificial lift system. Unlike conventional nodal analysis, all decisions from a sensitivity analysis are carried out and planned in the future in consideration of the reservoir pressure changes that occur with time.

All facets of gas lift design and optimization are presented, including basic principles, equipment selection, gas lift types, and monitoring. Attendees will learn how to design and analyze continuous or intermittent gas lift systems for fast, safety-oriented solutions to increase or optimize oil production.

COURSE CONTENT

COURSE CONTENT

Q

Diffusivity equation

Q

System nodal analysis

Q

Diffusivity equation solutions

AUDIENCE

Q

Multiwell systems

Q

Production system analysis

Technicians, supervisors, or engineers with previous slickline experience.

Q

Artificial lift methods, advantages, and limitations

Q

Well performance equations for oil and gas wells

PREREQUISITE Familiarity with slickline applications, equipment, and operations. Attendees must have worked with Slickline Operations, either as equipment operators or as operations supervisors.

COURSE CONTENT Q

Gas lift concepts, advantages, and disadvantages

Q

Gas lift surface and downhole equipment

Q

Valve mechanics: principles of operation and classification of gas lift valves

Q

Valve opening and closing forces and shop calibration

Q

Design of a continuous gas lift installation

Q

Nodal analysis, curve determination of minimum gradient, and gas static pressure gradient

Q

Gas lift technology and process

Q

Well completion effects

Q

Types of gas lift systems

Q

Multiphase flow analysis

Q

Gas lift equipment

Q

Q

Fundamentals of gas lift design

Sensitivity analysis using conventional nodal technique

Q

Q

Troubleshooting gas lift wells

Q

Production optimization

Forecast well production performance

Mandrel spacing and selection of operating and discharge valves

Q

Overview of intermittent gas lift methods

Q

Design of an intermittent gas lift installation

Q

Conventional and unconventional methods: principle applications and advantages

Q

AUDIENCE Production engineers, managers, and production technicians (office and fields) who have experience with artificial lift and gas lift systems. PREREQUISITE None

Q

Decline curve analysis types

Q

Suitable production system design

AUDIENCE Production engineers and reservoir engineers with a basic knowledge in this area who are involved in the monitoring and performance of oil and gas wells.

AUDIENCE Technical staff with basic knowledge of gas lift who are involved in the design, optimization, and monitoring of gas lift installations.

PREREQUISITE None

PREREQUISITE Basic knowledge of well modeling and nodal analysis, and basic computer skills to complete in-class exercises.

Software




Field trips

Uses simulation

| 135 12/22/13 2:49 AM

PRODUCTION ENGINEERING Electric Submersible Pumps: Application Engineering

Fishing, Perforating and other Slickline Applications

Skill – 5 Days

Skill – 5 Days

Designed for technical staffs who want both theoretical and practical knowledge about the advantages and limitations of ESPs, this course includes design, optimization, and diagnosis of wells producing with ESPs. Attendees gain a solid understanding of ESP technology and its applications, as well as of the pump components and their functions. Specific instruction is given on the affinity laws for centrifugal pumps, downhole gas separators, and gas handlers. Reviews include both standard and nonstandard applications of ESP technology.

This course takes a practical approach to special slickline applications and detailed descriptions of downhole tools. Included in the course are procedures and tools for fishing and perforating, types of landing nipples, shifting tools, plugs, circulating devices, procedures, and kickover tools for installing/retrieving GLM valves, and subsurface safety valves.

COURSE CONTENT

Q

Review of basic slickline tools and operations

Q

Shifting tools

Q

Circulation devices Gas lifttools and valves Subsurface safety valves

Review of artificial lift systems

Q

Q

Standard and nonstandard ESP applications

Q

Reservoir dynamics: Inflow performance relationship and total dynamic head

Q

Slickline hardware review

Q

Running plugs and safety valves

Q

Fishing tools Braided line and pressure equipment Downhole measurements and new developments

Description of downhole equipment

Q

Q

Pump selection and dimensioning

Q

Q

Physical limits

Q

Nodal analysis

AUDIENCE

Q

Surface equipment

Q

Alternatives to standard means of deployment

Slickline operators and supervisors, as well as other personnel involved in slickline operations.

Q

AUDIENCE Technical staff involved in production optimization using ESP technology. PREREQUISITE

High Gas/Oil Ratio Well Liquid Unloading

Skill – 5 Days

Skill – 5 Days

This course covers formation damage mechanisms and the methods used for mitigation. Also included are the topics of matrix treatments and hydraulic fracturing. The damage mitigation in carbonates is also presented with an overview of acidizing.

The course provides attendees with a basic understanding of gas well liquid unloading, including the use of standard artificial lift technology to assist in unloading and in alternative foaming agent methods. The attendees will use practical examples to enhance your understanding of the gas well liquid unloading processes.

COURSE CONTENT Q

Introduction

Q

Problem diagnosis and well intervention

COURSE CONTENT

Q

Q

NEW

Formation Damage and Mitigation

PREREQUISITE Familiar with well interventions and rigless interventions in general and in particular, with slickline operations.

Q

Acidizing candidate selection

Q

Fracturing high-permeability formations

Q

Acidizing carbonates

AUDIENCE Production, drilling, reservoir engineers, and other field personnel who require an introduction to wellbore damage mechanisms and mitigation methods. PREREQUISITE Bachelor degree in a technical discipline. Oilfield operations experience is not essential but would be beneficial.

COURSE CONTENT Q

Hydrocarbon physical properties: Two-phase flow basics

Q

Well inflow performance

Q

Nodal analysis

Q

Artificial lift selection

Q

Sucker rod pumps

Q

Progressive cavity pumps

Q

Electric submersible pumps

Q

Gas lift

Q

Gas well liquid unloading applications: Intermittent gas lift, plunger lift, velocity strings, and injection of surfactants (foaming agents)

AUDIENCE Anyone involved in gas production treatment, handling, or marketing who wants to understand high gas/oil ratio wells. PREREQUISITE Basic understanding of well completions and operations.

Basic understanding of production engineering, production field experience, or experience with ESPs.



12/22/13 2:49 AM

PRODUCTION ENGINEERING Hydraulic Fracture Treatment Design and Quality Control

Introduction to HighTemperature ESP Applications

Oilfield Water Management

Production Technology: Heriot-Watt University Program

Skill – 5 Days

Skill – 2 Days

Skill – 5 Days

Skill – 5 Days

This course presents the basic principles of hydraulic fracture treatment design and optimization, including application of fracture models. Focus is on the use of a pseudo-3D fracture simulator to design the optimal treatment pumping schedule for both low- and high-permeability wells. Attendees will learn how to select the appropriate fluid and proppant for specific reservoir conditions and field operations, and how to establish quality control for treatment operations.

This course is designed to provide an introduction to the ESP and its applications in high-temperature environments. The specific functions of the ESP components are covered in this course in addition to basic application engineering principles, operating practices, and troubleshooting. The ESP is considered to be an effective and economical means of lifting large fluid volumes from significant depths under a variety of well conditions. Experience gained over many years of ESP operation and the continuous evolution of technology has expanded the operational capabilities of ESPs. In particular, ESPs are widely used for the production of fluids from steam-assisted gravity drainage (SAGD) well pairs and other applications that requires a reliable pumping system in high-temperature wellbores. Knowledge gained in the classroom is reinforced with practical demonstrations of the technology and components in the workshop by observing actual equipment being assembled and tested.

This course covers the entire oilfield water cycle with an emphasis on the subsurface aspects, including producer performance with water injector performance water sweep in the reservoir. A review of surface treatment of produced water, injection water, or disposal fundamental concepts are introduced so that attendees are able to analyze water aspects of field performance and select suitable solutions. The course presentations are intended to persuade the attendees to think about the issues and contribute with their own experience. Furthermore, the attendees are encouraged to bring their own water challenges for discussion in class. A field case history of the Aquarius field is used throughout the course so that attendees gain experience through hands-on analysis and design in all aspects of the water cycle.

In this course, attendees will gain an insight into the role of the production engineer, well productivity fundamentals, and basic operational issues. Course material introduces production technologies as an aid to the field development process and explains important concepts in reservoir and well productivity optimization.

COURSE CONTENT Q

Critical parameters in hydraulic fracture treatment design

Q

Fracture modeling

Q

Fracture optimization

Q

Fracture fluids and proppants

Q

Minifrac analysis

Q

Fracture treatment execution

Q

Fracture treatment evaluation

Q

Supervision of fracturing operations

AUDIENCE Engineers and field personnel responsible for the design and execution of hydraulic fracture treatments. PREREQUISITE Basic understanding of production, intervention operations, and reservoir engineering.

Q

Wireline services, perforation systems, and completion practices

Q

Well intervention, well problems, and well abandonment

Q

Advanced well systems

Water problem types

Q

Pumps

Q

Nodal analysis for water

Q

Intakes and gas separators

Q

Q

Motor, protector, and power cables

Producing wells diagnostic methods and solutions

Electrical surface equipment

Q

Q

Injection mechanisms, problem types, and solutions

Q

High-temperature technology

Q

Application Engineering and ESP design

Q

Produced fluids

Q

Water quality for injection or disposal

Q

Facilities solutions

Q

Risk and economics for selecting optimal solutions

AUDIENCE Production engineers, petroleum engineers and service company engineers seeking a better understanding of applied production technology. PREREQUISITE Experience with well operations and well engineering.

AUDIENCE

Engineers, field supervisors, operators, and electricians involved in the application and operation of ESPs. PREREQUISITE

Production and reservoir engineers interested in improving the water management of fields. PREREQUISITE

Basic knowledge of production engineering, operator experience, and/or field electrical experience.


Wellbore completion concepts, multiple-zone completions, and completion equipment

Aquarius reservoir, producing and injection wells, and facilities exercises

Q


Q

Reservoir issues

Component review

AUDIENCE

Inflow performance relationship, tubing performance relationship, and flow through chokes

Q

Q

Dismantle inspection failure analysis

Q

Q

ESP overview

Q

Introduction to production technology, reservoir production concepts, reservoir-drive mechanisms, and composite production systems

Introduction to the water cycle

Q

Operation and troubleshooting

Q

Q

COURSE CONTENT

Q

Software

COURSE CONTENT

COURSE CONTENT

Basic geological and reservoir concepts and proficient in the use of Microsoft Excel program.


Field trips

Uses simulation

| 137 12/22/13 2:49 AM

PRODUCTION ENGINEERING Sand Control

Sucker Rod Pumps— Application Engineering

Subsurface-Surface Production Optimization

Advanced Production Data Analysis and Nodal Analysis

Skill – 5 Days

Skill – 5 Days

Skill – 5 Days

Advanced – 5 Days

To increase your understanding of sand control, this course encompasses sand control concepts and design as well as methodologies for selection of optimal techniques. Attendees will learn best practices for sand control in horizontal drainholes and water injectors, sand management, quality control procedures for job execution, and postjob evaluation.

This course will allow the attendants to acquire a solid knowledge of sucker rod pumps (SRP), their applications, and a detailed description and function of each SRP component. The basics of reservoir inflow performance, artificial lift systems, standard and special applications, system components, design, diagnosis, troubleshooting, and optimization are also presented. A set of practical examples and problems are solved in class. The SRP is considered to be the most popular artificial lift method worldwide. Its applications include low-downhole pressure wells, slim holes, multiple completions, high-temperature, and viscous oil. The SRP companies have improved the operation of the entire system, including pumpoff controllers, improved gas separation, gas and solids handling pumps, and optimization using surface and bottomhole cards. Because of its wide operation range and adaptability to other wells with minimum cost make the SRP become an economically attractive solution for oilfield development.

From this overview of the production system from reservoir to separator, attendees learn to optimize the process using an integrated approach, including nodal analysis and identification of major pressure losses. In hands-on in-class exercises, the attendees will use specialized software to identify constraints and propose recommendations for production optimization.

In this course, attendees will learn how to predict theoretical well production rates using well measurements and how to identify constraints that impact performance in the reservoir, completion, and wellbore system. The attendees will also learn how to analyze production data to find permeability, skin factor, and drainage area and to forecast future performance based on historical production trends and known reservoir properties.

COURSE CONTENT Q

Basic rock mechanics

Q

Sand prediction

Q

Methods for sand control

Q

Sand management

Q

Gravel-pack design

Q

Screenless methods

Q

High-rate water pack

Q

Frac pack

Q

Sand control job execution and evaluation

AUDIENCE Engineers responsible for sand control design and execution.

Q

Q

Q

COURSE CONTENT Q

PREREQUISITE Engineering degree or equivalent experience with sand control operations.

COURSE CONTENT

Oil production introduction, basic definitions, concepts, and role of artificial lift systems

Q

Artificial lift systems overview

Q

Well inflow performance

Q

Advantages and limitations of the SRP method

Q

Descriptions and functions of surface equipment

Q

Descriptions and functions of subsurface equipment

Q

Calculation and sizing using recommended practices API RP 11L method.

Q

Description and analysis of the rod string behavior

Q

Comprehensive design and selection of subsurface and surface components

Q

Q

Overview of production system from reservoir to surface: Production system and process, well completions, lift methods, gathering systems, and separation systems Nodal analysis: Main pressure-drop components, inflow performance relationship, completion, tubing system graph, and gas well production behavior Subsurface-surface production operation: Integrated vision, procedures, best practices, identification of restrictions and corrective actions, production optimization using automation technology, and performance management Integrated production systems, software and tools focusing on performance modeling, technology trends, and integrated information management for control, monitoring, and automation

COURSE CONTENT Q

Inflow performance in oil wells

Q

Transient inflow performance relationship curves

Q

Pressure drop across the completion

Q

Systems analysis graph

Q

Production data analysis

Q

Transient flow

Q

Material balance for various reservoirs

Q

Transient versus steady-state flow

Q

Estimates of skin factor and permeability from transient flow

Q

Estimates of drainage area from pseudosteady-state flow

AUDIENCE Reservoir and production engineers involved in improving field performance through identification and remediation of underperforming wells. PREREQUISITE

AUDIENCE Engineers responsible for production optimization and tasked with evaluating a subsurface network and surface system as one integrated system. PREREQUISITE

Solid understanding of steady-state and pseudosteady-state forms of Darcy’s law; basic understanding of well test analysis, including ability to identify the early and middle time regions on a log-log plot; Horner graph analysis (for permeability and skin factor).

Knowledge of the production system from subsurface to surface.

Comprehensive discussion and analysis of dynamometer cards

AUDIENCE Production engineers, technologists, and others involved in production optimization; specifically, individuals who want to gain more SRP knowledge. PREREQUISITE None



12/22/13 2:49 AM

PRODUCTION ENGINEERING Applied Production Logging and Reservoir Monitoring


Electric Submersible Pumps – Advanced

Advanced – 5 Days

Advanced – 3 Days

Advanced – 5 Days

From this course on flow assurance, attendees will gain an advanced understanding of fluid flow through a series of interconnected systems from the reservoir to surface facilities, and the prevention and mitigation of common flow impediments. The attendees will learn best practices from worldwide field examples, as well as how to design fit-for-purpose flow assurance solutions.

In-depth instruction focuses on the benefits and limitations of ESPs in challenging production environments. Attendees will learn design of ESP systems for special applications, including production of viscous oil, production of oil with high gas content or solids, and production from dual completions. Hands-on exercises include generation of pump curves (head versus flow rate) for several pump speeds.

Encompassing advanced techniques for production logging and reservoir monitoring, this course teaches attendees the design of a data-acquisition program for evaluation of wellbore or reservoir behavior based on field development objectives. Hands-on examples demonstrate in-depth log interpretation techniques for resistivity measurements acquired behind casing, three-phase flow in horizontal wells, and fluid saturations. The attendees will learn quicklook techniques for log quality control as well as how to plan and integrate multisource data for a more complete evaluation.

Q

Pulsed neutron logging in capture mode

Q

Pulsed neutron logging in carbon/ oxygen ratio mode: Development of database charts to obtain water saturation and water holdup Slimhole induction logging in plastic (nonconductive) casings

Q

Acquisition of pressure data and formation fluid samples behind casing

Q

Workshop on use of capture and modes for evaluating water and gas saturations

Q

COURSE CONTENT Q

Q

Q

Q

Q

Q

Inflow performance and productivity index for oil wells and gas wells Outflow performance: Matching inflow with outflow to optimize well productivity Flow regimes in vertical, deviated, and horizontal wells Slippage velocities in vertical and deviated wells Various techniques of measuring of oil, water, and gas velocities: Spinners, oxygen activation, phase velocity logging, and gas bubble velocity Measurement of three-phase holdups using electrical and optical sensors

Q

Spinner calibrations in vertical, deviated, and horizontal wells to obtain fluid velocities and hence production rates

Q

Three-phase production logging in horizontal wells

Q

Physics of pulsed neutron logging: Principle of the minitron for neutron generation

Software

Q

Workshop on interpreting resistivity logging measurements acquired behind casing

Q

Key flow assurance issues

Q

Technologies for capture and characterization of fluid samples

Q

Workshop on production logging in horizontal wells with three-phase flow

Q

AUDIENCE Professionals with geoscience background and minimum of 2 years of exposure to field production. PREREQUISITE More than 2 years of experience interpreting reservoir monitoring logs (attendees are encouraged to bring difficult log examples for in-class discussion and interpretation).



COURSE CONTENT

Q

Methodologies for measurement, modeling, and management of inorganic and organic solids Fluid flow and heat-transfer characteristics and their importance in design of subsea architecture, model selection, and liquids management Processes of fluid flow integration, heat transfer, and solids

AUDIENCE Engineers and technical staff responsible for well surveillance, production optimization, or completion design. PREREQUISITE Working knowledge of well production behaviors, basic reservoir engineering principles, and surface facilities; exposure to well completion design, nodal analysis, and stimulation processes.


Field trips

Uses simulation

COURSE CONTENT Q

Study of reservoir performance

Q

Generation of centrifugal pump curves

Q

Standard and nonstandard applications

Q

Affinity laws and nodal analysis

Q

ESP design for highly deviated wells and wells with high-gas content

Q

Review of viscous fluids and emulsion applications

Q

ESP troubleshooting

Q

Techniques for production through annular space and fluids recirculation

AUDIENCE Production professionals involved in production optimization with ESP technology. PREREQUISITE ESP Applications Engineering course or field ESP experience.

| 139 12/22/13 2:49 AM

PRODUCTION ENGINEERING Full Life Cycle Fluid Evaluation: Downhole to Laboratory



Advanced – 5 Days

Advanced – 3 Days


This course is designed to implement a comprehensive learning module of production data interpretation and analysis, including the principles of production fundamentals, technologies, and workflows with applications and field examples for unconventional recourses. Production analysis requires handling and conditioning large volumes of multiple source, multiple frequency data, identifying and synchronizing events, and assigning the appropriate production rate to each event. These critical steps enable production engineers to make efficient interpretation and analysis of the data and to optimize well productivity using advanced methodologies.

The course focuses on use of Avocet platform to integrate the reservoir with the surface models. Instruction includes software installation.

Advanced-level instruction focuses on technologies for characterization of reservoir fluids in situ and methods for capture of a representative sample. Attendees will learn the importance of proper sample handling and the procedures that define fluid properties (vapor-liquid equilibrium phase envelopes, gravimetric fluid properties, and hydrocarbon solids) and rheological transport characteristics. Hands-on demonstrations include developing mathematical models using EOS for fluid PVT analysis, and hydrocarbon solids phase boundaries for applications in reservoir simulations, production modeling, and surface processing. COURSE CONTENT Q

Q

Physics of reservoir fluids, including origin of fluid gradients, and reservoir compartmentalization Downhole fluid-analysis technology: Monitoring mud-filtrate contamination, live fluid analysis, component analysis, and in situ analysis

Q

Sample quality control and reservoir characterization workflow examples

Q

New developments in EOS for in situ crude oil

Q

Methods for determining reservoir connectivity

Q

Openhole sampling technologies, including MDT tester

Q

Visit to a technology or operations center for physical demonstration of downhole sampling and analysis tools (location dependent)

Q

Cased hole sampling during well or production testing and laboratory fluid characterization technologies

Q

Q

Q

Workflows to develop thermodynamic and transport characteristic models Fundamentals of lab characterization of hydrocarbon solids (asphaltene, wax, hydrate) Visit to fluids and flow assurance analysis center for physical demonstration of equipment and measurement methods (location dependent)

COURSE CONTENT Q

AUDIENCE Members of multidisciplinary teams, including petrophysicists and engineers, who need an advanced understanding of fluid properties from sample acquisition to modeling. PREREQUISITE Strong understanding of fluid property principles and modeling.

Science: Foundational understanding of principles and governing factors of production

Q

Technologies: Exposure to sensor technologies and tools necessary for data conditioning

Q

Workflows: Skills to apply methodologies and workflows to enable data interpretation and analysis

COURSE CONTENT Q

Overview of key reservoir network coupling fundamentals

Q

Coupling reservoirs to networks

Q

Running time-based simulations

Q

Connecting models

Q

Adding a Microsoft Excel planning, risk, and reserves software model to a flow diagram

Q

Evaluating economics with Merak* software models

Q

Transferring compositions

AUDIENCE Anyone wanting to integrate reservoirs with surface models using Avocet software platform. PREREQUISITE Production, reservoir, or process engineer with a knowledge of either ECLIPSE or PIPESIM simulator software.

AUDIENCE Practicing reservoir, production, and facilities engineers and engineering and asset managers. PREREQUISITE 4-year geoscience/engineering degree.



12/22/13 2:49 AM

PRODUCTION ENGINEERING OFM Fundamentals Using Gas Operations Examples

OFM Administration



This course introduces attendees to the primary functionalities of the OFM software by allowing the attendees to interact with a preprepared gas well operations project. The flow of the course centers on the attendee acting as a member of a fictional engineering team, charged with accomplishing a number of common tasks using the OFM software suite. The course covers each of the required tasks. In accomplishing the tasks, the attendees are exposed to the range of common features of the software application. During the course, the attendees will learn how to use the OFM software as a quality assurance tool, seeking deficiencies in the data before using the project data to illustrate primary and derived performance parameters. The course also covers graphical display features, ranging from tabular plots through line graphs to GIS map-based representations.

This course will take the attendees through a series of hands-on exercises spanning project creation, project configuration, and workspace customization. This course is designed for technical support personnel rather than end users, and is therefore focused on the OFM software underlying structure rather than its analytical functionalities.

COURSE CONTENT Q

Brief walkthrough of a fully functioning project to provide quick set of reference points

Q

Review project data and check for missing values

Q

Use filters to screen out unwanted entities for analysis

NEW

The OFM software provides a costeffective and integrated environment in which to accomplish complex workflows, in addition to forecasting analysis and visualization of reservoir and production data. OFM software enables early detection of production problems and their possible causes, allowing engineers to manage a larger number of wells in less time and unlocking the asset to produce at full potential. COURSE CONTENT

This 3-day course is intended to turn a beginner into an OLGA simulator software user, capable of running realistic flow assurance tasks. A mixture of lectures and hands-on exercises helps attendees understand flow assurance challenges, the fundamentals of multiphase pipeline thermo-hydraulics, and how to apply the OLGA simulator in realistic flow assurance issues. The exercises are conducted using the OLGA simulator graphical user interface (GUI). All major features of the GUI are covered, including model building, case runs, parametric studies, and effective post processing. Fluid property tables for the OLGA simulator software are generated with the PVTsim third-party compositional PVT analysis and characterization software. Our experienced instructors focus on teaching the attendees how to turn data into an acceptable and effective OLGA simulation.

COURSE CONTENT

COURSE CONTENT

Q

Project configuration: OFM workspace customization

A brief walkthrough of a fully functioning project

Q

Q

Basic multiphase production hydraulics and thermal issues

Q

Base map customization

Review project data and check for missing values

Q

Q

Introduction to OLGA simulator topology and basic assumptions

Q

Shared workspaces

Q

Q

Introduction to PVTsim analysis

Q

OFM tools and settings

Use filters to screen out unwanted entities for analysis

Q

Q

Group project data at multiple levels

Flow assurance issues for oil and gas-condensate production

Q

Create calculated fields and calculated variables

Q

Q

Create single- and multiple-well plots

Terrain slugging mitigation, hydrodynamic slugging, and OLGA simulator slug tracking

Q

Create and format well and field summary reports

Q

Q

Export reports and table data to other applications

Shut-in, cool-down, start-up and depressurization of a well-flowlineriser configuration

Q

Building a simulation model with minimum information

Q

Gas condensate pipeline-modeling: Characteristic steady-state behavior, pigging, turndown, ramp-up, three-phase flow, separator with level control

Q

GIS maps

Create calculated fields and calculated variables

Anyone who needs to configure or support OFM software for end users.

Q

This course introduces the attendees to the primary functionalities of the OFM software by allowing the attendees to interact with a preprepared oil and waterflood production project. The course centers on the attendee acting as a member of a fictional engineering team, charged with accomplishing a number of common tasks in the OFM software suite. The course covers each of the required tasks. In accomplishing the attendees are exposed to the range of common features of the software application. During the course, the attendees will learn how to use the OFM software as a quality assurance tool, seeking deficiencies in the data before using the project data to illustrate primary and derived performance parameters. The course also covers graphical display features ranging from tabular plots through line graphs to GIS map-based representations.

Project filters

Q

Create and format well and field summary reports


Project creation

AUDIENCE

Q


Q

Group project data at multiple levels

Create single- and multiple-well plots

OLGA Flow Assurance

Q

Q

Q


PREREQUISITE None

Export reports and table data to other applications

AUDIENCE Anyone responsible for setting up and maintaining a project using OFM software.

AUDIENCE Anyone responsible for setting up and maintaining a project using OFM software. PREREQUISITE

AUDIENCE

None

PREREQUISITE

Beginner to intermediate OLGA simulator user, prospective OLGA simulator licensee, and the design or operations professional interested in exploring the uses and capabilities of multiphase transient simulations.

None

PREREQUISITE No previous experience with the OLGA simulator is necessary, but a general knowledge of pipe flow and thermodynamics would be advantageous.

Software




Field trips

Uses simulation

| 141 12/22/13 2:49 AM

PRODUCTION ENGINEERING OLGA Well Dynamics







Skill – 2 Days

This 5-day course is intended to train the attendees who work with production and well performance to use the OLGA software to simulate the flow transients in the wells and production systems. This course is very suitable for engineers who would like to simulate the offshore well operation scenarios. The course has a good balance in content between the well flow dynamics and the hands-on OLGA simulator skill learning. This course also helps the OLGA simulator beginners to quickly grasp the “dynamic” concept, gain basic skills to use OLGA simulator software independently, and lay a solid foundation for building up advanced modeling capabilities.

In this course, attendees explore the PIPESIM simulator, which provides steady-state, multiphase flow simulation for oil and gas production systems. Individual PIPESIM modules are used for a wide range of analyses, including well modeling, nodal analysis, field planning, artificial lift optimization, and pipeline and process facilities modeling. A major feature of the PIPESIM simulator is the system integration and openness that allows users to develop a Total Production System Model. The attendees will gain a general understanding of how PIPESIM simulator software is used to design and optimize total production systems from the reservoir to the final processing delivery point.

This course covers the use of the PIPESIM steady-state multiphase simulator for designing and modeling gas production systems operations. Practical and comprehensive problems will be presented, discussed, and analyzed throughout the course.

This course provides tools and procedures for analyzing production data from shale gas wells. The attendees will learn to use diagnostic plots and special analysis techniques to forecast production. Attendees will also learn screening methods for selecting workover candidates.

COURSE CONTENT Q

Q

OLGA simulator well modeling capability OLGA simulator well modeling capability

Q

The OLGA simulator model and its execution

Q

Numerical solution scheme and sectioning principles

Q

PVT aspects in OLGA simulation and PVTsim OLGA interface

COURSE CONTENT Q

Analyze well performance

Q

Design of models for pipeline and process facilities

Q

Perform nodal analysis

Q

Develop black oil and compositional fluid models

Q

Select multiphase flow correlations

Q

Surface network models

COURSE CONTENT Q

Q

Q

Q

Q

Navigate the PIPESIM simulator user interface Troubleshoot and debottleneck network models Model gas wells, including various completion models Match inflow performance to test data Model water separation, injection into a salt water disposal well, and wellhead or manifold production sources

Q

Construct a compositional fluid model

Q

Predict gas hydrate formation, erosion, corrosion, and liquid loading in gas wells

Q

Model centrifugal and reciprocating gas compressors

Q

Compare the relative benefits of push versus pull compression

Q

Estimate the required slug catcher size

Q

Model a transmission network

AUDIENCE

Q

Well model building in the OLGA simulator

Q

Artificial lift modeling with the OLGA simulator

Q

Mud and well engineering fluid modeling and applications

Anyone wanting to learn steady-state, multiphase flow simulation for oil and gas production systems to analyze well performance, model pipelines and facilities, and perform nodal analysis using PIPESIM simulator software.

Steady-state simulation and parametric study

PREREQUISITE

Q

Shut-in and start-up

None

Q

Simple gas-lift modeling

PREREQUISITE

Q

Electric submersible pump modeling

Q

Wellbore cleanup

General petroleum engineering knowledge as well as elemental software skills.

Q

Blowout and well kill (optional)

Q

COURSE CONTENT Q

Flow regimes in unconventional reservoirs

Q

Basics of hydraulic fracturing

Q

Graphical analysis tools

Q

Beta value plot

Q

Rate cumulative ratio plot

Q

Rate inverse plot

Q

Rate time plot

Q

Production forecasting

Q

Estimation of recovery

Q

Restimulation candidate screening

AUDIENCE Anyone who needs to analyze production data from shale gas wells. PREREQUISITE OFM software proficiency or OFM Fundamentals course.

AUDIENCE Production engineers, facilities engineers, and field production operations engineers.

AUDIENCE Production and well performance engineers involved with offshore well operations. PREREQUISITE No previous OLGA simulator experience is necessary, but knowledge of well performance and multiphase flow modeling would be advantageous.



12/22/13 2:49 AM

PRODUCTION ENGINEERING OFM Using Oil and Waterflood Examples (Intermediate)


Skill – 3 Days

Skill – 1 Day

This course extends the materials covered in the OFM software fundamentals course and introduces two key areas of functionality: forecasting and mapping. The course introduces the attendees to a wide variety of map-based visualizations—bubble, grid, contour, scatter, and surface maps. In forecasting the OFM software offers a highly interactive module for the user to history match and subsequently forecast production. The widely used Arps technique is covered, and attendees create forecasts using a variety of assumptions. In addition to single-phase (oil, gas) forecasts, the course covers ratio forecasts. Additional techniques such as calculated forecasts, together with how to generate effective use of the results are explained. Although plots and reports are valid utilities for monitoring and surveillance, presenting data and calculation results in the form of a map is infinitely more effective. Vast amounts of information can be absorbed very quickly. Waterflooding is a universally popular method of secondary recovery. For waterflood operations, all calculations need to be made on a reservoir volume basis. This course introduces PVT as a way of achieving this goal. Pattern creation and management techniques are now possible. A range of diagnostic techniques is introduced as a means of illustrating the underlying capabilities of the application.

Software

COURSE CONTENT Q

Introducing PVT by various methods

Q

Creating waterflood patterns

Q

Configuring OFM software for pattern-based calculations

Q

Pattern diagnostics

Q

Mapper applications

Q

Bubble, grid, and contour map

Q

Scatter and map XY plots

Q

Forecasting and forecast scenarios

Q

History-match techniques

Q

Ratio and calculated forecasts and reports

AUDIENCE Development geoscientists, development reservoir engineers, and production engineers. PREREQUISITE OFM software knowledge or the OFM Fundamentals course.



This course builds on the Petrel platform reservoir engineering course and is an extension of the well modeling environment within the Petrel platform software suite. The course provides support for existing reservoir engineering workflows such as development strategy and field management. Two main production workflows are discussed in the course: performance table collection and nodal analysis simulation. Attendees will learn how to use reservoir simulated variables as input data for creating performance tables and running a nodal analysis case. The integration of production simulated variables to support reservoir engineering workflows will be demonstrated by creating performance (VFP) tables within the Petrel suite and associating the results with the development strategy process. In this way, an integrated reservoir-production engineering cycle is completed without leaving the Petrel platform environment. The attendees will also learn how to use nodal analysis simulation to introduce several inflow performance relationship models for pressure and temperature traverse. When running the nodal analysis case, attendees will learn how to create profile plots, such as liquid holdup, erosional velocity ratio, fluid mean velocity, and so forth.


Field trips

Uses simulation

COURSE CONTENT Q

Well deliverability module

Q

IPR model manager and supported flow correlations.

Q

Petrel platform well model optimization by creating a single-flow path model

Q

IPR model manager

Q

Fluid properties for better understanding of input data

Q

Hydraulic (VFP) tables

Q

VFP tables association with a development strategy

Q

Nodal analysis case and display nodal charts

Q

Profile spreadsheets and derived logs generated from nodal analysis through Petrel platform software

Q

Well models importing from PIP

AUDIENCE Development and exploration geologists, geophysicists, geochemists, petroleum engineers, managers, reservoir engineers, and other technical staff. PREREQUISITE Petrel Fundamentals course in addition to Petrel Reservoir Engineering course or equivalent experience.

| 143 12/22/13 2:49 AM

PRODUCTION ENGINEERING OFM Waterflood Analysis


OFM Advanced Topics


Skill – 1 Day

Skill – 2 Days

Advanced – 1 Day

Advanced – 3 Days

In this course, attendees learn to employ the OFM well and reservoir analysis software to automatically or graphically define waterflood patterns using production and reservoir data. The attendees will learn to combine this information with pressure data and PVT algorithms to determine reservoir volumes and voidage in addition to gaining experience in setting up patterns and performing analyses on a waterflood project.

Using the PIPESIM simulator software, attendees will learn to evaluate artificial lift options for the conceptual design of a deepwater field development. The attendees will also learn how to optimize gas lift allocation for a field on the basis of current operating conditions and constraints.

This course focuses on topics outside the range of features common to day-to-day use of the OFM software but that are valuable to the end user. Attendees will learn significantly more effective ways to work with an OFM software project, including examining common workflows using OFM software.

COURSE CONTENT

COURSE CONTENT

This course mixes lectures and hands-on exercises to help the attendees understand the software background and widen the scope of applications of transient multiphase simulations for flow assurance. The exercises are conducted within the frame of the OLGA simulator GUI. All major features of the GUI are covered, including model building, case runs, parametric studies, and postprocessing. PVTsim analysis is used to generate hydrate curves and wax tables.

Q

Conceptual design for deepwater development

Q

Study of workspaces

Q

Links to external applications

Q

Subsea tieback design

Q

Reviews of forecast results

Configuration of static and dynamic patterns

Q

Inflow performance evaluation

Q

Q

Analysis of gas lift design

Advanced table types, including foreign key and lookup

Q

Use of pressure and PVT data

Q

Q

Loading of reservoir property data

Q

Q

Review of overall waterflood performance

Q

COURSE CONTENT Q

Q Q

Q

Q

Q

Analysis of waterflood by pattern Calculation of voidage replacement ratios, comparison by pattern Creation of grid maps by well and pattern

Q

Q

Fluids and compositional tracking with OLGA simulator GUI and PVTsim analysis

Q

Pipeline profile modeling

Q

Techniques for creating continuous pressure data streams

Liquid surges and controller basics

Q

Creation and analysis of waterflood patterns

General guide to separator modeling and sizing

Q

Hydrates and MEG tracking

Q

Slug mitigation by control

Q

Gas lifting

Q

Well-flowline-riser shut-in and cool-down with hydrate inhibition

Q

Wax deposition, pigging, and dead-oil circulation

Q

Overpressure protection

Q

Water hammer

ESP design

Q

Introduction to PVT functionality

Multiphase booster performance

Q

Creation of user functions

Field performance forecast

Q

Making the base map a dynamic tool

Optimization of gas lift allocation

Q

AUDIENCE Anyone involved in evaluating artificial lift options, optimize gas lift allocation, and perform ESP design using PIPESIM simulator software.

Creation of waterflood control diagnostic and Hall plots

PREREQUISITE

Estimating pattern configurations and pattern outlines

PIPESIM Fundamentals course or a working knowledge of PIPESIM simulator software.

Q

Q

Q

Generation of waterflood-specific analyses (e.g., voidage replacement ratio) Injection-well specific analysis (Hall plot)

AUDIENCE

Anyone wanting experience in setting up patterns and performing analyses on a waterflood project in OFM software.

Anyone interested in learning more advanced and effective ways to work with an OFM software project using common workflows.

PREREQUISITE

PREREQUISITE

OFM proficiency or OFM Fundamentals course.

OFM software proficiency or OFM Fundamentals course.

AUDIENCE

COURSE CONTENT

AUDIENCE Experienced OLGA simulator users who are interested in learning about advanced applications of the OLGA simulator to flow assurance and modeling of more complex systems within the software. PREREQUISITE OLGA Flow Assurance course and preferably previous project experience with OLGA software.



12/22/13 2:49 AM

PRODUCTION ENGINEERING ENHANCED OIL RECOVERY

The EOR program from NExT is fast-track training for experienced reservoir and simulation engineers who have limited expertise on EOR processes, including EOR mechanisms, experimental analyses, and field implementations. This training focuses on miscible, immiscible, chemical, and thermal processes for clastics and nonfractured carbonates and can include applications of the Petrel platform and ECLIPSE software to those processes.

Software




Field trips

Uses simulation

| 145 12/22/13 2:49 AM

INFORMATION MANAGEMENT

SOFTWARE

COMPETENCY LEVEL

Corporate Data Management and Integration

Project Data Management

Data Quality Management

Unstructured Information Management

ADVANCED eSearch Administration

Administration

ProSource Framework Advanced

ProSource Logs Advanced

ProSource Enterprise Advanced

ProSource Seismic Advanced

SKILL Fundamentals

InnerLogix DQM Intermediate

Studio Manager

eSearch Intermediate

ProSource Logs Fundamentals

ProSource Seismic Fundamentals

ProSource Enterprise Fundamentals

FOUNDATION

ProSource Framework Fundamentals

GeoFrame IESX Seismic Data Loading and Data Management

eSearch Fundamentals

GeoFrame Charisma Seismic Data Loading and Data Management


AWARENESS


InnerLogix DQM Solution Workshop


12/22/13 2:49 AM

INFORMATION MANAGEMENT InnerLogix DQM Solution Workshop NEW

Awareness – 1 Day

This course teaches the attendees THEÏFUNDAMENTALSÏOFÏDATAÏQUALITYÏ MANAGEMENTÏUSINGÏ)NNER,OGIXÏDATAÏ QUALITYÏMANAGEMENTÏ$1- ÏSOLUTIONÏ Through a series of software DEMONSTRATIONS ÏATTENDEESÏWILLÏLEARNÏHOWÏ THEÏSOFTWAREÏCANÏAUTOMATEÏANDÏMANUALLYÏ CONTROLÏDATAÏQUALITYÏCONTROLÏPROCESSESÏTOÏ ADDRESSÏDATAÏMANAGEMENTÏCHALLENGES 4HEÏ$1-Ï3OLUTIONÏ7ORKSHOPÏPROVIDESÏANÏ OPPORTUNITYÏFORÏATTENDEESÏTOÏLEARNÏABOUTÏ THEÏRELEVANCEÏANDÏIMPACTÏOFÏ$1-ÏINÏTHEÏ PETROLEUMÏINDUSTRYÏANDÏHOWÏ$1-ÏCANÏBEÏ IMPLEMENTEDÏWITHINÏTHEIRÏORGANIZATIONÏ TOÏGENERATEÏAÏPOSITIVEÏIMPACTÏINÏ PRODUCTIVITY During this workshop, attendees will ALSOÏHAVEÏTHEÏOPPORTUNITYÏTOÏLEARNÏ ABOUTÏ)NNER,OGIXÏMANAGEMENTÏSOLUTION Ï AÏSPECIALIZEDÏSOFTWAREÏTECHNOLOGYÏ DESIGNEDÏFORÏTHEÏPETROLEUMÏINDUSTRYSÏ %0ÏDATAÏ4HISÏISÏAÏSTRATEGICÏANDÏ NECESSARYÏTOOLÏFORÏSUPPORTINGÏTHEÏ$1-Ï IMPLEMENTATIONÏPROCESSÏ0ARTICIPANTSÏ WILLÏSEEÏ)NNER,OGIXÏ$1-ÏSOLUTIONÏINÏ ACTIONÏBYÏWORKINGÏTHROUGHÏAÏVARIETYÏOFÏ DEMONSTRATIONÏSCENARIOSÏ4HEÏCOURSEÏ ILLUSTRATESÏAUTOMATEDÏANDÏMANUALÏDATAÏ QUALITYÏCONTROLÏPROCESSESÏINÏTHEÏCONTEXTÏ OFÏRELEVANTÏPETROLEUMÏINDUSTRYÏDATAÏ MANAGEMENTÏCHALLENGES COURSE CONTENT Q

$1-ÏMETHODOLOGY

Q

)NNER,OGIXÏMANAGEMENTÏSOLUTIONÏ TOOLSÏANDÏTECHNOLOGYÏ

Q

)NNER,OGIXÏMANAGEMENTÏSOLUTIONÏ $1-ÏSOLUTIONÏWORKSHOP

Q

$1-ÏIMPLEMENTATIONÏSITUATIONS

Q

2EFERENCESÏANDÏ$1-ÏPILOTS

eSearch Fundamentals


GeoFrame Charisma Seismic Data Loading and Data Management




This course teaches the attendees how TOÏUSEÏE3EARCHÏ!SSETÏ-ANAGEMENTÏ software for browsing and ordering COVERINGÏBOTHÏPHYSICALÏANDÏDIGITALÏASSETSÏ !TTENDEESÏAREÏINTRODUCEDÏTOÏTHEÏSYSTEMÏ ARCHITECTURE ÏCOMPONENTS ÏDATAÏMODELÏ ORGANIZATIONALÏSTRUCTURE ÏANDÏTHEÏGRAPHICÏ USERÏINTERFACEÏANDÏTOOLSÏAVAILABLEÏINÏ eSearch. Attendees are also guided THROUGHÏTHEÏDIFFERENTÏTECHNIQUESÏTOÏlNDÏ cataloged assets, including generation of reports, ordering and borrowing assets.

!DMINISTRATIONÏFUNDAMENTALSÏFORÏ 'EO&RAMEÏSOFTWAREÏINCLUDINGÏINSTALLATION Ï CONlGURATION ÏANDÏMAINTENANCEÏ !TTENDEESÏWILLÏALSOÏRECEIVEÏANÏ introduction to the Oracle ® database MANAGEMENTÏSYSTEMÏANDÏITSÏRELATIONSHIPÏ TOÏTHEÏ'EO&RAMEÏSOFTWAREÏSYSTEM

In this course, attendees will learn the FUNDAMENTALSÏOFÏLOADINGÏ$ÏANDÏ$Ï SEISMICÏDATAÏINTOÏTHEÏ#HARISMAÏSEISMICÏ INTERPRETATIONÏMODULEÏOFÏTHEÏ'EO&RAMEÏ software application.

COURSE CONTENT Q

COURSE CONTENT

)NSTALLATIONÏANDÏADMINISTRATIONÏOFÏ 'EO&RAMEÏSOFTWARE

Q

#ONlGURATIONÏOFÏPRINTERSÏANDÏPLOTTERS

Q

-ANAGEMENTÏOFÏLICENSES

Q

Interfaces

Q

Addition of users and disks

Q

Ordering

Q

!RCHIVALÏANDÏDELETIONÏOFÏPROJECTS

Q

#ENTRALÏMANAGEMENTÏOFÏLOCALÏASSETS

Q

"ASICÏ/RACLEÏADMINISTRATION

Q

Barcode scans

Q

Starting and stopping the database

Q

Bulk edits

Q

"ACKUPÏANDÏRECOVERY 31,ÏSTATEMENTSÏRELATEDÏTOÏ'EO&RAMEÏ SOFTWAREÏPROJECTS

Q

"ROWSINGÏOFÏDOCUMENTSÏANDÏ ATTACHMENTS

Q

Q

#USTODYÏACTIVITYÏREPORTS

Q

AUDIENCE $ATAÏANDÏINFORMATIONÏMANAGEMENTÏ professionals, data loaders, DATAÏMANAGERS ÏDATABASEÏANDÏ)4Ï ADMINISTRATORS ÏANDÏPETROTECHNICALÏSTAFF

Relational database basics, design of MODELS ÏANDÏTERMINOLOGY

Q

31,ÏLANGUAGEÏELEMENTS

Q

31,Ï0LUSÏENVIRONMENTALÏANDÏBASICÏ COMMANDS

Q

/RACLEÏSERVERÏARCHITECTURE

PREREQUISITE

AUDIENCE

None

'EO&RAMEÏSOFTWAREÏDATABASEÏ ADMINISTRATORSÏANDÏAPPLICATIONÏSUPPORTÏ staff.

COURSE CONTENT Q

#REATINGÏNEWÏPROJECTS

Q

#REATINGÏSURVEYSÏWITHINÏTHEÏPROJECT

Q

,OADINGÏNAVIGATIONÏDATAÏFROMÏ!3#))Ï lLESÏANDÏDIRECTLYÏFROMÏ3%'Ï9ÏTRACEÏ headers

Q

,OADINGÏ$ÏANDÏ$ÏSEISMICÏDATAÏFROMÏ 3%'Ï9ÏTAPES

Q

#REATINGÏSUBPROJECTSÏFORÏSHARINGÏ SEISMICÏDATA

Q

'ENERATINGÏTIMEÏSLICESÏANDÏCROSSLINESÏ FROMÏAÏ$ÏVOLUME

Q

"ACKINGÏUPÏANDÏRESTORINGÏSEISMICÏANDÏ HORIZONÏDATA

AUDIENCE 'EO&RAMEÏANDÏ#HARISMAÏINTERPRETATIONÏ software users and support staff. PREREQUISITE 'EO&RAMEÏ&UNDAMENTALSÏCOURSE

PREREQUISITE 0ROlCIENCYÏINÏ,INUX ® and UNIX applications.

AUDIENCE #ORPORATEÏMANAGERS ÏDATAÏMANAGEMENTÏ professionals, DBAs, IT professionals, ANDÏDOMAINÏEXPERTSÏ'EOTECHNICIANS Ï 'EOSCIENTISTS ÏANDÏ0ETROLEUMÏ%NGINEERS PREREQUISITE "ASICÏUNDERSTANDINGÏOFÏTHEÏ%0ÏINDUSTRYÏ ANDÏITSÏINFORMATIONÏMANAGEMENTÏ challenges.

Software




Field trips

Uses simulation

| 147 12/22/13 2:49 AM

INFORMATION MANAGEMENT GeoFrame IESX Seismic Data Loading and Data Management

ProSource Framework Fundamentals

InnerLogix DQM Intermediate

ProSource Enterprise Fundamentals



Skill – 3 Days

Skill – 3 Days

In this course, attendees will learn to load $ÏANDÏ$ÏSEISMICÏDATAÏFORÏUSEÏINÏTHEÏ )%38 Ï$$$ÏSEISMICÏINTERPRETATIONÏ software. The attendees will learn how TOÏMANAGEÏANDÏQUALITYÏCONTROLÏ)%38ÏDATAÏ ANDÏHOWÏTOÏTROUBLESHOOTÏDATAÏPROBLEMS

4HEÏ0RO3OURCEÏDATAÏMANAGEMENTÏANDÏ DELIVERYÏSYSTEMÏPROVIDESÏAÏSINGLEÏTOOLÏFORÏ BROWSING ÏEDITING ÏCREATING ÏANDÏMANAGINGÏ INFORMATIONÏFROMÏMULTIPLEÏDISTRIBUTEDÏ REPOSITORIESÏ4HISÏCOURSEÏISÏRECOMMENDEDÏ ASÏTHEÏlRSTÏSTEPÏINÏLEARNINGÏTHEÏ0RO3OURCEÏ INFORMATIONÏMANAGEMENTÏSYSTEMÏANDÏ ASSOCIATEDÏPRODUCTSÏ)NSTRUCTIONÏCOVERSÏ THEÏFUNDAMENTALÏWORKmOWSÏSUPPORTEDÏ BYÏTHEÏ0RO3OURCEÏSYSTEMÏ4HEÏ0RO3OURCEÏ SYSTEMÏINTERFACEÏANDÏTHEÏWORKmOWSÏ COVEREDÏAREÏCOMMONÏTOÏTHEÏSUITEÏOFÏ 0RO3OURCEÏSYSTEMÏPRODUCTSÏ4HEÏTRAININGÏ guides the attendees through the USEÏOFÏTHISÏSOFTWAREÏSOÏTHATÏTHEYÏCANÏ QUICKLYÏANDÏEFlCIENTLYÏMANAGEÏDATAÏANDÏ understand the architecture supporting the application.

)NNER,OGIXÏ$1-Ï)NTERMEDIATEÏCOURSEÏ PROVIDESÏAÏPRACTICALÏAPPROACHÏTOÏTHEÏ IMPLEMENTATIONÏOFÏAUTOMATEDÏANDÏ MANUALÏQUALITYÏCONTROLÏWORKmOWSÏUSINGÏ )NNER,OGIXÏSOFTWAREÏTECHNOLOGYÏANDÏ FOLLOWINGÏTHEÏ$1-ÏMETHODOLOGY

This course teaches attendees the FUNDAMENTALSÏOFÏANDÏWORKmOWSÏFORÏTHEÏ 0RO3OURCEÏDATAÏMANAGEMENTÏANDÏDELIVERYÏ SYSTEM ÏWHICHÏLEVERAGESÏTHEÏ3EABED Ï %0ÏOPENÏDATAÏMODELÏANDÏDATABASEÏ SYSTEMÏTOÏEXTENDÏTHEÏFUNCTIONALITIESÏ OFÏTHEÏ0RO3OURCEÏDATAÏMANAGEMENTÏ APPLICATIONÏ4HEÏATTENDEESÏWILLÏRECEIVEÏ ANÏOVERVIEWÏOFÏTHEÏFUNCTIONALITIESÏANDÏTHEÏ PROCEDURESÏNEEDEDÏTOÏEXECUTEÏSPECIlCÏ WORKmOWSÏOFÏDATAÏLOADING ÏVALIDATION ÏANDÏ 1#ÏEXPORTINGÏDATAÏANDÏUSINGÏUTILITIESÏ An introduction to the Seabed data MODELÏEXPLAINSÏITSÏUSEÏINÏTHEÏ0RO3OURCEÏ %NTERPRISEÏAPPLICATIONÏ!TTENDEESÏ WILLÏLEARNÏHOWÏTOÏUSEÏTHEÏ0RO3OURCEÏ APPLICATIONÏTOÏMANAGEÏDATAÏANDÏ understand the architecture supporting THEÏAPPLICATIONÏ,ESSONSÏANDÏEXERCISESÏ AREÏDESIGNEDÏINÏAÏWORKmOWÏFASHION Ï focusing on practical user needs that let YOUÏAPPLYÏYOURÏNEWÏSKILLSÏIMMEDIATELY

COURSE CONTENT Q

#REATEÏNEWÏPROJECTS

Q

0REVIEWÏ$ÏANDÏ$ÏSEISMICÏHEADERSÏ and data

Q

,OADÏ$ÏSEISMICÏDATAÏANDÏSTATIONÏ locations

Q

,OADÏ$ÏSEISMICÏDATAÏANDÏGENERATEÏ TIMEÏSLICESÏANDÏSURFACEÏSLICES

Q

Q

Load cartographic data with Tobin FORMAT -ANAGEÏDATAÏWITHÏ)%38Ï $ATA-ANAGERÏSYSTEM

COURSE CONTENT Q

AUDIENCE Q

'EO&RAMEÏSOFTWAREÏANDÏ)%38Ï interpretation application users and support staff. PREREQUISITE

Q

Q

'EO&RAMEÏ&UNDAMENTALSÏCOURSE Q

Q

Q

Attendees will learn techniques and TOOLSÏTOÏMANAGEÏTHEÏMOSTÏCOMMONÏDATAÏ QUALITYÏISSUESÏINÏTHEÏPETROLEUMÏUPSTREAMÏ INDUSTRYÏ ÏHOWÏTOÏCONTROLÏTHEÏQUALITYÏOFÏ DATAÏINÏOPERATIONS ÏANDÏHOWÏTOÏIMPROVEÏ THEÏBASISÏFORÏANALYSISÏANDÏDECISION MAKINGÏ4HEÏ)NNER,OGIXÏSOLUTIONÏSUITEÏOFÏ TOOLSÏFEATUREDÏINÏTHISÏCOURSEÏINCLUDESÏ $ATA,OGIX Ï1#0ROÏ1#,OGIXÏANDÏ1#3YNC Ï 1#!NALYST Ï1#Ï2ULESÏ%DITOR Ï),8!DMIN Ï ANDÏ1#3UMMARY COURSE CONTENT Q

5SEÏANDÏVALUEÏOFÏQUALITYÏDATAÏFORÏ TRUSTEDÏANALYSESÏANDÏDECISIONSÏINÏTHEÏ INDUSTRY

Q

5SEÏOFÏ$ATA,OGIXÏTOOLSETÏTOÏMANUALLYÏ ANALYZE ÏASSESS ÏANDÏCORRECTÏ%0Ï data

0RO3OURCEÏSYSTEMÏARCHITECTUREÏANDÏ INTEGRATIONÏSTRATEGY Using the tree folder structure to access data using queries 3EARCHINGÏFORÏSPECIlCÏDATAÏUSINGÏ constraints

Q

Accessing spatial data and related INFORMATIONÏWITHÏTHEÏMAP !CCESSINGÏUNDERLYINGÏDATAÏSOURCESÏTOÏ VIEWÏANDÏEDITÏDATA !NALYZINGÏRESULTSÏWITHÏTHEÏDATAÏ VIEWERS 0ERFORMINGÏANDÏMANAGINGÏDATAÏ transfers using the Data Transfer Manager

AUDIENCE $ATAÏMANAGEMENTÏPROFESSIONALSÏWITHÏ LIMITEDÏORÏNOÏEXPERIENCEÏUSINGÏ0RO3OURCEÏ SYSTEMÏSOFTWAREÏWHOÏREQUIREÏAÏBASICÏ understanding of the interface and WORKmOWS PREREQUISITE None

Q

Q

Q

Q

5SEÏOFÏ1#,OGIXÏANDÏ1#3YNCÏ1#0ROÏ TOOLSET ÏTOÏAUTOMATEÏTHEÏASSESSMENT Ï CORRECTION ÏANDÏSYNCHRONIZATIONÏOFÏ %0ÏDATA 2ULEÏSETSÏFORÏDATAÏQUALITYÏASSESSMENTÏ ANDÏCORRECTIONÏUSINGÏ1#2ULES%DITOR 5SEÏOFÏ),8!DMINÏTOÏPERFORMÏ ADMINISTRATIONÏTASKS ÏCREATEÏ 1#0ROJECTS ÏDATAÏLINKS ÏANDÏRUNÏJOBS !NALYSISÏOFÏDATAÏQUALITYÏRESULTSÏANDÏ DEFECTSÏUSINGÏ1#!NALYST

AUDIENCE #ORPORATEÏDATAÏMANAGERS ÏDATAÏ MANAGEMENTÏPROFESSIONALS Ï$"!S Ï)4Ï PROFESSIONALS ÏANDÏDOMAINÏEXPERTSÏ Geotechnicians, Geoscientists, and 0ETROLEUMÏ%NGINEERS PREREQUISITE


Q

0RO3OURCEÏ%NTERPRISEÏARCHITECTUREÏ ANDÏINTEGRATIONÏSTRATEGY

Q

)NTEGRATINGÏDIFFERENTÏDATAÏTYPESÏ VISUALLYÏUSINGÏDIFFERENTÏDATAÏVIEWERS

Q

Access and browse the Seabed data MODELÏANDÏOTHERÏDATAÏSOURCES

Q

,OADINGÏDATAÏUSINGÏAÏVARIETYÏOFÏLOADERÏ functions

Q

"ROWSINGÏANDÏVALIDATINGÏDATA

Q

%XPORTINGÏDATAÏFROMÏTHEÏ3EABEDÏDATAÏ MODELÏTOÏDIFFERENTÏFORMATS

Q

0ERFORMÏDATAÏTRANSFERSÏBETWEENÏ 0RO3OURCEÏ%NTERPRISEÏANDÏ'EO&RAME /PEN7ORKS © software

Q

5SINGÏTHEÏTOOLSÏTOÏMANIPULATEÏANDÏ ENSUREÏDATAÏQUALITY

7EB BASEDÏREPORTSÏOFÏQUALITYÏSCORESÏ USINGÏ1#3UMMARY

"ASICÏUNDERSTANDINGÏOFÏTHEÏ%0ÏINDUSTRYÏ ANDÏITSÏINFORMATIONÏMANAGEMENTÏ challenges.

148 |

COURSE CONTENT

AUDIENCE $ATAÏANDÏINFORMATIONÏMANAGEMENTÏ professionals, data loaders, data MANAGERS ÏANDÏDATABASEÏANDÏ)4Ï ADMINISTRATORS PREREQUISITE 0RO3OURCEÏ&RAMEWORKÏ&UNDAMENTALSÏ course or working knowledge of 0RO3OURCEÏSOFTWARE


12/22/13 2:49 AM

INFORMATION MANAGEMENT ProSource Front Office Fundamentals

ProSource Logs Fundamentals

ProSource Seismic Fundamentals

Studio Manager

Skill – 2 Days

Skill – 2 Days

Skill – 3 Days

Skill – 3 Days

This course introduces attendees to 0RO3OURCEÏDATAÏMANAGEMENTÏANDÏDELIVERYÏ SYSTEMÏ&RONTÏ/FlCE ÏANÏEASY TO USEÏ WEB BASEDÏAPPLICATIONÏTHATÏPROVIDESÏ WORKmOW BASEDÏDATAÏDELIVERYÏINÏTWOÏ IMPORTANTÏMETHODSÏ4HESEÏMETHODSÏAREÏ EFlCIENTLYÏDELIVERINGÏLOGÏDATAÏDIRECTLYÏ INTOÏTHEÏ0ETRELÏPLATFORMÏANDÏ4ECHLOGÏ PLATFORMÏPROJECTSÏBYÏMEANSÏOFÏPLUG INS Ï ALLOWINGÏUSERSÏTOÏSEARCHÏANDÏVISUALIZEÏ EXPORTINGÏDATAÏFROMÏTHEÏ0RO3OURCEÏ SYSTEMÏTHROUGHÏAÏLIGHTWEIGHTÏWEBÏ INTERFACEÏ4HEÏ0RO3OURCEÏ&RONTÏ/FlCEÏ PACKAGEÏINTERFACESÏWITHÏ0RO3OURCEÏ,OGS Ï 0RO3OURCEÏ%NTERPRISE ÏANDÏ0RO3OURCEÏ 3EISMICÏSOFTWAREÏSYSTEMS

This course teaches attendees the FUNDAMENTALÏCONCEPTSÏANDÏWORKmOWSÏ REQUIREDÏTOÏMANAGEÏTHEÏFULLÏLIFECYCLEÏOFÏ well logs data using the functionalities of 0RO3OURCEÏ,OGSÏTECHNOLOGYÏANDÏ3EABEDÏ %0ÏOPENÏDATAÏMODELÏ!TTENDEESÏWILLÏGETÏ ANÏOVERVIEWÏOFÏTHEÏFUNCTIONALITIESÏANDÏTHEÏ PROCEDURESÏNEEDEDÏTOÏEXECUTEÏSPECIlCÏ WORKmOWSÏOFÏBROWSING ÏDATAÏLOADING Ï VALIDATION ÏQUALITYÏCONTROLÏANDÏEXPORTINGÏ OFÏWELLÏLOGSÏDATAÏINÏVARIOUSÏINDUSTRYÏ STANDARDÏFORMATS

4HISÏCOURSEÏPRESENTSÏTHEÏFUNDAMENTALÏ CONCEPTSÏANDÏWORKmOWSÏFORÏ0RO3OURCEÏ 3EISMIC ÏWHICHÏISÏAÏPARTÏOFÏ0RO3OURCEÏ %0ÏDATAÏMANAGEMENTÏANDÏDELIVERYÏ SYSTEMÏ!TTENDEESÏWILLÏLEARNÏHOWÏ TOÏMANAGEÏSEISMICÏANDÏNAVIGATIONÏ DATAÏALONGÏWITHÏRELATEDÏDOCUMENTSÏINÏ SEISMICÏARCHIVEÏANDÏINÏTHEÏINTERPRETATIONÏ PROJECTS ÏUSINGÏTHEÏCOMMONÏ0RO3OURCEÏ INTERFACEÏFORÏACCESSINGÏANDÏMANAGINGÏ THEÏARCHIVEÏ4HEÏCOURSEÏISÏANÏOVERVIEWÏ of the functionalities and the procedures NEEDEDÏWHENÏEXECUTINGÏTHEÏWORKmOWSÏ OFÏSEISMICÏDATAÏLOADING ÏVALIDATIONS Ï QUALITYÏCONTROL ÏVIEWING ÏANDÏEXPORTINGÏ ,ESSONSÏANDÏEXERCISESÏFOCUSÏONÏPRACTICALÏ APPLICATIONSÏANDÏHELPÏPARTICIPANTSÏAPPLYÏ NEWÏSKILLSÏIMMEDIATELY

This course introduces attendees to 3TUDIOÏ%0ÏKNOWLEDGEÏENVIRONMENTÏ WHICHÏALLOWSÏDATAÏMANAGERSÏTOÏ EFFECTIVELYÏSUPPORTÏANDÏMANAGEÏ0ETRELÏ PLATFORMÏUSERSÏANDÏPROJECTSÏ4HEÏ3TUDIOÏ -ANAGERÏPROVIDESÏAPPLICATIONSÏTHATÏALLOWÏ FORÏADMINISTERING ÏBROWSING ÏCORRECTING Ï ANDÏORGANIZINGÏ%0ÏDATAÏ$ATAÏMANAGERSÏ CANÏQUICKLYÏEVALUATEÏTHEÏSTATEÏOFÏTHEIRÏ 3TUDIOÏENVIRONMENTTOÏDETERMINEÏTHEÏ STATUSÏOFÏVARIOUSÏREPOSITORIES ÏREVIEWÏ RECENTÏUSERÏACTIVITY ÏANDÏIDENTIFYÏANDÏ COMPLETEÏCRITICALÏDATA MANAGEMENTÏ TASKSÏ(IGH LEVELÏINFORMATIONÏENABLESÏ QUICKÏACCESSÏTOÏKEYÏINDICATORSÏANDÏ INTELLIGENCEÏONÏTHEÏREPOSITORYÏTOÏWHICHÏ the user is connected. In this course, attendees will learn how to use Studio Manager as the single application to MANAGEÏDATAÏINÏTHEÏ3TUDIOÏDATABASEÏFORÏ 0ETRELÏUSERS ÏIMPLEMENTÏANDÏMANAGEÏ COLLABORATIONÏWORKmOWSÏACROSSÏTEAMS Ï ANDÏAPPLYÏDATAÏMANAGEMENTÏBESTÏ practices.

COURSE CONTENT Q

Q

)NITIATEÏTHEÏ0RO3OURCEÏ&RONTÏ/FlCEÏ SYSTEMÏANDÏNAVIGATEÏTHEÏINTERFACE Search for and browse well INFORMATION ÏDEVIATIONÏSURVEYS Ï MARKERS ÏPERFORATIONS ÏCHECKSHOTÏ SURVEYS ÏCOREÏINTERVALS Ï630ÏSURVEYS Ï ANDÏSEISMICÏDATA

COURSE CONTENT Q

0RO3OURCEÏ,OGSÏARCHITECTUREÏANDÏ application interface

Q

0RO3OURCEÏ,OGSÏlLEÏFORMATSÏ

Q

,OAD ÏQUALITYÏCONTROLÏANDÏVALIDATEÏ VARIOUSÏWELLÏLOGÏDATA

Q

Q

Q

)NTERRELATIONSHIPÏOFÏ0RO3OURCEÏ&RONTÏ /FlCEÏWINDOWSÏSOFTWARE

Q

Q

5SEÏAÏVARIETYÏOFÏFEATURESÏINÏDIFFERENTÏ WINDOWS ÏINCLUDINGÏMAP ÏLOGÏVIEWER Ï LOGÏPASSÏVIEWER Ï%"#$)#ÏHEADERÏANDÏ THEÏVISUALIZATIONÏANDÏROTATIONÏOFÏ$Ï DEVIATIONÏGRAPHICS

Q

Q

Q

%XPORTÏLOGÏDATAÏINTOÏSTANDARDÏFORMATÏ ,!3,)3$,)3 $OWNLOADÏWELL Ï630 ÏANDÏSEISMICÏ DATAÏlLESÏANDÏASSOCIATEDÏDOCUMENTS

Q

4RANSFERÏDATAÏTOÏ0ETRELÏPLATFORMÏ suite and Techlog software using the ASSOCIATEDÏ0RO3OURCEÏ&RONTÏ/FlCEÏ PLUG IN

Q

,OGÏDATAÏANDÏASSOCIATEDÏDOCUMENTSÏ DATAÏSUBMISSIONÏFROMÏ0RO3OURCEÏ &RONTÏ/FlCEÏSOFTWAREÏTOÏ0RO3OURCEÏ ,OGSÏSYSTEMS

Q

%ND USERÏWORKmOWS

Q

!UTOMATEDÏBATCHÏLOADINGÏ CONlGURATION

#REATEÏVARIOUSÏREPORTSÏINÏUSER DElNEDÏ TEMPLATES %XPORTÏDATAÏINÏSTANDARDÏFORMATSÏANDÏ MANAGEÏTEMPORARYÏlLES Manage and search for electronic DOCUMENTS

/VERVIEWÏOFÏGEODETICSÏCONCEPTS Ï NAVIGATIONÏANDÏSEISMICÏDATAÏFORMATS Ï NUMBERINGÏSYSTEMSÏANDÏBASICSÏOFÏ$Ï ANDÏ$ÏSEISMICÏSURVEYS

Q

#OMMONÏWORKmOWSÏOFÏ0RO3OURCEÏ 3EISMICÏFORÏDATAÏLOADING ÏSEARCHING Ï BROWSING ÏVIEWING ÏSELECTINGÏANDÏ EXPORTING

Q

3CAN ÏEDIT ÏANDÏQUALITYÏCONTROLÏ SEISMICÏTRACEÏHEADERÏDATA

Q

,OADÏNAVIGATIONÏDATA ÏSEISMICÏ DATA ÏTAPEÏINDEXÏDATA ÏANDÏ SCANNINGÏSEISMICÏDATAÏAVAILABLEÏINÏ INTERPRETATIONÏPROJECTS

AUDIENCE 4HISÏCOURSEÏISÏINTENDEDÏFORÏPETRO TECHNICALÏDATAÏADMINISTRATORS ÏDATAÏ LOADERS ÏDATAÏMANAGERSÏANDÏGEOSCIENTISTSÏ INVOLVEDÏWITHÏCORPORATEÏWELLÏLOGSÏDATAÏ who require understanding about the FUNCTIONALITIESÏANDÏWORKmOWSÏSUPPORTEDÏ BYÏ0RO3OURCEÏ,OGS PREREQUISITE 0RO3OURCEÏ&RAMEWORKÏ&UNDAMENTALSÏ course or working knowledge of 0RO3OURCEÏSOFTWARE

'EOSCIENTISTS ÏPETROLEUMÏENGINEERS ÏDATAÏ MANAGERS ÏANDÏTECHNICALÏ)4ÏPERSONNELÏ WITHÏDATAÏMANAGEMENTÏDELIVERYÏ responsibilities. PREREQUISITE 'ENERALÏUNDERSTANDINGÏOFÏDATAÏDELIVERYÏ ANDÏDATAÏmOWÏPROCESSESÏREQUIREDÏ TOÏPERFORMÏPETROLEUMÏSUBSURFACEÏ interpretation studies.



Q

Browse data using tabular or GRAPHICALÏVIEWERS

AUDIENCE

Software

COURSE CONTENT

Q

6ARIOUSÏDATAÏEXPORTÏWORKmOWS Ï INCLUSIVEÏDATAÏEXPORTÏFROMÏSEISMICÏ ARCHIVEÏTOÏINTERPRETATIONÏPROJECTS Ï ANDÏDATAÏTRANSFERÏFROMÏPROJECTÏTOÏ PROJECT

Q

5SEÏ0RO3OURCEÏ3EISMICÏUTILITIESÏANDÏ SETÏUPÏUSERÏACCOUNTSÏFORÏVARIOUSÏ TYPESÏOFÏWORKmOWS

COURSE CONTENT Q

Q

PREREQUISITE 0RO3OURCEÏ&RAMEWORKÏ&UNDAMENTALSÏ course or a working knowledge of 0RO3OURCEÏSOFTWARE


Field trips

Uses simulation

Introduction to Studio knowledge ENVIRONMENTÏANDÏ3TUDIOÏ-ANAGERÏ Create repositories, users, roles, DATAÏENVIRONMENTS ÏMANAGEÏINDEXES Ï QUALITYÏTAGS ÏCOORDINATEÏREFERENCEÏ SYSTEMSÏANDÏlLTERSÏ

Q

)MPORTÏDATAÏWITHÏTHEÏGLOBALLYÏUNIQUEÏ IDENTIlERÏ'5)$ ÏCONCEPT ÏGENERALÏ TRANSFERÏRULES ÏTRANSFERÏMESSAGES Ï DATAÏLOADINGÏINÏ0ETRELÏPLATFORMÏ software and data transfer to 3TUDIOÏDATABASE ÏANDÏMATCHÏRULESÏ IMPLEMENTATION

Q

)DENTIFYÏDATAÏISSUES ÏMANAGEÏUSERÏ ATTRIBUTES ÏMANAGEÏGLOBALÏWELLÏLOGS Ï ANDÏlNDÏANDÏCORRECTÏDATA

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-AKEÏREPOSITORYÏCOPIES ÏSNAPSHOTS Ï BACKUP ÏANDÏRECOVERYÏANDÏREVIEWÏ application logs

Q

/VERVIEWÏOFÏ3TUDIOÏDATABASEÏ installation, uninstallation, upgrade, ANDÏINDEXÏMIGRATION

AUDIENCE 4HISÏCOURSEÏISÏINTENDEDÏFORÏPETRO TECHNICALÏDATAÏADMINISTRATORS ÏDATAÏ LOADERS ÏDATAÏMANAGERSÏANDÏGEOSCIENTISTSÏ INVOLVEDÏWITHÏCORPORATEÏSEISMICÏDATAÏ who require understanding about the FUNCTIONALITIESÏANDÏWORKmOWSÏSUPPORTEDÏ BYÏ0RO3OURCEÏ3EISMIC

NEW

AUDIENCE $ATAÏMANAGERSÏORÏDATAÏADMINISTRATORSÏ ANDÏ0ETRELÏPLATFORMÏUSERSÏWITHÏDATAÏ MANAGEMENTÏRESPONSIBILITIES PREREQUISITE 0ETRELÏ&UNDAMENTALSÏORÏEQUIVALENTÏ EXPERIENCE

| 149 12/22/13 2:49 AM

INFORMATION MANAGEMENT eSearch Intermediate Skill – 2 Days

eSearch Administration NEW

In this course, attendees will learn ADVANCEDÏDATAÏPROCESSINGÏCAPABILITIESÏFORÏ PHYSICALÏANDÏDIGITALÏASSETÏMANAGEMENTÏ USINGÏTHEÏE3EARCHÏ%0Ï0HYSICALÏ!SSETÏ 3YSTEMÏINÏADDITIONÏTOÏDISCOVERINGÏTHEÏ KEYÏDIFFERENCESÏBETWEENÏTHEÏWEBÏ and desktop user interfaces and their RELEVANTÏFEATURESÏAPPLIEDÏTOÏASSETÏ MANAGEMENTÏWORKmOWSÏ!TTENDEESÏWILLÏ ALSOÏREVIEWÏTHEÏORDERINGÏANDÏBORROWINGÏ PROCESSESÏFROMÏTHEÏPHYSICALÏASSETÏ ADMINISTRATORÏPOINTÏOFÏVIEWÏASÏWELLÏASÏ GAINÏUNDERSTANDINGÏOFÏHOWÏTOÏPERFORMÏ ADVANCEDÏDATAÏLOADINGÏANDÏEDITS Ï INCLUDINGÏTHEÏLOADINGÏANDÏMANIPULATIONÏ OFÏATTACHMENTSÏ4HEÏATTENDEESÏWILLÏLEARNÏ HOWÏTOÏPERFORMÏDIFFERENTÏDAY TO DAYÏDATAÏ MAINTENANCEÏTASKSÏANDÏPRODUCEÏASSETÏ MANAGEMENTÏREPORTS COURSE CONTENT Q

Q

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Desktop and web application INTERFACESÏANDÏTHEÏKEYÏFUNCTIONALÏ COMPONENTSÏANDÏDIFFERENCESÏ 0HYSICALÏASSETSÏORDERING ÏBORROWING Ï ANDÏCUSTODYÏACTIVITYÏPROCESSESÏ Bulk data loading, bulk edits, and ATTACHMENTÏLOADINGÏOFÏPHYSICALÏ ASSETSÏINFORMATIONÏ

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0HYSICALÏASSETSÏDATAÏMAINTENANCEÏ TASKS ÏINCLUDINGÏINSERT ÏCOPY ÏAMEND Ï and delete records

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0HYSICALÏASSETÏMANAGEMENTÏREPORTSÏ INÏVARIOUSÏFORMATS

AUDIENCE $ATAÏLOADERS ÏDATAÏMANAGERS ÏANDÏ WAREHOUSEÏADMINISTRATORS

Advanced – 2 Days

NEW

In this course, attendees will learn how TOÏADMINISTERÏANDÏMANAGEÏTHEÏE3EARCHÏ APPLICATIONÏSERVERÏANDÏDATAÏMODELÏ4HEYÏ WILLÏEXPLOREÏHOWÏTOÏPERFORMÏADVANCEDÏ ADMINISTRATIONÏWORKmOWSÏANDÏSYSTEMÏ CONlGURATIONSÏINCLUDINGÏDATAÏMODELING Ï REFERENCEÏLISTSÏCREATION ÏATTACHMENTÏ STORAGEÏMANIPULATION ÏUSERSÏANDÏSECURITYÏ PROlLEÏCREATIONÏANDÏMANAGEMENTÏ (OWÏTOÏACHIEVEÏEXTERNALÏSEARCHÏ CONlGURATION ÏPRODUCEÏSYSTEMÏREPORTS Ï PERFORMÏLANGUAGEÏCUSTOMIZATION ÏUSEÏ THEÏADMINISTRATIONÏTOOLKIT ÏCONlGUREÏANDÏ MANAGEÏRETENTIONÏDISPOSAL ÏPOLICIESÏWILLÏ BEÏREVIEWEDÏ COURSE CONTENT Q

/RGANIZATIONALÏSTRUCTUREÏANDÏTHEÏDATAÏ MODELÏCREATIONÏPROCESSÏ

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#ONlGURATIONÏSETTINGSÏFORÏAÏNEWÏ CUSTOMERÏ

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Q Q

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3ECURITYÏMODELÏREQUIREMENTSÏANDÏ FUNCTIONALÏCOMPONENTS

ProSource Enterprise Advanced

ProSource Framework Advanced

Advanced – 3 Days

Advanced – 3 Days

4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏANÏ OVERVIEWÏANDÏUNDERSTANDINGÏOFÏTHEÏTASKSÏ REQUIREDÏTOÏADMINISTERÏANDÏCONlGUREÏ THEÏ0RO3OURCEÏ%0ÏDATAÏMANAGEMENTÏ SYSTEMÏANDÏTHEÏ3EABEDÏ%0ÏOPENÏDATAÏ ANDÏDELIVERYÏMODELÏANDÏDATABASEÏ4HEÏ course details the procedures needed to ADMINISTERÏANDÏCREATEÏVARIOUSÏ3EABEDÏ ACCOUNTS ÏMANAGEÏADVANCEDÏDATAÏLOADINGÏ SCENARIOS ÏCREATEÏCUSTOMÏCOORDINATEÏ SYSTEMS ÏSYNCHRONIZEÏEXISTINGÏPROJECTS Ï EXTENDÏTHEÏ3EABEDÏDATAÏMODEL ÏANDÏ CONlGUREÏMISCELLANEOUSÏPARAMETERSÏLIKEÏ REPORTS ÏJOBÏSCHEDULER ÏETCÏ4HISÏCOURSEÏ WILLÏHELPÏTHEÏATTENDEESÏDESIGNÏADVANCEDÏ DATAÏLOADINGÏANDÏVALIDATIONÏWORKmOWSÏFORÏ ANYÏCUSTOMÏ%0ÏDATAÏNEEDS

4HISÏCOURSEÏEXPANDSÏONÏTHEÏ0RO3OURCEÏ &RAMEWORKÏ&UNDAMENTALSÏCOURSEÏ!SÏAÏ COMMONÏAPPLICATIONÏFRAMEWORKÏSOLUTIONÏ FORÏDATAÏMANAGEMENT ÏTHEÏ0RO3OURCEÏ SYSTEMÏISÏHIGHLYÏCONlGURABLEÏTOÏMEETÏ BUSINESSÏANDÏWORKmOWÏNEEDSÏ4HISÏ COURSEÏPROVIDESÏANÏUNDERSTANDINGÏOFÏTHEÏ TASKSÏREQUIREDÏTOÏGENERALLYÏCONlGUREÏANDÏ ADMINISTERÏTHEÏ0RO3OURCEÏAPPLICATIONÏ ENVIRONMENTÏSUCHÏASÏSTART UPÏPROCESSING Ï USERÏMANAGEMENTÏANDÏROLES ÏANDÏSECURITYÏ It also guides attendees through the STEPSÏTOÏPERSONALIZEÏTHEÏ0RO3OURCEÏ ENVIRONMENTÏ ÏSUCHÏASÏCUSTOMIZINGÏDATAÏ SOURCES ÏDATAÏVIEWSÏANDÏDATAÏQUERIES Ï ENABLINGÏVIRTUALÏSHAPES ÏORÏLAUNCHINGÏ EXTERNALÏAPPLICATIONSÏINÏCONTEXTÏANDÏBRINGÏ FOCUSEDÏEFlCIENCIESÏANDÏUSABILITYÏTOÏTHEÏ COMMUNITYÏOFÏ0RO3OURCEÏSYSTEMÏUSERS

COURSE CONTENT Q /UTLINEÏ0RO3OURCEÏ%NTERPRISEÏ architecture and application interface to access data Q

$ESCRIBEÏVARIOUSÏROLESÏTHATÏCONTROLÏ DATAÏACCESSÏANDÏVALIDATION

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3UMMARIZEÏ3EABEDÏDATABASEÏ ADMINISTRATION ÏINCLUDINGÏPROCEDURESÏ TOÏEXTENDÏTHEÏ3EABEDÏDATAÏMODEL

7EBÏADMINISTRATIONÏFUNCTIONALITIESÏ "UILT INÏSYSTEMÏREPORTSÏANDÏTHEÏ !DMINISTRATIONÏTOOLKITÏUTILITYÏ

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2ETENTIONÏPOLICIESÏANDÏEVENTSÏ MANAGEMENT

#REATEÏANDÏMANAGEÏUSERÏACCOUNTS

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Create and assign user roles

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%STABLISHÏSECURITYÏANDÏTESTÏPOLICIES

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4AILORÏTHEÏ0RO3OURCEÏ4REEÏnÏMODIFY Ï CREATEÏORÏREMOVEÏTOPICS ÏVIEWS Ï queries $ElNEÏCUSTOMÏDATAÏSOURCESÏANDÏ CAPABILITIESÏANDÏLEARNÏTHEÏ6IEWLOADER

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Q

3UMMARIZEÏUTILITIESÏANDÏ CONlGURATIONSÏTOÏSYNCHRONIZEÏ PROJECTSÏDATAÏCOPYUPDATE

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Q

#REATIONÏOFÏCUSTOMIZEDÏ%XCELÏREPORTS

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-ANAGEÏTEMPORARYÏlLESÏCREATEDÏ DURINGÏLOADINGEXPORTINGÏANDÏTHEIRÏ cleanup

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#ONlGUREÏJOBÏSCHEDULER ÏE MAILÏ NOTIlCATIONSÏUSEDÏDURINGÏLOADING EXPORTING ÏANDÏLICENSEÏPARAMETERS

4HISÏCOURSEÏISÏINTENDEDÏFORÏPETRO TECHNICALÏDATAÏADMINISTRATORS ÏDATAÏ LOADERS ÏDATAÏMANAGERS ÏANDÏANYÏOTHERÏ DATAÏMANAGEMENTÏPROFESSIONALSÏINVOLVEDÏ WITHÏCORPORATEÏDATAÏMANAGEMENTÏWHOÏ need a deeper understanding of the 0RO3OURCEÏ%NTERPRISEÏCONlGURATION Ï ADMINISTRATION ÏANDÏADVANCEDÏWORKmOWS PREREQUISITE 0RO3OURCEÏ%NTERPRISEÏ&UNDAMENTALSÏ COURSEÏORÏAÏBASICÏWORKINGÏEXPERIENCEÏOFÏ 0RO3OURCEÏ%NTERPRISEÏSYSTEM


5SEÏTHEÏ)-Ï!DMINISTRATIONÏ#ONSOLE

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#OORDINATEÏSYSTEMÏCONSIDERATIONSÏ during data loading

AUDIENCE

150 |

Q

Q

PREREQUISITE E3EARCHÏ&UNDAMENTALSÏCOURSEÏANDÏAÏ GENERALÏKNOWLEDGEÏOFÏPHYSICALÏASSETÏ MANAGEMENT

0REPAREÏANDÏVALIDATEÏTHEÏ0RO3OURCEÏ SYSTEMÏRUN TIMEÏENVIRONMENT

#REATEÏCONTROLÏlLESÏTOÏSUPPORTÏ CUSTOMIZEDÏDATAÏLOADINGÏSCENARIOS

PREREQUISITE E3EARCHÏ&UNDAMENTALSÏCOURSE

Q

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AUDIENCE 0ROFESSIONALSÏWHOÏPARTICIPATEÏINÏ)4Ï Software Application and Database -ANAGEMENT Ï$ATABASEÏ!DMINISTRATORS Ï Data Managers.

#REATEÏPROJECTS ÏDICTIONARIES Ï interfaces, and staging areas TEMPORARYÏAREASÏUSEDÏDURINGÏDATAÏ LOADING

COURSE CONTENT

Set up related data and pick lists DROPÏLISTS

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%STABLISHÏACCESSÏTOÏGEOGRAPHICÏ COORDINATEÏDATAÏANDÏVIRTUALÏSHAPES

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#ONlGUREÏANDÏLAUNCHÏEXTERNALÏ APPLICATIONSÏINÏCONTEXT

AUDIENCE 0ETROTECHNICALÏDATAÏADMINISTRATORS Ï DATAÏLOADERS ÏDATAÏMANAGERSÏANDÏANYÏ OTHERÏDATAÏMANAGEMENTÏPROFESSIONALÏ WHOÏWILLÏBEÏRESPONSIBLEÏFORÏCONlGURING Ï PERSONALIZINGÏANDÏADMINISTERINGÏ 0RO3OURCEÏ&RAMEWORKÏENVIRONMENT PREREQUISITE 0RO3OURCEÏ&RAMEWORKÏ&UNDAMENTALSÏ course or working knowledge of 0RO3OURCEÏSYSTEMÏSOFTWARE ÏANDÏ ANÏUNDERSTANDINGÏOFÏ5.)8ÏSYSTEMSÏ ADMINISTRATION Ï!PACHE Ï4OMCAT ÏANDÏ31,Ï applications.


12/22/13 2:49 AM

INFORMATION MANAGEMENT ProSource Front Office Administration

ProSource Logs Advanced

ProSource Seismic Advanced

Advanced – 3 Days

Advanced – 3 Days

Advanced – 3 Days

4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ details and an understanding of the tasks REQUIREDÏTOÏADMINISTERÏANDÏCONlGUREÏTHEÏ 0RO3OURCEÏ&RONTÏ/FlCEÏDATAÏMANAGEMENTÏ ANDÏDELIVERYÏSYSTEMÏ4HEÏCOURSEÏCOVERSÏ details of the procedures needed to ADMINISTERÏUSERÏACCOUNTS ÏPROJECTS ÏMAPS Ï MODULESÏWELLS ÏLOGS ÏANDÏSEISMIC ÏANDÏ reports.

4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ details and an understanding of the tasks REQUIREDÏTOÏADMINISTERÏANDÏCONlGUREÏTHEÏ 0RO3OURCEÏ,OGSÏ4HEÏCOURSEÏDETAILSÏTHEÏ PROCEDURESÏNEEDEDÏTOÏADMINISTERÏANDÏ CREATEÏVARIOUSÏ3EABEDÏ%0ÏOPENÏDATAÏ MODELÏANDÏDATABASEÏACCOUNTS ÏCONTROLÏ DATAÏACCESSÏENTITLEMENTS ÏTOÏDIFFERENTÏ GROUPSÏOFÏUSERS ÏSYNCHRONIZEÏEXISTINGÏ PROJECTS ÏCONlGUREÏDEFAULTÏVALUESÏFORÏDATAÏ LOADERÏANDÏEXPORTER ÏCONlGUREÏMULTIPLEÏ STORAGEÏDIRECTORIESÏTOÏELIMINATEÏDISKÏ space issues during data loading, and CONlGUREÏMISCELLANEOUSÏPARAMETERSÏLIKEÏ REPORTS ÏJOBÏSCHEDULER ÏETCÏ4HISÏCOURSEÏ WILLÏHELPÏATTENDEESÏDESIGNÏADVANCEDÏDATAÏ LOADINGÏANDÏVALIDATIONÏWORKmOWSÏFORÏWELLÏ LOGÏDATAÏMANIPULATIONÏNEEDS

This course presents attendees with THEÏADVANCEDÏCONCEPTSÏANDÏWORKmOWSÏ FORÏ0RO3OURCE Ï3EISMICÏMODULE ÏWHICHÏ ISÏAÏMODULEÏOFÏTHEÏ0RO3OURCEÏ%0ÏDATAÏ MANAGEMENTÏSYSTEMÏ4HEÏATTENDEESÏ WILLÏLEARNÏHOWÏTOÏMANAGEÏSEISMICÏANDÏ NAVIGATIONÏDATAÏALONGÏWITHÏRELATEDÏ DOCUMENTSÏINÏSEISMICÏARCHIVESÏANDÏINÏTHEÏ INTERPRETATIONÏPROJECTSÏUSINGÏTHEÏCOMMONÏ 0RO3OURCEÏINTERFACEÏFORÏACCESSINGÏANDÏ MANAGINGÏTHEÏARCHIVESÏ4HEÏTRAININGÏ ISÏANÏOVERVIEWÏOFÏFUNCTIONALITIESÏFORÏ ADVANCEDÏDATAÏEXPORTÏWORKmOWSÏANDÏ THEÏPROCEDURESÏNEEDEDÏTOÏCONlGURE Ï ADMINISTER ÏANDÏTROUBLESHOOTÏTHEÏ 0RO3OURCEÏ3EISMICÏMODULEÏ!TTENDEESÏ WILLÏBEÏSHOWNÏHOWÏTOÏEFlCIENTLYÏUSEÏ 0RO3OURCEÏ3EISMICÏMODULEÏFORÏMANAGINGÏ SEISMICÏDATAÏ,ESSONSÏANDÏEXERCISESÏ focus on practical applications and help ATTENDEESÏAPPLYÏNEWÏSKILLSÏIMMEDIATELY

COURSE CONTENT Q

/UTLINEÏ0RO3OURCEÏ&RONTÏ/FlCEÏ architecture and application interface to access data

Q

#REATEÏANDÏCONlGUREÏUSERÏANDÏPROJECT

Q

#ONlGUREÏMAP

Q

3UMMARIZEÏTHEÏCONCEPTÏANDÏCONlGUREÏ the data scope restriction

Q

#REATEÏANDÏCONlGUREÏREPORT

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#REATEÏANDÏCONlGUREÏAÏNEWÏFORM window

AUDIENCE

COURSE CONTENT Q Outline Seabed database ADMINISTRATION ÏINCLUDINGÏCREATIONÏOFÏ PROJECTS ÏDICTIONARIES ÏINTERFACES ÏANDÏ STAGINGÏAREASÏTEMPORARYÏAREASÏUSEDÏ DURINGÏDATAÏLOADING Q

0ETROTECHNICALÏDATAÏADMINISTRATORS ÏDATAÏ LOADERS ÏDATAÏMANAGERS ÏANDÏTECHNICALÏ )4ÏPERSONNELÏWITHÏ$ATAÏ-ANAGEMENTÏ DELIVERYÏRESPONSIBILITIES PREREQUISITE 0RO3OURCEÏ&RONTÏ/FlCEÏ&UNDAMENTALSÏ COURSEÏORÏWORKINGÏEXPERIENCEÏWITHÏ 0RO3OURCEÏ&RONTÏ/FlCEÏSOFTWARE

$ESCRIBEÏVARIOUSÏROLESÏTHATÏCONTROLÏ DATAÏACCESSÏANDÏVALIDATION

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/UTLINEÏUTILITIESÏANDÏCONlGURATIONSÏ required to control data access to VARIOUSÏUSERÏGROUPSÏENTITLEMENTS Ï ANDÏTOÏSYNCHRONIZEÏPROJECTSÏ$ATAÏ #OPY5PDATE

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$ESCRIBEÏASSOCIATEÏDOCUMENTSÏEG Ï COREÏIMAGES ÏSURVEYÏREPORTS ÏWITHÏ ADDITIONALÏNODESÏINÏTHEÏ0RO3OURCEÏ TREEÏEG Ï630ÏSURVEY ÏDATAÏlLES

Q

#ONlGUREÏDEFAULTÏRULESÏTOÏMAINTAINÏ DATABASEÏINTEGRITYÏDURINGÏLOADING

Q

Q

0ERFORMÏADMINISTRATIVEÏTASKS Ï INCLUDINGÏBUTÏNOTÏLIMITEDÏTOÏSETTINGÏ UPÏE MAILÏNOTIlCATIONS ÏCONlGURINGÏ ANDÏMANAGINGÏDISTRIBUTOR ÏCOORDINATEÏ REFERENCEÏSYSTEMÏ#23 ÏALIASESÏANDÏ EXPORTÏJOBS

Q

%XPLOREÏTHEÏ0RO3OURCEÏ3EISMICÏDATAÏ MODELÏANDÏUSEÏITÏFORÏQUALITYÏCONTROLÏ and troubleshooting

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#ONlGUREÏTHEÏ0RO3OURCEÏ3EISMICÏ MODULEÏUSINGÏTHEÏ)NFORMATIONÏ -ANAGEMENTÏ!DMINISTRATORÏCONSOLE

AUDIENCE 0ETROTECHNICALÏDATAÏADMINISTRATORS ÏDATAÏ LOADERS ÏDATAÏMANAGERS ÏANDÏANYÏOTHERÏ DATAÏMANAGEMENTÏPROFESSIONALSÏINVOLVEDÏ WITHÏCORPORATEÏSEISMICÏDATAÏTHATÏNEEDÏAÏ DEEPERÏUNDERSTANDINGÏOFÏTHEÏ0RO3OURCEÏ 3EISMICÏCONlGURATION ÏADMINISTRATION Ï ANDÏADVANCEDÏWORKmOWS

COURSE CONTENT

#ONlGUREÏACCESSÏTOÏDISTRIBUTEDÏ INSTALLATIONSÏ0RO3OURCEÏSYSTEM 3EABEDÏDATABASE ÏBYÏMEANSÏOFÏ AÏSINGLEÏ0RO3OURCEÏAPPLICATIONÏ interface

Q

Q

Q

#REATEÏ0RO3OURCEÏUSERSÏANDÏASSIGNÏ application roles to users

Q

-ANAGEÏINFORMATIONÏABOUTÏ application users using the Business !SSOCIATESÏSUBMODEL

Q

%XPORTÏDATAÏUSINGÏSPATIALÏ ENTITLEMENTSÏANDÏVARIOUSÏTECHNIQUESÏ FORÏSPATIALÏDATAÏCUTTINGÏWORKmOWS

PREREQUISITE 0RO3OURCEÏ3EISMICÏ&UNDAMENTALSÏCOURSEÏ ORÏWORKINGÏEXPERIENCEÏINÏ0RO3OURCEÏ 3EISMICÏSOFTWAREÏINÏADDITIONÏTOÏAÏ general knowledge and understanding of CONCEPTSÏRELATEDÏTOÏTHEÏ,INUXÏOPERATINGÏ SYSTEMÏANDÏ/RACLEÏDATABASES

Manage default properties for LOADINGÏANDÏEXPORTINGÏINDUSTRYÏ STANDARDÏWELLÏLOGÏFORMATSÏ$,)3 Ï,)3 Ï ,!3 /UTLINEÏADMINISTRATIONÏPROCEDURESÏTOÏ CREATEÏCUSTOMÏ%XCELÏREPORTS ÏMANAGEÏ TEMPORARYÏlLESÏCREATEDÏDURINGÏ LOADINGEXPORTING ÏCONlGUREÏJOBÏ SCHEDULER ÏE MAILÏNOTIlCATIONS ÏANDÏ LICENSEÏPARAMETERS

AUDIENCE This course is intended for petrotechnical DATAÏADMINISTRATORS ÏDATAÏLOADERS Ï DATAÏMANAGERS ÏANDÏANYÏOTHERÏDATAÏ MANAGEMENTÏPROFESSIONALS PREREQUISITE 0RO3OURCEÏ,OGSÏ&UNDAMENTALSÏCOURSEÏORÏWORKINGÏ EXPERIENCEÏWITHÏ0RO3OURCEÏ,OGSÏ3YSTEM

Software




Field trips

Uses simulation

| 151 12/22/13 2:49 AM

OPEN TECHNOLOGY

Creating advantage

Enabling innovation

Faster development

Immediate deployment of new science

Seamless integration of your intellectual property into the Petrel platform workflows



12/22/13 2:49 AM

Ocean Software Development Framework Fundamentals for Petrel

Techlog Python

Open Inventor .NET: 3D Visualization for Ocean



Skill – 3 Days

)NÏTHISÏCOURSE ÏTHROUGHÏAÏSERIESÏOFÏMODULESÏ ANDÏLABS ÏATTENDEESÏWILLÏLEARNÏTOÏEXTENDÏ THEÏFEATURESÏOFÏTHEÏ0ETRELÏPLATFORMÏANDÏ build software using the Ocean software DEVELOPMENTÏFRAMEWORKÏTHROUGHÏAÏSETÏOFÏ !0)SÏ4HEÏ/CEANÏSOFTWAREÏDEVELOPMENTÏKITÏ 3$+ ÏENABLESÏUSERSÏTOÏADDÏFUNCTIONALITY Ï NEWÏWORKmOWS ÏNEWÏUSERÏINTERFACES Ï CUSTOMÏOBJECTS ÏETCÏTOÏTHEÏ0ETRELÏPLATFORMÏ SOFTWAREÏ)NÏTHEÏ/CEANÏFRAMEWORKÏANDÏTHEÏ -3$.½ÏENVIRONMENT ÏTHEÏ/CEANÏ!0)ÏISÏ written in the C# language, the language OFÏCHOICEÏFORÏ.%4ÏDEVELOPMENT ÏWHICHÏ COMBINESÏPOPULARÏFEATURESÏFROMÏTHEÏ*AVA½Ï LANGUAGEÏANDÏTHEÏEFlCIENCYÏOFÏTHEÏ.%4Ï RUNTIMEÏLANGUAGEÏINTERPRETER

This course is designed to introduce ATTENDEESÏTOÏPROGRAMMINGÏBASICÏANDÏ ADVANCEDÏSCRIPTSÏINÏTHEÏ4ECHLOGÏPLATFORMÏ The attendees will learn how to create, edit, open, and run scripts in a Techlog PLATFORMÏWORKmOWÏ4OPICSÏINCLUDEÏ0YTHONÏ SYNTAXÏANDÏPROGRAMMINGÏSKILLS Ï0YTHONÏANDÏ 4ECHLOGÏPLATFORMÏMODULESÏLIBRARIES ÏANDÏ ADVANCEÏSCRIPTINGÏINCLUDINGÏREADINGÏANDÏ WRITINGÏANDÏCREATINGÏ4ECHLOGÏMODULES

4HISÏCOURSE ÏTAUGHTÏBYÏANÏEXPERTÏINÏ/PENÏ )NVENTOR½ÏFROMÏTHEÏ6ISUALIZATIONÏ3CIENCESÏ 'ROUPÏ63' ÏISÏSTRUCTUREDÏFORÏPROGRAMMERSÏ writing. It introduces the attendees to ADVANCEDÏTECHNIQUESÏFORÏRENDERINGÏCUSTOMÏ DOMAINÏOBJECTSÏUSINGÏTHEÏ/CEANÏSOFTWAREÏ DEVELOPMENTÏKITÏ$EMONSTRATIONSÏOFÏ63'Ï TOOLSÏHELPÏATTENDEESÏDEVELOPÏ$ÏSCENEÏ graphs. COURSE CONTENT

COURSE CONTENT

Scene creation and interaction

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Q

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nÏÏ(ISTORYÏANDÏCONCEPTÏ

Q

Ï

nÏÏ0YTHONÏPROGRAMMINGÏINSIDEÏ Techlog software

Q

COURSE CONTENT

Debugging a 3D scene Actions Sensors

Q

0ERFORMANCEÏTUNINGÏ

Q

)NTRODUCTIONÏTOÏTHEÏ0YTHONÏEDITOR

Q

/CEANÏOVERVIEW ÏARCHITECTURE ÏANDÏ ROADMAP

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/CEANÏCOREÏANDÏSERVICESÏ-ODULE Ï PROCESS ÏANDÏWORKSTEP ÏANDÏTHEÏ0ETRELÏ PLATFORMÏUNITÏ

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$ATAÏACCESSÏANDÏDATAÏMODELÏ $ATAÏBROWSING ÏSEISMICÏDATAÏANDÏ INTERPRETATION ÏWELLÏANDÏGEOLOGY Ï attributes, shapes, pillar grid, and SIMULATIONÏRESULTS 5SERÏINTERFACEÏ)NFRASTRUCTURE ÏMENUS Ï WINDOWS ÏTREES ÏSETTINGS ÏANDÏDOMAINÏ OBJECTÏCUSTOMIZATIONÏ

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6ISUALIZATIONÏCUSTOMÏRENDERERSÏANDÏ interaction

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$EPLOYMENT

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#USTOMÏVISUALIZATIONÏ

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– Opening and running scripts

%XTENSIONS

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nÏÏ0ROGRAMMINGÏBASICSÏ

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nÏÏ0YTHONÏSYNTAXÏANDÏCODINGÏRULESÏ

AUDIENCE

!PPLICATIONÏWORKmOWÏINTERFACEÏFORÏTHEÏ 0YTHONÏPLATFORM

0ROGRAMMERSÏFAMILIARÏWITHÏTHEÏ/CEANÏ SOFTWAREÏDEVELOPMENTÏKITÏWHOÏAREÏWRITINGÏ PLUG INSÏFORÏTHEÏ0ETRELÏPLATFORM

Q

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SOFTWARE

OPEN TECHNOLOGY

nÏÏ2UNNINGÏYOURÏOWNÏEQUATIONSÏ INÏAÏMULTIWELLÏANDÏMULTIZONEÏ ENVIRONMENT 0YTHONÏMODULES

Q

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nÏÏ$ATAÏ1#ÏANDÏHARMONIZATION ÏlLEÏ IMPORTÏ4ECHLOGÏDATABASE Ï

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nÏÏ#USTOMÏPLOTSÏ4ECHLOGÏPLATFORMÏ PLOT Ï

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nÏÏ-ATHEMATICALÏANDÏSCIENTIlCÏTOOLSÏ .UM0YÏANDÏ3CI0YÏPACKAGES Ï

PREREQUISITE /CEANÏ3OFTWAREÏ$EVELOPMENTÏ&RAMEWORKÏ &UNDAMENTALSÏCOURSEÏMANDATORY

!DVANCEDÏSCRIPTING

Q

AUDIENCE 3OFTWAREÏDEVELOPERS ÏENGINEERSÏORÏ GEOSCIENTISTSÏWITHÏBASICÏPROGRAMMINGÏ skills interested in gaining a general UNDERSTANDINGÏOFÏTHEÏ/CEANÏFRAMEWORKÏFORÏ THEÏ0ETRELÏPLATFORM

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nÏÏ)NTRODUCTIONÏTOÏADVANCEDÏBASICSÏ SUCHÏASÏMULTIDIMENSIONALÏLISTSÏANDÏ dictionaries

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nÏÏ)NTRODUCTIONÏTOÏORIENTEDÏOBJECTÏ PROGRAMMINGÏ 2EADINGÏANDÏWRITINGÏlLES

Q

PREREQUISITE !TTENDEESÏSHOULDÏBEÏFAMILIARÏANDÏ COMFORTABLEÏWITHÏ7INDOWSÏENVIRONMENTÏ ANDÏ-ICROSOFTÏ6ISUALÏ3TUDIOÏDEVELOPMENTÏ ENVIRONMENT ÏANDÏSHOULDÏHAVEÏ GOODÏKNOWLEDGEÏOFÏOBJECT ORIENTEDÏ PROGRAMMINGOBJECT ORIENTEDÏDESIGNÏ //0//$ ÏCONCEPTSÏANDÏPROGRAMMINGÏ EXPERIENCEÏWITHÏ.%4ÏANDÏ#Ï+NOWLEDGEÏ OFÏ0ETRELÏ7ORKmOWÏ4OOLSÏISÏUSEFULÏBUTÏNOTÏ required.

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nÏÏ4EXT Ï#36 ÏANDÏ%XCELÏlLESÏ

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AUDIENCE 3OFTWAREÏDEVELOPERSÏORÏGEOSCIENTISTSÏWITHÏ BASICÏPROGRAMMINGÏSKILLSÏINTERESTEDÏINÏAÏ GENERALÏUNDERSTANDINGÏOFÏ0YTHONÏSCRIPTINGÏ INÏTHEÏ4ECHLOGÏPLATFORMÏSOFTWARE PREREQUISITE 4ECHLOGÏ&UNDAMENTALSÏCOURSE

Software




Field trips

Uses simulation

| 153 12/22/13 2:49 AM

SURFACE FACILITIES DESIGN AND ENGINEERING COMPETENCY LEVEL

Maintenance and Reliability

Surface Facilities Engineer

ADVANCED Assuring Flow from Pore to Process

SKILL Plant Turnaround Management (Programmed Plant Shutdown)

Subsea Production Systems (SPS) and Subsea Technologies

Condition-Based Maintenance for Static and Rotating Equipments


Maintenance Management and Control Indicators

Heavy Oil Transportation and Processing

Oilfield Corrosion Management

Failure Mode Effect Analysis Applied to Production Operations

Multiphase Flow

Automation, Instrumentation, Measurements, and Process Control

FOUNDATION Maintenance Cost Control

Utilities: Design and Operations

Reliability Methodologies Applied to Maintenance

Introduction to HYSYS Software in Oil and Gas Processing

Risk and Reliability Engineering

Gas Processing and Conditioning

Maintenance Integrated Planning

Crude Oil and Water Treatment

Selection, Operation, and Maintenance of Pumps, Compressors, and Prime Movers


Maintenance and Reliability

Surface Facility Production Operations


HAZOP/HAZID and SIL

AWARENESS Offshore Facilities




12/22/13 2:49 AM

SURFACE FACILITIES DESIGN AND ENGINEERING OLGA

Avocet Workflow Manager - Level 2


PIPESIM


SKILL Avocet Workflow Manager - Level 1

SOFTWARE

Avocet

FOUNDATION Avocet for Administrators

OLGA Flow Assurance


Avocet Integrated Asset Modular Fundamentals

OLGA Well Dynamics


Avocet Volumes Manager for End Users

Software




Field trips

Uses simulation

| 155 12/22/13 2:49 AM

SURFACE FACILITIES DESIGN AND ENGINEERING Introduction to Surface Facilities

Offshore Facilities

Crude Oil and Water Treatment






3TRUCTUREDÏTOÏPROVIDEÏATTENDEESÏWITHÏTHEÏ FUNDAMENTALSÏOFÏSURFACEÏFACILITIES ÏTHISÏ COURSEÏCOVERSÏTHEÏPRODUCTIONÏPROCESSÏ FROMÏTHEÏWELLHEADÏTOÏCUSTODYÏTRANSFERÏ Topics include production surface FACILITIESÏSYSTEMS ÏINCLUDINGÏGATHERING Ï SEPARATION ÏPRODUCTIONÏTREATMENT Ï METERINGÏSYSTEMS ÏANDÏPROCESSÏ EQUIPMENTÏ4HEÏATTENDEESÏWILLÏLEARNÏ ABOUTÏAPPLIEDÏmOWÏASSURANCEÏANDÏHOWÏ PRODUCEDÏmUIDSÏAREÏCONVERTEDÏTOÏSALEABLEÏ products.

4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ ANÏOVERVIEWÏOFÏTHEÏTOPSIDEÏANDÏSUBSEAÏ facilities used in offshore oil and gas lELDSÏ4HEÏATTENDEESÏWILLÏLEARNÏHOWÏ offshore production facilities are designed and operated and how recent technologies are applied in addition learning how the production facilities change with water depth and the PRODUCINGÏCONSTRAINTSÏTHATÏDRIVEÏTHOSEÏ changes. Course discussion includes THEÏEVOLUTIONÏOFÏSUBSEAÏFACILITIESÏWITHÏ THEÏINCREASINGÏNUMBERÏOFÏDEEPWATERÏ DEVELOPMENTS

4HISÏCOURSEÏCOVERSÏOILÏANDÏWATER TREATINGÏ EQUIPMENT ÏDESIGN ÏANDÏOPERATIONSÏ ENCOMPASSINGÏTHEÏTHEORIES ÏTECHNOLOGIES Ï ANDÏEXAMPLESÏ!TTENDEESÏWILLÏLEARNÏTHEÏ PRIMARYÏCHALLENGESÏFACEDÏINÏCRUDEÏOILÏ HANDLING ÏINCLUDINGÏEMULSIONÏFORMATIONÏ BOTHÏTHEORETICALÏANDÏACTUALÏEXAMPLES Ï STABILIZATION ÏANDÏTHEÏMECHANISMÏANDÏ TECHNOLOGYÏUSEDÏTOÏDESTABILIZEÏANDÏ SEPARATEÏWATERÏFROMÏOILÏINÏADDITIONÏTOÏ the use of desalting technologies and PROCESSESÏTOÏBRINGÏPRODUCEDÏmUIDSÏTOÏ REQUIREDÏOILÏSPECIlCATIONSÏ4HEÏATTENDEESÏ will learn about the technologies, processes, and operational conditions EMPLOYEDÏTOÏTREATÏPRODUCEDÏWATERÏTOÏ REQUIREDÏSPECIlCATIONS

4HISÏCOURSEÏCOVERSÏTHEÏMAJORÏTECHNICALÏ aspects of gas processing and conditioning. Attendees will obtain an OVERVIEWÏOFÏTHEÏFUNDAMENTALSÏANDÏTOOLSÏ USEDÏTOÏDETERMINEÏTHEÏMAINÏPROPERTIESÏ OFÏNATURALÏGASÏASÏTHEYÏRELATEÏTOÏGASÏ SEPARATION ÏDEHYDRATION ÏSWEETENING Ï MEASUREMENT ÏANDÏTRANSPORTATIONÏ4HEÏ COURSEÏFOCUSESÏONÏPLANTÏANDÏEQUIPMENTÏ design and operations and includes IN CLASSÏEXERCISESÏFORÏTHEÏIDENTIlCATIONÏ OFÏKEYÏVARIABLESÏFORÏOPTIMALÏDESIGNSÏANDÏ operations.


&IELDÏDEVELOPMENTÏOVERVIEW 7ELLÏmOWÏCONTROLÏANDÏSAFETYÏSYSTEM &LUIDÏSEPARATIONÏSYSTEM

Q

/ILÏTREATMENT

Q

7ATERÏTREATMENT

Q

Q

'ATHERINGÏSYSTEM

Q

Q

COURSE CONTENT

'ASÏTREATMENT &LOWÏASSURANCEÏOVERVIEW

Q

#USTODYÏTRANSFERÏANDÏMEASUREMENTS

Q

0ROCESSÏEQUIPMEN

Q

Q Q Q

Q

AUDIENCE %NGINEERSÏANDÏGEOSCIENTISTSÏINVOLVEDÏINÏ lELDÏDEVELOPMENTÏORÏPRODUCTIONÏOFÏOILÏ and gas.

Q

/FFSHOREÏFACILITIESÏCLASSIlCATIONÏ according to depth 3HALLOW WATERÏPRODUCTIONÏFACILITIESÏ and deepwater facilities &IXEDÏPLATFORMS &LOATINGÏPRODUCTIONÏSYSTEMS 3UBSEAÏSYSTEMSÏ4ECHNOLOGICALÏ DEVELOPMENTÏANDÏTRENDSÏANDÏ PRODUCTIONÏSYSTEMS Structural considerations in offshore facilities %NVIRONMENTAL ÏGEOGRAPHICAL ÏANDÏSOILÏ considerations

Q

/FFSHOREÏFACILITYÏLAYOUTSÏANDÏ construction engineering

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%VOLUTIONÏOFÏTHEÏ2ECOMMENDEDÏ 0RACTICEÏFORÏ0LANNING Ï$ESIGNINGÏ ANDÏ#ONSTRUCTINGÏ&IXEDÏ/FFSHOREÏ 0LATFORMSÏ!0)Ï20Ï!

PREREQUISITE -INIMUMÏOFÏ YEARÏTECHNICALÏDEGREEÏORÏ EQUIVALENTÏEXPERIENCE Q

$IGITALÏOILlELDÏPRODUCTIONÏ MONITORING ÏCONTROL ÏANDÏOPTIMIZATIONÏ technologies

.ATURALÏGASÏPROPERTIESÏANDÏBEHAVIOR

Q

7ATER HYDROCARBONÏBEHAVIORÏANDÏTHEÏ EFFECTÏOFÏCONTAMINANTSÏ(S, CO

Q

(YDRATESÏ0ROBLEM ÏDEPOSITIONÏSITE Ï IMPACT ÏCOMPOSITIONÏANDÏSTRUCTURE Ï CONDITIONSÏOFÏFORMATIONÏHYDRATEÏ DETECTION ÏCONTROL ÏANDÏREMEDIATION

Q

'ASÏSEPARATIONÏ0RINCIPLES ÏTYPES Ï MULTISTAGEÏPROCESS ÏCONDENSATEÏ STABILIZATION ÏANDÏMULTIPHASEÏ separators

Surface facilities operation and design ENGINEERS ÏPRODUCTIONÏCHEMISTS ÏmOWÏ assurance engineers, and production engineers wanting a better understanding OFÏTHEÏTREATMENTÏFUNDAMENTALSÏFORÏOILÏANDÏ water.

Q

'ASÏSWEETENINGÏ0ROCESSES ÏDESIGNS Ï and operating aspects

Q

'ASÏDEHYDRATIONÏ#OMMONÏ OPERATIONALÏPROBLEMSÏANDÏPOSSIBLEÏ solutions

Q

'ASÏMEASUREMENTS

PREREQUISITE

Q

'ASÏTRANSPORTATIONÏSYSTEM

Q

.EWÏDEVELOPMENTSÏANDÏEMERGINGÏ technologies

Q

#OMMERCIALÏISSUES

COURSE CONTENT Q

/ILÏTREATMENTÏFUNDAMENTALS

Q

%MULSIONÏTHEORY

Q

#RUDEÏOILÏDEHYDRATIONÏEQUIPMENT

Q

Crude oil desalting

Q

7ATERÏTREATMENT

AUDIENCE

Basic knowledge of oil and gas production SYSTEMSÏANDÏCRUDEÏOILÏPROPERTIES

Q

Technological challenges for natural gas production

AUDIENCE

%NGINEERSÏRESPONSIBLEÏFORÏORÏINVOLVEDÏ with offshore production operations or SURVEILLANCEÏLOOKINGÏFORÏANÏINTRODUCTIONÏTOÏ offshore facilities.

%NGINEERS ÏGASÏPLANTÏMANAGERS Ï ANDÏSUPERVISORSÏRESPONSIBLEÏFORÏGASÏ processing operations or design.

"ASICÏKNOWLEDGEÏOFÏPRODUCTIONÏSYSTEMS


Q

AUDIENCE

PREREQUISITE

156 |

COURSE CONTENT

PREREQUISITE General knowledge of oil and gas PRODUCTIONÏSYSTEMS


12/22/13 2:49 AM

SURFACE FACILITIES DESIGN AND ENGINEERING HAZOP/HAZID and SIL


Introduction to HYSYS Software in Oil and Gas Processing






4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏAÏ WORKINGÏAPPROACHÏTOÏ(AZARDÏ/PERABILITYÏ (!:/0 ÏPRACTICESÏANDÏPROCEDURESÏ)NÏ this course, attendees will learn how TOÏAPPLYÏTHEÏTECHNIQUESÏOFÏ(!:/0Ï ANALYSIS ÏINCLUDINGÏTHEÏTIPS ÏTRICKS ÏANDÏ SECRETSÏANALYSTSÏUSEÏTOÏIMPLEMENTÏANDÏ MAINTAINÏEFlCIENTÏOPERATIONÏPROCEDURESÏ 4HEÏCOURSEÏMATERIALÏALSOÏCOVERSÏTHEÏ TOOLSÏNEEDEDÏFORÏHAZARDÏIDENTIlCATION Ï INCLUDINGÏROOTÏCAUSEÏIDENTIlCATIONÏANDÏTHEÏ APPLICATIONÏOFÏREDUNDANTÏSYSTEMÏLAYERSÏ FORÏPROTECTION ÏPREVENTION ÏANDÏMITIGATIONÏ The attendees will learn how conduct HAZARDÏANALYSISÏTOÏQUALIFYÏANDÏQUANTIFYÏ RISKÏANDÏTHEÏPROBABILITYÏOFÏASSOCIATEDÏ failures.

4HISÏCOURSEÏPRESENTSÏCOMPREHENSIVEÏ(3%Ï METHODSÏANDÏTOOLSÏUSEDÏFORÏDEVELOPMENTÏ OFÏRISKÏMANAGEMENTÏPROCESSESÏ !TTENDEESÏWILLÏLEARNÏHOWÏTOÏIMPROVEÏ THEÏSAFETYÏOFÏOPERATINGÏCONDITIONSÏATÏ PRODUCTIONÏFACILITIES ÏMINIMIZEÏTHEÏRISKÏ INÏEMERGENCYÏSITUATIONS ÏANDÏESTABLISHÏ PROACTIVEÏMITIGATIONÏSTRATEGIES

)NÏTHISÏCOURSEÏYOUÏWILLÏLEARNÏHOWÏTOÏUSEÏ (9393®Ï!SPENÏ4ECHNOLOGYÏSOFTWAREÏTOÏ MODELÏDIFFERENTÏOILÏANDÏGASÏPROCESSESÏ FORÏTHEÏDESIGNÏANALYSISÏANDÏTOÏEVALUATEÏ THEÏPERFORMANCEÏOFÏEXISTINGÏOILÏANDÏGASÏ FACILITIES ÏPROCESSÏEQUIPMENTÏANDÏPLANTS !TTENDEESÏWILLÏCOMPLETEÏTHEÏPRELIMINARYÏ PROCESSÏmOWÏDIAGRAMS ÏMASSÏANDÏENERGYÏ BALANCE ÏANDÏEQUIPMENTÏSIZINGÏBASEDÏONÏ (9393ÏOPERATIONS ÏANDÏEXTENSIONÏOBJECTSÏ THATÏALLOWÏCUSTOMÏUNITÏOPERATIONS ÏKINETICÏ REACTIONS ÏANDÏPROPERTYÏPACKAGESÏTOÏBEÏ INCORPORATEDÏINTOÏ(9393Ï3IMULATION The attendees will also learn how to BUILD ÏNAVIGATEÏANDÏOPTIMIZEÏPROCESSÏ SIMULATIONSÏUSINGÏ(9393ÏSOFTWARE

This course introduces attendees to THEÏMAINÏTYPESÏANDÏCAUSESÏOFÏmOWÏ IMPEDIMENTSÏALONGÏWITHÏTHEÏMETHODSÏANDÏ TECHNOLOGIESÏCOMMONLYÏAPPLIEDÏFORÏTHEIRÏ PREVENTION ÏCONTROL ÏANDÏREMEDIATIONÏ )NCREASEÏYOURÏUNDERSTANDINGÏOFÏTHEÏMAINÏ PROBLEMSÏASSOCIATEDÏWITHÏmOWÏASSURANCE Ï INCLUDINGÏASPHALTENES ÏPARAFlNS Ï EMULSION ÏSCALES ÏSAND ÏSLUGGING Ï CORROSION ÏANDÏHYDRATESÏ4HEÏATTENDEESÏ will learn which technologies and TECHNIQUESÏTOÏUSEÏFORÏSPECIlCÏPROBLEMÏ ENVIRONMENTSÏANDÏTHEÏADVANTAGESÏANDÏ DISADVANTAGESÏOFÏEACHÏINÏADDITIONÏTOÏ LEARNINGÏHOWÏTOÏIDENTIFYÏTHEÏTYPESÏANDÏ CAUSESÏOFÏmOWÏIMPEDIMENTÏANDÏTHEÏ METHODSÏORÏTECHNOLOGIESÏTHATÏSHOULDÏBEÏ APPLIEDÏFORÏTHEÏPREVENTION ÏCONTROL ÏANDÏ REMEDIATIONÏOFÏTHESEÏmOWÏIMPEDIMENTS

COURSE CONTENT Q

2ISKÏMANAGEMENTÏ"ASICÏDElNITIONS Ï occupational health plan, risk recognition, unsafe act, and RISK GENERATINGÏSOURCE

Q

2ISKÏEVALUATIONÏOBJECTIVES

Q

2ISKÏMAGNITUDEÏDETERMINATION

Q

%XPOSUREÏRESULTSÏWITHÏCLINICALÏ INVESTIGATIONÏRELATION

COURSE CONTENT Q

(!:/0ÏMETHODSÏANDÏAPPLICATIONS

Q

(AZARDÏ)DENTIlCATIONÏ(!:)$ ÏANDÏ MITIGATIONÏSTRATEGIES

Q

Q

Q

(AZARDÏANALYSISÏANDÏPROBABILITYÏ DETERMINATION

Q

3AMPLINGÏSTRATEGY ÏPLAN ÏANDÏMETHODS

Q

3AMPLEÏANALYSISÏ$IRECT MEASUREMENTÏTOOLSÏANDÏCONTINUOUSÏ SAMPLEÏANALYSISÏ

2ISKÏANALYSISÏANDÏFAILUREÏ considerations

Q

Risk control

3AFETYÏINTEGRITYÏLEVELÏASSESSMENT

Q

2ISKSÏATÏWORKÏADMINISTRATION

AUDIENCE %NGINEERS ÏSAFETYÏANDÏENVIRONMENTALÏ personnel, plant operators, area MANAGERS ÏANDÏMAINTENANCEÏPERSONNEL

Q

PREREQUISITE 3URFACEÏ&ACILITYÏ0RODUCTIONÏ/PERATIONSÏ course. Q

Q

2ISK CONTROLÏMETHODSÏANDÏTHEIRÏ EFFECTIVENESS

Q

Q

COURSE CONTENT

Q

Q

(!:)$Ï(!:/0ÏANALYSIS ÏQUALITATIVEÏ METHODSÏFORÏRISKÏANALYSIS ÏHUMANÏ ERRORÏANALYSIS ÏACCIDENTÏSCENARIOS Ï natural threats, and preparation for EMERGENCIES #ASEÏIDENTIlCATIONÏANDÏEVALUATIONÏ ANDÏEMERGENCYÏCONTROLÏ

AUDIENCE %NGINEERSÏANDÏ(3%ÏSPECIALISTSÏINTERESTEDÏ INÏESTABLISHINGÏSYSTEMATICÏ(3%Ï procedures.

Fluid package package and transport properties /ILÏANDÏGASÏPROPERTIESÏSIMULATIONÏ USINGÏ(9393Ï

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0ROCESSÏmOWÏDIAGRAMSÏINÏ(9393Ï software

Q

-ATERIALÏANDÏENERGYÏSTREAM

Q

!CCIDENTSÏ#AUSES ÏRESULTS Ï and occupational and disease MANAGEMENT

(9393ÏSOFTWAREÏOVERVIEWÏANDÏ applications

COURSE CONTENT Q

Q

)NORGANICÏSCALEÏ$EPOSITIONÏ PRINCIPLES ÏPREDICTION ÏMODELING Ï MANAGEMENTÏPROGRAMÏDESIGN ÏANDÏ SCALEÏPREVENTION

Q

(YDRATESÏ$EPOSITIONÏPRINCIPLE Ï IMPACT ÏHYDRATEÏDETECTION ÏCONTROL Ï ANDÏREMEDIATION

Q

0ARAFlNSÏWAX Ï$EPOSITIONÏPRINCIPLE Ï properties, factors affecting DEPOSITION ÏOPERATIONALÏPROBLEMS Ï CONTROL ÏANDÏREMEDIATION

Q

!SPHALTENESÏ+EYÏPROPERTIES Ï DEPOSITIONÏMECHANISM ÏMODELING Ï EFFECTÏOFÏVARIABLES ÏOPERATIONALÏ PROBLEMS ÏPREVENTION ÏANDÏ REMEDIATION

Q

%MULSIONSÏ#RUDEÏOILÏNATURALÏ surfactants, characteristics, and TREATMENTS

Q

#ORROSIONÏ&ACTORSÏINmUENCINGÏOILlELDÏ corrosion and their control

Oil, gas, and water separators and SYSTEMÏCOMPONENTÏSIMULATIONS

Q

/ILÏANDÏGASÏSEPARATIONÏSYSTEMSÏ SIMULATIONSÏ

Q

0ROCESSÏOPTIMIZATIONÏCASEÏSTUDIES

AUDIENCE 0ROCESSÏENGINEERS ÏMECHANICALÏ ENGINEERS ÏINSTRUMENTATIONÏANDÏCONTROLÏ ENGINEERS ÏSURFACEÏFACILITIES ÏPROJECTÏ ENGINEERSÏ3PECIALÏINSTRUCTIONSÏ#OMPANYÏ REPRESENTEDÏBYÏTHEÏATTENDEESÏMUSTÏHAVEÏ (9393ÏSOFTWAREÏLICENSES PREREQUISITE None

PREREQUISITE

Flow assurance principles and FUNDAMENTALS

AUDIENCE

"ASICÏKNOWLEDGEÏOFÏEXPLORATION Ï DEVELOPMENT ÏANDÏPRODUCTIONÏOPERATIONS

%NGINEERSÏRESPONSIBLEÏFORÏASSESSING Ï DIAGNOSING ÏORÏTROUBLESHOOTINGÏmOWÏ ASSURANCEÏPROBLEMSÏINÏANÏOPERATIONALÏORÏ DESIGNÏCAPACITY PREREQUISITE General knowledge of production SYSTEMSÏANDÏSURFACEÏOPERATIONS

Software




Field trips

Uses simulation

| 157 12/22/13 2:49 AM

SURFACE FACILITIES DESIGN AND ENGINEERING Maintenance and Reliability

Maintenance Cost Control

Maintenance Integrated Planning

Maintenance





This course introduces classic and CURRENTÏTECHNIQUESÏFORÏMAINTENANCEÏANDÏ RELIABILITYÏDECISIONÏMAKINGÏ!TTENDEESÏWILLÏ LEARNÏTOÏAPPLYÏAÏRELIABILITYÏPROBABILISTICÏ APPROACH ÏCONDUCTÏCOST BENElTÏANALYSIS Ï ANDÏIMPLEMENTÏPREDICTIVEÏMAINTENANCEÏ ACTIVITIESÏ4HEÏCOURSEÏFOCUSÏISÏONÏTHEÏ INFORMATIONÏTYPICALLYÏAVAILABLEÏINÏMOSTÏ operations and how it can be used to CONDUCTÏFAILUREÏANALYSISÏ4HEÏATTENDEESÏ WILLÏLEARNÏHOWÏTOÏAPPLYÏMAINTENANCEÏ ANDÏRELIABILITYÏCONCEPTSÏTOÏGENERATEÏAÏ WELL PLANNEDÏPREDICTIVEÏMAINTENANCEÏ PROGRAMÏINÏADDITIONÏTOÏINCREASINGÏTHEIRÏ KNOWLEDGEÏOFÏINFORMATIONÏANDÏRELIABILITYÏ METHODSÏTHATÏCANÏBEÏUSEDÏTOÏCREATEÏAÏ PROGNOSISÏOFÏEQUIPMENTÏCOMPONENTS Ï EQUIPMENT ÏPLANTS ÏANDÏASSETSÏFORÏANYÏ SUBSURFACE SURFACEÏPRODUCTIONÏSYSTEMÏORÏ SUBSYSTEM

In this course, attendees learn to ESTABLISHÏSTRATEGICÏPLANSÏFORÏMAINTENANCEÏ COSTÏCONTROLÏANDÏCREATEÏCOSTÏCLASSIlCATIONÏ structures based on their asset or COMPANYÏSTRATEGYÏ4HEÏATTENDEESÏWILLÏ LEARNÏHOWÏTOÏIDENTIFYÏCOST CONTROLÏWEAKÏ spots in an asset or operation and GENERATEÏTHEÏINFORMATIONÏREQUIREDÏTOÏ SUPPORTÏCOST BASEDÏDECISIONS

This course teaches an integrated APPROACHÏTOÏTHEÏMAINTENANCEÏPLANNINGÏ PROCESSÏ!TTENDEESÏLEARNÏHOWÏTOÏAPPLYÏ TECHNIQUESÏANDÏTOOLSÏTOÏDEVELOPÏAÏ STRATEGYÏFORRÏMAINTENANCEÏORGANIZATIONÏ ANDÏUSEÏCOST RISK BENElTÏANALYSESÏTOÏ MAXIMIZEÏVALUEÏCREATIONÏANDÏQUANTIFYÏ UNCERTAINTY

COURSE CONTENT Q Q

-AINTENANCEÏ0HILOSOPHYÏANDÏÏ TYPES 0REVENTIVEÏMAINTENANCEÏPLAN

Q

7ORKÏREQUEST ÏWORKÏORDER Ï MAINTENANCEÏFORMS ÏANDÏREPORTS

Q

-AINTENANCEÏSYSTEMÏDESIGN

Q

2ELIABILITYÏ%NGINEERING ÏAVAILABILITY Ï DURABILITY ÏANDÏMAINTAINABILITY

COURSE CONTENT Q

Maintenance cost causes

Q

-AINTENANCEÏCOSTÏCLASSIlCATION

Q

2ELIABILITYÏTOOLSÏFORÏMAINTENANCEÏCOSTÏ control

Q

-AINTENANCEÏVALUEÏCHAIN

Q

-AINTENANCEÏCOSTÏCONTROLÏ"UDGETÏ ANDÏESTIMATIONS

Q

7ORLD CLASSÏMAINTENANCE

Q

-AINTENANCEÏVALUEÏCHAINÏANDÏ responsibilities

4HISÏCOURSEÏINTRODUCESÏRELIABILITYÏMETHODSÏ ANDÏTECHNIQUESÏTOÏIMPROVEÏPRODUCTIONÏ OPERATIONSÏANDÏMAINTENANCEÏ4HISÏCOURSEÏ EMPHASIZESÏANALYSISÏOFÏTHEÏPRODUCTIONÏ OPERATIONÏASÏAÏCOMPLETEÏSYSTEMÏ !TTENDEESÏWILLÏLEARNÏTOÏAPPLYÏSYSTEMATICÏ ANALYSISÏTECHNIQUESÏTOÏASSESSÏMODESÏANDÏ ROOTÏCAUSEÏOFÏFAILURESÏDETERMINEÏTHEÏCOSTÏ VERSUSÏBENElTSÏOF ÏPOSSIBLEÏSOLUTIONS Ï ANDÏSOLUTIONÏSPECIlCÏRISKSÏINÏADDITIONÏ TOÏLEARNINGÏHOWÏTOÏINTEGRATEÏRELIABILITYÏ ASSESSMENTÏRESULTSÏINTOÏOPERATIONALÏ MAINTENANCEÏMONITORING

Maintenance engineering

COURSE CONTENT

COURSE CONTENT

Q

Maintenance planning and PROGRAMMINGÏEXECUTION

Q

2ELIABILITYÏMETHODOLOGIESÏANDÏ RELIABILITY CENTEREDÏMAINTENANCE

Q

2ISKÏINÏMAINTENANCEÏPLANNINGÏ

Q

#RITICALITYÏANALYSIS

Q

Maintenance control planning

Q

&AILUREÏMODEÏANDÏEFFECTSÏANALYSIS

3TRATEGICÏDIRECTIONÏOFÏMAINTENANCEÏ tasks

Q

2ISK BASEDÏINSPECTIONS

Q

2OOT CAUSEÏANALYSIS

Q

2ISK COST BENElTÏANALYSIS

Q

2ISKÏANALYSISÏ$ETERMINISTICÏTOÏ probabilistic

Q

2ISKÏMATRICESÏANDÏPROPAGATION

Q

)NTEGRATEDÏRELIABILITYÏSYSTEMÏSTRATEGY

Q

2ELIABILITYÏBASEDÏONÏCONDITIONSÏANDÏ HISTORYÏDATA

Q

%XERCISESÏONÏACTUALÏCASES

Q

Q

&EASIBILITYÏSTUDIES

Q

0LANNINGÏTASKSÏANDÏTHEIRÏCOSTS

Q

!CTIVITY BASEDÏCOSTS

Q

2ISKÏDElNITION

Q

2EAL WORLDÏCASEÏSTUDIES

Q

5NCERTAINTYÏQUANTIlCATIONÏANDÏ propagation

Q

'ENERICÏSTRATEGY

Q

-AINTENANCEÏPLANNINGÏPORTFOLIOÏ MATRICES ÏDElNITION

AUDIENCE Maintenance personnel responsible for COST CONTROLÏPROCEDURES ÏMONITORING ÏORÏ decisions.

Q

4YPESÏOFÏFAILUREÏ

PREREQUISITE

AUDIENCE

2ELIABILITYÏ"LOCKÏANALYSISÏSERIES Ï PARALLEL ÏANDÏCOMBINATIONÏSYSTEMS

"ASICÏKNOWLEDGEÏOFÏMAINTENANCEÏANDÏ RELIABILITYÏENGINEERING

%NGINEERS ÏPLANNERS ÏANDÏMANAGERSÏ RESPONSIBLEÏFORÏMAINTENANCEÏPROGRAMÏ PLANNINGÏORÏIMPLEMENTATION

Q Q

Q

0RINCIPLESÏOFÏFAILUREÏMODEÏANDÏEFFECTSÏ ANALYSIS

Q

2ISK BASEDÏINSPECTIONÏPRINCIPLES

Q

2ELIABILITY CENTEREDÏMAINTENANCEÏ principlesn

Q

2ISK COSTÏBENElTÏMODELÏDElNITIONSÏ

Q

2ELIABILITYÏSTRATEGYÏANDÏMETHODOLOGYÏ selection

PREREQUISITE Introduction to Maintenance and 2ELIABILITYÏCOURSEÏORÏEQUIVALENTÏ EXPERIENCE

AUDIENCE %NGINEERSÏANDÏPLANNERSÏRESPONSIBLEÏFORÏ THEÏDESIGNÏORÏMONITORINGÏOFÏMAINTENANCEÏ SYSTEMS PREREQUISITE 'ENERALÏKNOWLEDGEÏOFÏRISK ÏMAINTENANCE Ï ANDÏRELIABILITYÏENGINEERING

AUDIENCE -AINTENANCEÏMANAGERS ÏOPERATIONSÏ personnel, and engineers interested INÏASSESSINGÏMAINTENANCEÏRELIABILITYÏORÏ ESTABLISHINGÏPROCEDURESÏFORÏRELIABILITYÏ assurance. PREREQUISITE Basic knowledge of production surface facilities.



12/22/13 2:49 AM

SURFACE FACILITIES DESIGN AND ENGINEERING Risk and Reliability Engineering

Selection, Operation and, Maintenance of Pumps, Compressor, and Prime Movers

Surface Facility Production Operations






2ELIABILITYÏANDÏRISKÏANALYSESÏCANÏBEÏ applied to surface facilities production SYSTEMSÏTOÏQUALIFYÏANDÏQUANTIFYÏRISKSÏATÏ ALLÏLEVELSÏONEÏPIECEÏOFÏEQUIPMENT ÏONEÏ PROCESS ÏORÏAÏCOMPLETEÏSYSTEMÏ!TTENDEESÏ WILLÏLEARNÏTOÏAPPLYÏTHESEÏANALYSESÏTOÏ forecast failures and calculate the ASSOCIATEDÏECONOMICÏIMPACTÏ4HISÏCOURSEÏ focuses on practical application of THEORETICALÏTECHNIQUESÏTHROUGHÏREAL WORLDÏ IN CLASSÏEXERCISES

3TRUCTUREDÏTOÏPROVIDEÏTHEÏBASICSÏOFÏ EQUIPMENTÏSELECTION ÏOPERATION ÏANDÏ MAINTENANCE ÏTHISÏCOURSEÏALSOÏCOVERSÏTHEÏ BASICÏTHEORYÏOFÏmUIDÏMECHANICS ÏINCLUDINGÏ CAVITATION ÏSURGE ÏNETWORKINGÏOFÏPUMPSÏ ANDÏCOMPRESSORS ÏANDÏMAINTENANCEÏ STRATEGY

&IELDÏDEVELOPMENTÏPROCESSESÏAREÏ CLOSELYÏASSOCIATEDÏWITHÏSURFACEÏ facilities engineering processes, GATHERINGÏSYSTEMS ÏANDÏmUIDÏTREATMENT Ï TRANSPORTATION ÏMEASUREMENT ÏANDÏ storage. This course focuses on the PHYSICALÏCHARACTERISTICSÏOFÏNATURALÏGASÏ and oil and their effects on separation, TREATMENT ÏANDÏMEASUREMENTÏ%XERCISESÏ include the design and operation of SURFACEÏPRODUCTIONÏEQUIPMENTÏANDÏ processes.

4HISÏCOMPREHENSIVEÏCOURSEÏENCOMPASSESÏ AÏLARGEÏNUMBERÏOFÏDIFFERENTÏTYPESÏOFÏUTILITYÏ SYSTEMSÏWATER ÏSTEAM ÏAIR ÏNITROGEN Ï FUEL ÏELECTRICÏPOWER ÏmAREÏANDÏVENT ÏDRAIN Ï WATERÏTREATMENT ÏSTORAGE ÏANDÏLOADINGÏ &ORÏEACHÏTYPEÏOFÏUTILITY ÏTHEÏATTENDEESÏ WILLÏLEARNÏABOUTSÏTHEÏRELEVANTÏSUPPORTÏ SYSTEMS ÏLAYOUT ÏDESIGN ÏRELIABILITY ÏKEYÏ SPECIlCATIONS ÏANDÏAPPLICATIONS

COURSE CONTENT Q

Q

2ISKÏANALYSISÏANDÏRELIABILITYÏ engineering 5NCERTAINTYÏDETERMINATIONÏANDÏ MANAGEMENTÏANDÏDETERMINISTICÏANDÏ PROBABILISTICÏMODELS

Q

)NTEGRATEDÏRELIABILITYÏANALYSIS

Q

3TATISTICSÏFORÏRISKÏANDÏRELIABILITYÏ ANALYSIS

Q

Q

Q

Q

Q

Q

5SEÏOFÏTOOLSÏ2!2%½ÏANDÏ#RYSTALÏ "ALL½ ÏFORÏGOODNESS OF lTÏTESTSÏANDÏ -ONTEÏ#ARLOÏSIMULATION 2ELIABILITY ÏAVAILABILITY ÏANDÏ MAINTAINABILITYÏANALYSISÏFORÏREPAIRABLEÏ EQUIPMENT

COURSE CONTENT Q

0UMPÏCLASSIlCATIONS ÏOPERATIONS ÏANDÏ troubleshooting

Q

$YNAMICÏPUMPÏCONSTRUCTIONÏANDÏ calculations

Q

#AVITATIONÏANDÏPERFORMANCEÏCURVES

Q

&UNDAMENTALSÏANDÏCLASSIlCATIONÏOFÏ COMPRESSOR

Q

/PERATION ÏMAINTENANCE ÏANDÏ troubleshooting of reciprocal and CENTRIFUGALÏCOMPRESSORS

Q

3EALÏSYSTEMS

Q

0RIMEÏMOVERÏEQUIPMENTÏ

Q

Gas turbines

Q Q

&ORECASTINGÏFAILURESÏANDÏAVAILABILITYÏ OFÏANÏ%30ÏINSTALLATIONÏ

PREREQUISITE

0RINCIPLESÏOFÏECONOMICÏANALYSISÏ 0ROJECTEDÏCASHÏmOW ÏDISCOUNTÏRATE Ï NETÏPRESENTÏVALUEÏDETERMINISTICÏ MODELÏANDÏPROBABILISTICÏMODEL

Q

4YPESÏOFÏMAINTENANCEÏANDÏ MAINTENANCEÏTOOLS

AUDIENCE

$ETERMININGÏRISKÏMITIGATIONÏACTIONS

Q

2ISKÏANDÏPROlTABILITYÏMATRIX

/IL ÏGAS ÏANDÏPETROCHEMICALÏMAINTENANCEÏ staff.

Basic understanding of surface facilities EQUIPMENTÏANDÏOPERATIONS

AUDIENCE %NGINEERSÏRESPONSIBLEÏFORÏASSESSING Ï QUANTIFYING ÏORÏPREDICTINGÏFAILURESÏINÏ PRODUCTIONÏOPERATIONSÏEQUIPMENTÏORÏ facilities.

3ERVICE ÏCOOLING ÏFRESH ÏPOTABLE ÏANDÏ DEMINERALIZEDÏWATER

!SSETÏDEVELOPMENTÏANDÏLIFEÏCYCLEÏ

Q

!IRÏSYSTEMSÏANDÏNITROGENÏSYSTEMS

Q

$ESIGNÏDRAWINGSÏ3AMPLEÏPROCESSÏ ANDÏINSTRUMENTATION ÏUTILITYÏmOW ÏANDÏ PROCESSÏLAYOUT

Q

3PECIlCATIONSÏ-ECHANICALÏDRAWINGSÏ and datasheets

Q

0ROPERTIESÏOFÏPRODUCTIONÏmUIDSÏ

Q

%FFECTSÏOFÏmUIDÏPROPERTIESÏONÏ PRODUCTIONÏSYSTEMÏ

Q

0RINCIPLESÏOFÏOPERATION

Q

-ANIFOLDÏANDÏGATHERINGÏSYSTEMSÏANDÏ mOWLINES

Q

&UEL ÏELECTRICÏPOWER ÏANDÏEMERGENCYÏ POWERÏSYSTEMS

Q

&LUIDÏmOWÏ3INGLEÏPHASEÏANDÏ MULTIPHASEÏCORRELATIONS ÏmOWÏ PATTERN ÏANDÏPRESSUREÏDROPS

Q

&LAREÏANDÏVENTÏSYSTEMS

Q

$RAINÏSYSTEMS

Q

7ATERÏTREATMENTÏSYSTEMS

Q

3UPPORTÏSYSTEMSÏANDÏCOMPONENTS

Q

$ESIGNS ÏEQUIPMENT ÏANDÏ technologies

Q

/PERATION ÏMAINTENANCE ÏANDÏSAFETY

Q

2ISKÏANALYSISÏ$IMENSIONINGÏRISKÏFORÏ UNDESIRABLEÏEVENTS ÏQUALITATIVEÏANDÏ SEMI QUANTITATIVEÏMETHODSÏFORÏRISKÏ ANALYSIS ÏQUANTITATIVEÏRISKÏANALYSISÏ ANDÏ%30ÏINSTALLATIONÏEXAMPLE

Q

Q

COURSE CONTENT

%LECTRICALÏMOTORSÏANDÏDIESELÏENGINES

-ETHODSÏFORÏAVAILABILITYÏANDÏ CALCULATIONÏOFÏEXPECTEDÏNUMBERÏ OFÏFAILUREÏEVENTSÏFORÏREPAIRABLEÏ EQUIPMENT

COURSE CONTENT

0IGGINGÏ$ESIGN ÏOPERATIONS ÏANDÏ purposes

Q

3EPARATORSÏ4WOÏANDÏTHREEÏPHASES Ï HORIZONTALÏORÏVERTICAL ÏANDÏSEPARATIONÏ stages

Q

'ASÏCONDITIONINGÏ$EHYDRATIONÏANDÏ sweetening

Q

/ILÏTREATMENTÏ&UNDAMENTALS Ï DEHYDRATION ÏDESALTING ÏEMULSION Ï EQUIPMENT ÏANDÏOPERATIONS

Q

7ATERÏTREATMENTÏ0ROPERTIESÏ OFÏPRODUCEDÏWATER ÏEQUIPMENT Ï TECHNOLOGIES ÏTREATMENTÏPROCESSESÏ ANDÏCHEMICALS

Q

AUDIENCE 0ROCESSÏENGINEERS ÏMECHANICALÏENGINEERS Ï ELECTRICALÏENGINEERS ÏINSTRUMENTATIONÏANDÏ control engineers, and surface facilities PROJECTÏENGINEERS PREREQUISITE Basic understanding of production facilities and operations.

#ORROSIONÏCONSIDERATIONSÏ)NTERNALÏ #/, H3 ÏOXYGEN ÏMATERIALÏSELECTION Ï MITIGATION ÏANDÏEXTERNALÏMATERIALÏ SELECTIONÏANDÏMITIGATION

AUDIENCE %NGINEERSÏANDÏMANAGERSÏWANTINGÏTOÏ understand production operations FACILITIESÏFROMÏANÏENGINEERINGÏ PERSPECTIVE PREREQUISITE "ASICÏKNOWLEDGEÏOFÏPRODUCTIONÏSYSTEMSÏ ANDÏHYDROCARBONÏPROPERTIES

PREREQUISITE 'ENERALÏKNOWLEDGEÏOFÏMAINTENANCEÏANDÏ RELIABILITYÏCONCEPTS

Software




Field trips

Uses simulation

| 159 12/22/13 2:49 AM

SURFACE FACILITIES DESIGN AND ENGINEERING Automation, Instrumentation, Measurements, and Process Control

Condition-Based Maintenance for Static and Rotating Equipments



Skill – 5 Days

Skill – 5 Days

Skill – 5 Days

Skill – 5 Days

Attendees will gain theoretical and practical knowledge on how to use AUTOMATION ÏINSTRUMENTATION ÏCONTROL Ï ANDÏMETERINGÏTECHNOLOGIESÏTOÏINCREASEÏ EFlCIENCYÏANDÏSAFETYÏOFÏOPERATIONSÏANDÏ PRODUCTIVITYÏOFÏTHEÏPRODUCTIONÏPROCESS

4HEÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ AÏMETHODOLOGYÏTOÏESTABLISH ÏREVISE Ï ANDÏOPTIMIZEÏTHEÏSYSTEMSÏCONTROLLINGÏ STATICÏANDÏROTATINGÏEQUIPMENTÏUSINGÏ CONDITION BASEDÏMAINTENANCEÏPREDICTIVEÏ MAINTENANCE ÏALGORITHMS ÏANDÏPROCESSESÏ #OURSEÏEMPHASISÏISÏONÏTHEÏUSEÏOFÏ PROACTIVEÏMONITORINGÏCOMBINEDÏWITHÏ TECHNICALÏANDÏlNANCIALÏCONSTRAINTSÏTOÏ ENSUREÏTHEÏOPERATIONALÏRELIABILITYÏREQUIREDÏ BYÏTHEÏPRODUCTIONÏSYSTEMÏ4HROUGHÏ EXERCISESÏDERIVEDÏFROMÏREAL WORLDÏ PROJECTS ÏATTENDEESÏWILLÏPRACTICEÏTHESEÏ techniques.

&AILUREÏMODEÏANDÏEFFECTSÏANALYSISÏ &-%! ÏISÏUSEDÏTOÏASSESSÏTHEÏPOTENTIALÏ FORÏEQUIPMENTÏFAILURESÏANDÏPROBLEMATICÏ EVENTSÏINÏAÏPROCESSÏANDÏTOÏQUALIFYÏTHEIRÏ EFFECTSÏ#OURSEÏEMPHASISÏISÏONÏTHEÏ practical aspects of the techniques for OPTIMIZATIONÏOFÏPRODUCTIONÏOPERATIONSÏ Attendees will learn the theoretical and PRACTICALÏASPECTSÏOFÏ&-%! ÏCRITICALITY Ï ANALYSIS ÏROOT CASEÏANALYSIS ÏRISK BASEDÏ INSPECTION ÏANDÏDECISION MAKINGÏANALYSISÏ FORÏPRODUCTIONÏOPERATIONÏACTIVITIES

4HISÏHEAVYÏANDÏEXTRA HEAVYÏOILÏ INTRODUCTORYÏCOURSEÏFOCUSESÏONÏTHEÏ STORAGE ÏTRANSPORT ÏANDÏTREATMENTÏANDÏ ENCOMPASSESÏTHEÏTECHNOLOGYÏANALYSISÏ for transportation. Attendees will learn HOWÏTOÏASSESSÏTHEÏmOWÏOFÏHEAVYÏOILÏINÏ AÏGATHERINGÏSYSTEMÏANDÏTECHNIQUESÏFORÏ MITIGATINGÏmOWÏPROBLEMSÏINHERENTÏTOÏ HEAVYÏOILÏOPERATIONSÏBYÏUSINGÏMODELINGÏ SOFTWARE ÏDEVELOPÏGATHERINGÏSCENARIOSÏ ANDÏMODELÏTRANSPORTATIONÏISSUES

COURSE CONTENT Q

3UBSURFACE SURFACEÏAUTOMATIONÏ concept

Q

0ROCESSÏCONTROLÏ#ENTRALIZEDÏCONTROL Ï OPTIMIZATION ÏINTEGRATION

Q

4ELECOMMUNICATION

Q

6ALUEÏCREATIONÏQUANTIlCATION

Q

)NLINEÏPRODUCTIONÏOPTIMIZATIOS

Q Q

Q Q

Q

Q

Q

)NLINEÏOPTIMIZERS

Q

Q

$IAGNOSISÏANDÏOPTIMIZATIONÏOFÏ INTEGRATEDÏSYSTEM Technological solutions and AUTOMATIONÏPLATFORMS

Q

3TANDARDSÏANDÏRECOMMENDEDÏ practices

Q Q

AUDIENCE 0RODUCTIONÏENGINEERS ÏFACILITIESÏENGINEERS Ï or operations engineers looking for PRACTICALÏEXPOSUREÏTOÏAUTOMATIONÏANDÏ control concepts and techniques.

Q

"ENElTSÏOFÏCONDITION BASEDÏ MAINTENANCE (ANDLINGÏINFORMATIONÏTOÏMODIFYÏ MAINTENANCEÏPLANÏANDÏIMPROVEÏ decisions 4ECHNIQUESÏFORÏCONDITION MONITORINGÏ MAINTENANCEÏINÏROTATIONÏEQUIPMENT Monitoring techniques $YNAMICÏMONITORINGÏONÏROTATINGÏ EQUIPMENT Integrating inspection techniques

Q

#ONDITIONÏMONITORINGÏINÏSTATICÏ EQUIPMENT

Q

#OST RISK BENElTÏPROCEDUREÏFORÏ CONDITION BASEDÏMAINTENANCEÏPLAN

Q

%CONOMICÏJUSTIlCATIONÏOFÏCONDITION BASEDÏMAINTENANCEÏPLAN

PREREQUISITE Basic knowledge of the production SYSTEM ÏPROCESSÏINSTRUMENTATION ÏANDÏ CONTROLÏMETERINGÏPRINCIPLES

-AINTENANCEÏPRACTICES ÏPARADIGMS Ï VALUEÏCHAIN ÏANDÏEXPENSES

COURSE CONTENT Q

&-%!Ï4YPESÏOFÏANALYSIS ÏFUNCTIONALÏ approach, applications

(EAVYÏOILÏPRODUCTIONÏSYSTEM ÏNODALÏ ANALYSIS ÏmOWÏOFÏmUIDS ÏANDÏSURFACEÏ processing

Q

!PPLICATIONÏOFÏ&-%!ÏTOÏSUBSURFACE SURFACEÏSYSTEMS

)SOTHERMALÏmOWÏINÏPIPELINES ÏANDÏ INCOMPRESSIBLEÏSINGLE PHASEÏmOWÏ

Q

4EMPERATUREÏPROlLESÏINÏPIPELINESÏ

Q


Q

Q

2ISK BASEDÏINSPECTION

Q

2ELIABILITY ÏAVAILABILITY ÏANDÏ MAINTAINABILITYÏANALYSIS

#RUDEÏOILÏDILUENTSÏANDÏHYDRAULICÏ ANALYSISÏTOÏDETERMINEÏOPTIMALÏ VOLUMES

Q

$ILUENTSÏIMPACTÏONÏDENSITY ÏVISCOSITY Ï PRESSUREÏREQUIREMENT

AUDIENCE

Q

Surface facilities engineers, production ENGINEERSÏANDÏMANAGERS ÏANDÏ MAINTENANCEÏANDÏRELIABILITYÏENGINEERS

4ERRAINÏTOPOGRAPHYÏEFFECTÏONÏHEAVYÏ oil transport, including water as CONVEYANCEÏMEDIUM

Q

'AS LIQUIDÏmOWÏINÏAÏGATHERINGÏSYSTEM Ï correlations

Q


Q

COURSE CONTENT

!UTOMATEDÏWELLÏTESTS "OTTOMHOLEÏSENSORSÏANDÏINTELLIGENTÏ wells

COURSE CONTENT

Q

PREREQUISITE "ASICÏKNOWLEDGEÏOFÏRELIABILITYÏENGINEERINGÏ ANDÏOILÏANDÏGASÏPRODUCTIONÏSYSTEMS

Q

Structure of gathering network and basic equations

AUDIENCE %NGINEERSÏANDÏPRODUCTIONÏMANAGERSÏ INTERESTEDÏINÏHEAVYÏOILÏGATHERINGÏANDÏ transportation.

AUDIENCE

PREREQUISITE

-AINTENANCEÏANDÏRELIABILITYÏENGINEERS Ï and surface production engineers RESPONSIBLEÏFORÏMAINTAININGÏROTATINGÏORÏ STATICÏEQUIPMENT

"ASICÏKNOWLEDGEÏOFÏHYDROCARBONÏ PROPERTIES ÏmUIDÏmOW ÏPRODUCTIONÏSURFACEÏ facilities design and operations.

PREREQUISITE "ASICÏKNOWLEDGEÏOFÏMAINTENANCEÏANDÏ RELIABILITYÏENGINEERING



12/22/13 2:49 AM

SURFACE FACILITIES DESIGN AND ENGINEERING Multiphase Flow


Plant Turnaround Management (Programmed Plant Shutdown)

Skill – 5 Days

Skill – 5 Days

Skill – 5 Days

Skill – 5 Days

,EARNÏTOÏIDENTIFY ÏSELECT ÏANDÏAPPLYÏ MAINTENANCEÏINDICATOR ÏORÏ+0)S Ï WHICHÏENSUREÏEFFECTIVEÏMAINTENANCEÏ MANAGEMENT ÏMAXIMIZEÏEQUIPMENTÏ PERFORMANCE ÏANDÏCLEARLYÏCOMMUNICATEÏ THEÏCURRENTÏSTATUSÏTOÏALLÏDECISIONÏMAKERSÏ Attendees will learn to understand the COMMONÏINDICATORS ÏWHATÏTHEYÏCANÏTELLÏTHEÏ USER ÏANDÏTHEÏVALUEÏTHEYÏBRINGÏ$ISCUSSIONÏ INCLUDESÏTHEÏIMPORTANCEÏOFÏCOMPOSITEÏ +0)SÏANDÏHOWÏTOÏSELECTÏTHEÏRIGHTÏMIXÏOFÏ indicators.

In this course, the attendees will learn THEÏTHEORYÏOFÏMULTIPHASEÏmOWÏANDÏ how to calculate the pressure drops in SINGLE PHASE ÏDUAL PHASEÏGASÏANDÏLIQUID Ï ANDÏMULTIPHASEÏmOWÏSYSTEMSÏ!TTENDEESÏ WILLÏALSOÏLEARNÏHOWÏTOÏCONDUCTÏmOWÏ PATTERNÏPREDICTIONS ÏEVALUATEÏTHEÏEFFECTSÏ OFÏSLUGGINGÏANDÏTRANSIENTÏmOW ÏANDÏGAINÏ EXPOSUREÏTOÏmUIDÏmOWÏMODELINGÏSOFTWARE

)NÏTHISÏCOURSE ÏATTENDEESÏRECEIVEÏANÏ INTRODUCTIONÏTOÏTHEÏMECHANISMSÏANDÏ causes of corrosion in oil and gas PRODUCTIONÏSYSTEMSÏANDÏTHEÏAPPROPRIATEÏ METHODSÏFORÏMONITORINGÏANDÏCONTROLÏ 4HEÏATTENDEESÏWILLÏLEARNÏTOÏIDENTIFYÏTHEÏ CORROSIONÏMECHANISMÏANDÏESTIMATEÏANDÏ predict the corrosion rates in addition to UNDERSTANDINGÏHOWÏTOÏSELECTÏMATERIALSÏ BASEDÏONÏTHEÏCORROSIONÏENVIRONMENT Ï EVALUATEÏANDÏSELECTÏCORROSIONÏ inhibitors, and elaborate on a corrosion MANAGEMENTÏPLANÏFORÏPIPELINES

#OURSEÏMATERIALÏISÏDESIGNEDÏTOÏGIVEÏ attendees the tools and knowledge REQUIREDÏTOÏOPTIMIZEÏPROGRAMMEDÏPLANTÏ shutdowns or turnarounds. The attendees WILLÏLEARNÏTOÏAPPLYÏPRINCIPLESÏANDÏMETHODSÏ BASEDÏONÏEFFECTIVE ÏEFlCIENT ÏANDÏSAFEÏ shutdown of actual plants. Instruction FOCUSESÏONÏPLANNING ÏPROGRAMMING Ï MAINTENANCEÏACTIVITIES ÏANDÏCONTROLSÏTOÏ OBTAINÏTHEÏLOWESTÏCOSTÏWHILEÏMEETINGÏORÏ EXCEEDINGÏQUALITYÏANDÏSAFETYÏSTANDARDS

Maintenance Management and Control Indicators

COURSE CONTENT Q

-AINTENANCEÏ$ElNITION ÏEVOLUTION Ï ANDÏCLASSIlCATIONÏOFÏSTANDARDIZEDÏ INDICATORSÏTYPESÏANDÏAPPLICATION

Q

$ATAÏSELECTIONÏANDÏANALYSISÏFORÏ+0)S

Q

%FlCIENCYÏINDICATORSÏ-EANÏTIMEÏ BETWEENÏFAILURE ÏMEANÏTIMEÏTOÏREPAIR Ï AVAILABILITY ÏANDÏRELIABILITY

Q

Q Q

0ERFORMANCEÏINDICATORSÏ !BSENTEEISM ÏOVERTIME ÏCONTRACTEDÏ MANPOWER ÏTRAINING ÏANDÏTRAININGÏPLAN #OSTSÏANDÏSAFETYÏINDICATORS %CONOMICÏINDICATORSÏ.06ÏANDÏRETURNÏ ONÏINVESTMENTÏ2/)

COURSE CONTENT Q

3INGLE PHASEÏmUID

Q

0RESSUREÏDROPÏEQUATIONSÏANDÏ CORRELATIONSÏFORÏSINGLEÏPHASEÏmOW

Q

-ULTIPHASEÏmOWÏ

Q

&LUIDÏmOWÏMODELINGÏSOFTWARE

Q

-ULTIPHASEÏmOWÏOPERATIONALÏ considerations

Q

0ROGRAMMEDÏPLANTÏSHUTDOWNÏ MANAGEMENTÏMAINTENANCEÏ TURNAROUNDÏMANAGEMENT

Q

)MPACTÏOFÏCORROSIONÏINÏPRODUCTIONÏ SYSTEMS

Q

4YPESÏOFÏPLANTÏSHUTDOWNS

Q

#ORROSIONÏPRINCIPLESÏANDÏCLASSIlCATION

Q

Q

CO and HS corrosion

4OP DOWNÏREVIEWÏOFÏTHEÏ MACROFUNCTIONSÏINÏPLANTÏSHUTDOWNÏ planning

Q

"ARRIERSÏTOÏANDÏKEYÏFACTORSÏFORÏTHEÏ success of a plant shutdown

Q

-ETHODSÏTOÏMANAGEÏAÏPROGRAMMEDÏ plant shutdown

Q

&IRSTÏSTAGEÏ)NTEGRATEDÏSTRATEGYÏ ACTUALÏCASES

Q

3ECONDÏSTAGEÏ$EVELOPMENTÏOFÏSCOPEÏ OFÏWORKÏACTUALÏCASES

Q

4HIRDÏSTAGEÏ%XECUTIONÏOFÏPLANTÏ SHUTDOWNÏACTUALÏCASES

Q

&OURTHÏSTAGEÏ0LANTÏSHUTDOWNÏ CLOSEOUTÏACTUALÏCASES

Q

AUDIENCE Q

0RODUCTIONÏENGINEERSÏANDÏFACILITIESÏ engineers. PREREQUISITE A basic understanding of surface FACILITIESÏPRODUCTIONÏSYSTEMSÏANDÏmUIDÏ HYDRODYNAMICS

#ORROSIONÏINHIBITORÏMECHANISMS Ï guidelines, and selection #ORROSIONÏPREDICTIONÏ!PPLICATIONÏTOÏ actual cases

Q

#ORROSIONÏMONITORING

Q

'UIDELINESÏFORÏMATERIALÏSELECTION

Q

0IPELINEÏEXTERNALÏCORROSIONÏ%XTERNALÏ protection and National Association OFÏ#ORROSIONÏ%NGINEERSÏRECOMMENDEDÏ practices

Q

-AINTENANCEÏINDICATORSÏ(OWÏTOÏ MAKEÏITÏRUN

Q

!NALYSISÏOFÏACTUALÏCASES

Q


Q

$EVIATIONÏANALYSIS

Q

!CTUALÏSTUDYÏCASES

AUDIENCE

%NGINEERS ÏMANAGERS ÏORÏPLANNERSÏ RESPONSIBLEÏFORÏMAINTENANCEÏORÏ production processes.

Q

COURSE CONTENT

-ULTIPHASEÏmOWÏMETERING

AUDIENCE

COURSE CONTENT

AUDIENCE

%NGINEERSÏWANTINGÏAÏBETTERÏUNDERSTANDINGÏ OFÏCORROSIONÏANDÏITSÏMANAGEMENTÏINÏOILÏ ANDÏGASÏPRODUCTIONÏSYSTEMS

PREREQUISITE

PREREQUISITE

+NOWLEDGEÏOFÏMAINTENANCEÏANDÏRELIABILITYÏ engineering.

Basic knowledge of corrosion and PRODUCTIONÏSYSTEMS

%NGINEERS ÏPLANNERS ÏSUPERVISORS Ï ANDÏMANAGERSÏRESPONSIBLEÏFORÏPLANTÏ TURNAROUNDÏPLANNINGÏORÏIMPLEMENTATIONÏ WHOÏNEEDÏAÏSYSTEMATICÏMETHODOLOGYÏFORÏ PLANTÏTURNAROUNDÏMANAGEMENT PREREQUISITE 3TRONGÏKNOWLEDGEÏOFÏMAINTENANCEÏANDÏ RELIABILITYÏENGINEERING

Software




Field trips

Uses simulation

| 161 12/22/13 2:49 AM

SURFACE FACILITIES DESIGN AND ENGINEERING Subsea Production Systems (SPS) and Subsea Technologies



Avocet for Administrators

Skill – 5 Days

Skill – 5 Days

Advanced – 3 Days


An introduction to subsea production SYSTEMÏFACILITIES ÏTHISÏCOURSEÏTAKESÏ THEÏATTENDEEÏFROMÏCONCEPTUALÏDESIGNÏ to operation. The attendees will learn ABOUTÏTHEÏLATESTÏFACILITYÏDESIGNSÏANDÏ IMPLEMENTATIONS ÏTHEIRÏADVANTAGESÏANDÏ DISADVANTAGES ÏANDÏTHEÏRAPIDLYÏCHANGINGÏ trends of future technologies.

&ROMÏTHISÏOVERVIEWÏOFÏTHEÏPRODUCTIONÏ SYSTEMÏFROMÏRESERVOIRÏTOÏSEPARATOR Ï ATTENDEESÏLEARNÏTOÏOPTIMIZEÏTHEÏPROCESSÏ using an integrated approach, including NODALÏANALYSISÏANDÏIDENTIlCATIONÏOFÏ MAJORÏPRESSUREÏLOSSESÏ)NÏHANDS ONÏ IN CLASSÏEXERCISES ÏTHEÏATTENDEESÏWILLÏ USEÏSPECIALIZEDÏSOFTWAREÏTOÏIDENTIFYÏ CONSTRAINTSÏANDÏPROPOSEÏRECOMMENDATIONSÏ FORÏPRODUCTIONÏOPTIMIZATION

&ROMÏTHISÏCOURSEÏONÏmOWÏASSURANCE Ï ATTENDEESÏGAINÏANÏADVANCEDÏ UNDERSTANDINGÏOFÏmUIDÏmOWÏTHROUGHÏAÏ SERIESÏOFÏINTERCONNECTEDÏSYSTEMSÏFROMÏ THEÏRESERVOIRÏTOÏSURFACEÏFACILITIES ÏANDÏ THEÏPREVENTIONÏANDÏMITIGATIONÏOFÏCOMMONÏ mOWÏIMPEDIMENTSÏ4HEÏATTENDEESÏWILLÏ LEARNÏBESTÏPRACTICESÏFROMÏWORLDWIDEÏ lELDÏEXAMPLES ÏASÏWELLÏASÏHOWÏTOÏDESIGNÏ lT FOR PURPOSEÏmOWÏASSURANCEÏSOLUTIONS

COURSE CONTENT

COURSE CONTENT

Attendees will learn how to use the mEXIBILITYÏOFÏTHEÏ!VOCETÏSOFTWAREÏ PLATFORMÏ6OLUMESÏ-ANAGERÏMODULEÏTOÏ BUILDÏCUSTOMÏSOLUTIONSÏFORÏMANAGINGÏ PRODUCTIONÏINFORMATIONÏ4HEÏATTENDEESÏWILLÏ UNDERSTANDÏHOWÏTOÏDEPLOYÏANDÏCONlGUREÏ THEÏSOFTWAREÏFORÏALLÏTYPESÏOFÏOPERATIONALÏ SETTINGSÏCONVENTIONALÏLAND ÏOFFSHOREÏ DEEPÏOFFSHORE ÏmOATINGÏPRODUCTION Ï STORAGE ÏANDÏOFmOADINGÏVESSELS ÏCOALBEDÏ METHANE Ï3!'$ ÏANDÏHEAVYÏOILÏ4HISÏ COURSEÏWILLÏINCREASEÏYOURÏUNDERSTANDINGÏ OFÏFEATURESÏFORÏDATAÏENTRY ÏVISUALIZATIONÏ ANDÏCOMPUTATIONÏOFÏPRODUCTION ÏALLOCATIONÏ OFÏmUIDS ÏANDÏOPERATIONALÏANDÏREGULATORYÏ reporting.

COURSE CONTENT Q

Q

Q

303ÏCONCEPTS ÏDElNITIONS ÏANDÏ COMMONLYÏUSEDÏARCHITECTURES 'ENERALÏDESIGNÏREQUIREMENTSÏANDÏ DRIVERSÏ 303ÏEQUIPMENT ÏSELECTION ÏANDÏ operation

Q

Flow lines

Q

Flow assurance

Q

Maintenance and repair

Q

3UBSEAÏWELLÏINTERVENTION

Q

$IGITALÏOILÏlELD

Q

0RODUCTIONÏMONITORING ÏCONTROL ÏANDÏ OPTIMIZATIONÏTECHNOLOGY

Q

Q

Q

Q

Q

Data acquisition and data MANAGEMENT $ISCUSSIONÏOFÏINTEGRATEDÏSYSTEMSÏANDÏ EXAMPLES

AUDIENCE %NGINEERSÏINVOLVEDÏWITHÏSUBSEAÏFACILITIESÏ design or operations who want to LEARNÏABOUTÏEVOLVINGÏSUBSEAÏFACILITYÏ technologies. PREREQUISITE General knowledge of oil and gas PRODUCTIONÏSYSTEMSÏANDÏOFFSHOREÏ PRODUCTIONÏSYSTEMS

Q

0RODUCTIONÏSYSTEMÏOVERVIEWÏFROMÏ RESERVOIRÏTOÏSURFACEÏ0RODUCTIONÏ SYSTEMÏANDÏPROCESS ÏWELLÏ COMPLETIONS ÏLIFTÏMETHODS ÏGATHERINGÏ SYSTEMS ÏANDÏSEPARATIONÏSYSTEMS .ODALÏANALYSISÏ-AINÏPRESSURE DROPÏ COMPONENTS ÏINmOWÏPERFORMANCEÏ RELATIONSHIP ÏCOMPLETION ÏTUBINGÏ SYSTEMÏGRAPH ÏANDÏGASÏWELLÏ PRODUCTIONÏBEHAVIOR 3UBSURFACE SURFACEÏPRODUCTIONÏ OPERATIONÏ)NTEGRATEDÏVISION Ï procedures, best practices, IDENTIlCATIONÏOFÏRESTRICTIONSÏANDÏ CORRECTIVEÏACTIONS ÏPRODUCTIONÏ OPTIMIZATIONÏUSINGÏAUTOMATIONÏ TECHNOLOGY ÏANDÏPERFORMANCEÏ MANAGEMENT )NTEGRATEDÏPRODUCTIONÏSYSTEMSÏ 3OFTWAREÏANDÏTOOLSÏFORÏPERFORMANCEÏ MODELING ÏTECHNOLOGYÏTRENDS ÏANDÏ INTEGRATEDÏINFORMATIONÏMANAGEMENTÏ FORÏCONTROL ÏMONITORING ÏANDÏ AUTOMATION

AUDIENCE %NGINEERSÏRESPONSIBLEÏFORÏPRODUCTIONÏ OPTIMIZATIONÏANDÏTASKEDÏWITHÏEVALUATINGÏAÏ SUBSURFACEÏNETWORKÏANDÏSURFACEÏSYSTEMÏ ASÏONEÏINTEGRATEDÏSYSTEM PREREQUISITE +NOWLEDGEÏOFÏTHEÏPRODUCTIONÏSYSTEMÏFROMÏ subsurface to surface.

Q Q

Q

Q

Q

+EYÏmOWÏASSURANCEÏISSUES Technologies for capture and CHARACTERIZATIONÏOFÏmUIDÏSAMPLES -ETHODOLOGIESÏFORÏMEASUREMENT Ï MODELING ÏANDÏMANAGEMENTÏOFÏ inorganic and organic solids &LUIDÏmOWÏANDÏHEAT TRANSFERÏ CHARACTERISTICSÏANDÏTHEIRÏIMPORTANCEÏ in desig of subsea architecture, MODELÏSELECTION ÏANDÏLIQUIDSÏ MANAGEMENT 0ROCESSESÏOFÏmUIDÏmOWÏINTEGRATION Ï heat transfer, and solids

AUDIENCE %NGINEERSÏANDÏTECHNICALÏSTAFFÏRESPONSIBLEÏ FORÏWELLÏSURVEILLANCE ÏPRODUCTIONÏ OPTIMIZATION ÏORÏCOMPLETIONÏDESIGN PREREQUISITE 7ORKINGÏKNOWLEDGEÏOFÏWELLÏPRODUCTIONÏ BEHAVIORS ÏBASICÏRESERVOIRÏENGINEERINGÏ PRINCIPLES ÏANDÏSURFACEÏFACILITIESÏ EXPOSUREÏTOÏWELLÏCOMPLETIONÏDESIGN ÏNODALÏ ANALYSIS ÏANDÏSTIMULATIONÏPROCESSES

COURSE CONTENT Q

&ACILITYÏSETUP ÏCOMPLETIONS ÏWELLS Ï EQUIPMENT ÏANDÏOTHERÏPROCESSES

Q

/RGANIZATIONALÏANDÏOTHERÏHIERARCHIESÏ using links

Q

Allocation networks

Q

Data loaders

Q

Calculations and allocation processes

Q

Disconnected data collection setup

Q

3ECURITYÏDElNITION

Q

2EPORTSÏTHROUGHÏ-ICROSOFTÏ31,Ï 3ERVERÏREPORTINGÏSERVICESÏ

.OTEÏ4HISÏCOURSEÏCANÏBEÏCUSTOMIZEDÏTOÏ INCLUDEÏTRAININGÏONÏTHEÏ!VOCETÏ6OLUMESÏ -ANAGERÏ3YSTEMÏ$EVELOPMENTÏ+IT ÏWHICHÏ COVERSÏADVANCEDÏIMPLEMENTATIONÏANDÏ CONlGURATIONÏTOPICS ÏSUCHÏASÏMODIFYINGÏ THEÏTRANSACTIONÏSYSTEM ÏADDINGÏNEWÏ SCREENS ÏSETTINGÏUPÏUNITÏCONVERSIONS Ï LOCALIZINGÏTHEÏSOFTWARE ÏANDÏSETTINGÏUPÏ REPORTINGÏVIEWS AUDIENCE !NYONEÏWANTINGÏTOÏCONlGUREÏORÏ ADMINISTERÏANÏ!VOCETÏ6OLUMESÏ-ANAGERÏ SYSTEMÏFORÏENDÏUSERS PREREQUISITE !VOCETÏ6OLUMESÏ-ANAGERÏFORÏ%NDÏ5SERSÏ COURSEÏORÏEQUIVALENT



12/22/13 2:49 AM

SURFACE FACILITIES DESIGN AND ENGINEERING Avocet Volumes Manager for End Users


OLGA Flow Assurance

OLGA Well Dynamics





!TTENDEESÏWILLÏLEARNÏHOWÏTOÏAPPLYÏTHEÏ mEXIBILITYÏOFÏTHEÏ!VOCETÏSOFTWAREÏPLATFORMÏ 6OLUMESÏ-ANAGERÏMODULEÏFORÏENTERING Ï MANAGING ÏANDÏREPORTINGÏPRODUCTIONÏ INFORMATIONÏ4HEÏATTENDEESÏWILLÏALSOÏ LEARNÏHOWÏTOÏVALIDATEÏANDÏALLOCATEÏ PRODUCTIONÏDATAÏINÏALLÏTYPESÏOFÏOPERATIONALÏ SETTINGSÏCONVENTIONALÏLAND ÏOFFSHOREÏ DEEPÏOFFSHOREÏmOATINGÏPRODUCTION Ï STORAGE ÏANDÏOFmOADINGÏVESSELS ÏCOALBEDÏ METHANE Ï3!'$ ÏANDÏHEAVYÏOILÏ4HISÏ COURSEÏWILLÏINCREASEÏYOURÏUNDERSTANDINGÏ OFÏFEATURESÏFORÏDATAÏENTRY ÏVISUALIZATIONÏ ANDÏCOMPUTATIONÏOFÏPRODUCTION ÏALLOCATIONÏ OFÏmUIDS ÏANDÏOPERATIONALÏANDÏREGULATORYÏ reporting.

4HEÏCOURSEÏFOCUSESÏONÏUSINGÏTHEÏ!VOCETÏ SOFTWAREÏPLATFORMÏ)NTEGRATEDÏ!SSETÏ -ODELERÏMODULEÏTOÏINTEGRATEÏTHEÏRESERVOIRÏ WITHÏTHEÏSURFACEÏMODELSÏ4HEÏCOURSEÏALSOÏ includes software installation instruction.

4HISÏ DAYÏCOURSEÏISÏINTENDEDÏTOÏTURNÏ AÏBEGINNERÏINTOÏANÏ/,'!ÏSIMULATORÏ USER ÏCAPABLEÏOFÏRUNNINGÏREALISTICÏmOWÏ ASSURANCEÏTASKSÏ!ÏMIXTUREÏOFÏLECTURESÏ ANDÏHANDS ONÏEXERCISESÏHELPSÏATTENDEESÏ UNDERSTANDÏmOWÏASSURANCEÏCHALLENGES Ï THEÏFUNDAMENTALSÏOFÏMULTIPHASEÏPIPELINEÏ THERMO HYDRAULICS ÏANDÏHOWÏTOÏAPPLYÏ THEÏ/,'!ÏSIMULATORÏINÏREALISTICÏmOWÏ ASSURANCEÏISSUESÏ4HEÏEXERCISESÏAREÏ CONDUCTEDÏUSINGÏTHEÏ/,'!Ï'5)Ï!LLÏMAJORÏ FEATURESÏOFÏTHEÏ'5)ÏAREÏCOVERED ÏINCLUDINGÏ MODELÏBUILDING ÏCASEÏRUNS ÏPARAMETRICÏ STUDIES ÏANDÏEFFECTIVEÏPOST PROCESSINGÏ &LUIDÏPROPERTYÏTABLESÏFORÏTHEÏ/,'!Ï SIMULATORÏAREÏGENERATEDÏWITHÏTHEÏ064SIMÏ THIRD PARTYÏCOMPOSITIONALÏ064ÏANALYSISÏ ANDÏCHARACTERIZATIONÏSOFTWAREÏ/URÏ EXPERIENCEDÏINSTRUCTORSÏFOCUSÏONÏTEACHINGÏ the attendees how to turn data into an ACCEPTABLEÏANDÏEFFECTIVEÏ/,'!ÏMODELÏ ANDÏHOWÏTOÏPERFORMÏSIMULATIONS

4HISÏ DAYÏCOURSEÏISÏINTENDEDÏTOÏTRAINÏ the attendees who work with production ANDÏWELLÏPERFORMANCEÏTOÏUSEÏTHEÏ/,'!Ï SIMULATORÏTOÏSIMULATEÏTHEÏmOWÏTRANSIENTSÏ INÏTHEÏWELLSÏANDÏPRODUCTIONÏSYSTEMSÏ 4HISÏCOURSEÏISÏVERYÏSUITABLEÏFORÏENGINEERSÏ WHOÏWOULDÏLIKEÏTOÏSIMULATEÏTHEÏOFFSHOREÏ well operation scenarios. The course has a good balance in content between the WELLÏmOWÏDYNAMICSÏANDÏTHEÏHANDS ONÏ /,'!ÏSIMULATORÏSKILLÏLEARNINGÏ4HISÏCOURSEÏ also helps the new OLGA beginners to QUICKLYÏGRASPÏTHEÏhDYNAMICvÏCONCEPT Ï GAINÏBASICÏSKILLSÏTOÏUSEÏ/,'!ÏSIMULATORÏ INDEPENDENTLY ÏANDÏLAYÏAÏSOLIDÏFOUNDATIONÏ FORÏBUILDINGÏUPÏADVANCEDÏMODELINGÏ capabilities.

COURSE CONTENT Q

/VERVIEWÏOFÏKEYÏRESERVOIRÏNETWORKÏ COUPLINGÏFUNDAMENTALS

Q

#OUPLINGÏRESERVOIRSÏTOÏNETWORKS

Q


Q

#ONNECTINGÏMODELS

Q

!DDINGÏAÏ-ICROSOFTÏ%XCELÏMODELÏTOÏAÏ mOWÏDIAGRAM

Q

%VALUATINGÏECONOMICSÏWITHÏ-ERAKÏ SOFTWAREÏ0EEPÏMODELS

Q

4RANSFERRINGÏCOMPOSITIONS

COURSE CONTENT Q

Q

Q

"ROWSINGÏANDÏNAVIGATINGÏTHROUGHÏTHEÏ application $ATAÏENTRYÏUSINGÏTHEÏAPPLICATIONÏONÏAÏ DISCONNECTEDÏDEVICE Checking for data errors and VALIDATINGÏDATA

AUDIENCE

,OADINGÏDATAÏFROMÏEXTERNALÏSOURCES

PREREQUISITE

Q

6ISUALIZINGÏNETWORKS

Q

Calculating and allocation processes

Q

Reporting

!NYONEÏCURRENTLYÏWORKINGÏINÏAÏPRODUCTION Ï RESERVOIR ÏORÏPROCESSÏENGINEERINGÏPOSITIONÏ ORÏINÏANÏASSETÏBUSINESSÏDEVELOPMENTÏ ENVIRONMENTÏWITHÏKNOWLEDGEÏOFÏEITHERÏ %#,)03%ÏORÏ0)0%3)-ÏSIMULATORÏSOFTWARE

Q

"ASICÏMULTIPHASEÏPRODUCTIONÏ HYDRAULICSÏANDÏTHERMALÏISSUESÏ

Q

)NTRODUCTIONÏTOÏ/,'!ÏSIMULATORÏ TOPOLOGYÏANDÏBASICÏASSUMPTIONS

Q

)NTRODUCTIONÏTOÏ064SIMÏSOFTWAREÏ

Q

Q

!NYONEÏWANTINGÏTOÏUSEÏAÏFULLYÏCONlGUREDÏ !VOCETÏ6OLUMESÏ-ANAGERÏSYSTEMÏ MODULEÏFORÏDATAÏENTRY ÏVISUALIZATIONÏANDÏ COMPUTATIONÏOFÏPRODUCTION ÏALLOCATIONÏ OFÏmUIDS ÏANDÏOPERATIONALÏANDÏREGULATORYÏ reporting.

Q

Q

PREREQUISITE

Q

None

Flow assurance issues for oil and GAS CONDENSATEÏPRODUCTION 4ERRAINÏSLUGGINGÏMITIGATION Ï HYDRODYNAMICÏSLUGGINGÏANDÏ/,'!Ï slug tracking 3HUT IN ÏCOOL DOWN ÏSTARTUP ÏANDÏ DEPRESSURIZATIONÏOFÏAÏWELL mOWLINE RISERÏCONlGURATION "UILDINGÏAÏSIMULATIONÏMODELÏWITHÏ MINIMUMÏINFORMATION 'ASÏCONDENSATEÏPIPELINE MODELINGÏ CHARACTERISTICÏSTEADY STATEÏBEHAVIOR Ï PIGGING ÏTURNDOWN ÏRAMPÏUP Ï THREE PHASEÏmOW ÏSEPARATORÏWITHÏ LEVELÏCONTROL


Q

4HEÏ/,'!ÏSIMULATORÏMODELÏANDÏITSÏ EXECUTION

Q

.UMERICALÏSOLUTIONÏSCHEMEÏANDÏ sectioning principles

Q

064ÏASPECTSÏINÏ/,'!ÏSIMULATIONÏANDÏ 064SIMÏ/,'!ÏINTERFACE

Q

7ELLÏMODELÏBUILDINGÏINÏTHEÏ/,'!Ï SIMULATOR

Q

!RTIlCIALÏLIFTÏMODELINGÏWITHÏ/,'!Ï SIMULATORÏSOFTWARE

Q

-UDÏANDÏWELLÏENGINEERINGÏmUIDÏ MODELINGÏANDÏAPPLICATIONS

Q

3TEADY STATEÏSIMULATIONÏANDÏ PARAMETRICÏSTUDY

Q

3HUT INÏANDÏSTARTUP

Q

3IMPLEÏGAS LIFTÏMODELING

Q

%LECTRICÏSUBMERSIBLEÏPUMPÏMODELINGÏ

Q

7ELLBOREÏCLEANUP

Q

"LOWOUTÏANDÏWELLÏKILLÏOPTIONAL

AUDIENCE

"EGINNERÏTOÏINTERMEDIATEÏ/,'!ÏSIMULATORÏ USER ÏPROSPECTIVEÏ/,'!ÏSIMULATORÏ licensee, and the design or operations PROFESSIONALÏINTERESTEDÏINÏEXPLORINGÏ THEÏUSESÏANDÏCAPABILITIESÏOFÏMULTIPHASEÏ TRANSIENTÏSIMULATIONS

0RODUCTIONÏANDÏWELLÏPERFORMANCEÏ ENGINEERS ÏESPECIALLYÏSUITABLEÏFORÏOFFSHOREÏ well operation scenarios.

PREREQUISITE


/,'!ÏSIMULATORÏWELLÏMODELINGÏ CAPABILITY

AUDIENCE

.OÏPREVIOUSÏEXPERIENCEÏWITHÏ /,'!ÏSOFTWAREÏISÏNECESSARY ÏBUTÏAÏ GENERALÏKNOWLEDGEÏOFÏPIPEÏmOWÏANDÏ THERMODYNAMICSÏISÏANÏADVANTAGE

Software

Q

COURSE CONTENT

!NYONEÏWANTINGÏTOÏINTEGRATEÏRESERVOIRSÏ WITHÏSURFACEÏMODELSÏUSINGÏ!VOCETÏ )NTEGRATEDÏ!SSETÏ-ODELERÏMODULE

Q

AUDIENCE

COURSE CONTENT


Field trips

Uses simulation

PREREQUISITE .OÏPREVIOUSÏ/,'!ÏSIMULATORÏEXPERIENCEÏ ISÏNECESSARY ÏBUTÏKNOWLEDGEÏOFÏWELLÏ PERFORMANCEÏANDÏMULTIPHASEÏmOWÏ MODELINGÏADVANTAGEOUS

| 163 12/22/13 2:49 AM

SURFACE FACILITIES DESIGN AND ENGINEERING PIPESIM Gas Field Production Operations


Avocet Workflow Manager—Level 1

Avocet Workflow Manager—Level 2



Skill – 3 Days

Advanced – 2 Days

4HISÏCOURSEÏCOVERSÏTHEÏUSEÏOFÏTHEÏ 0)0%3)-ÏPRODUCTIONÏSYSTEMÏANALYSISÏ SOFTWAREÏSTEADY STATEÏMULTIPHASEÏ SIMULATORÏFORÏDESIGNINGÏANDÏMODELINGÏGASÏ PRODUCTIONÏSYSTEMSÏOPERATIONSÏ0RACTICALÏ ANDÏCOMPREHENSIVEÏPROBLEMSÏWILLÏBEÏ PRESENTED ÏDISCUSSED ÏANDÏANALYZEDÏ throughout the course.

)NÏTHISÏCOURSE ÏATTENDEESÏEXPLOREÏTHEÏ 0)0%3)-ÏPRODUCTIONÏSYSTEMÏANALYSISÏ SIMULATORÏSOFTWAREÏWHICHÏPROVIDESÏ STEADY STATE ÏMULTIPHASEÏmOWÏSIMULATIONÏ FORÏOILÏANDÏGASÏPRODUCTIONÏSYSTEMSÏ )NDIVIDUALÏ0)0%3)-ÏMODULESÏAREÏUSEDÏFORÏ AÏWIDEÏRANGEÏOFÏANALYSES ÏINCLUDINGÏWELLÏ MODELING ÏNODALÏANALYSIS ÏlELDÏPLANNING Ï ARTIlCIALÏLIFTÏOPTIMIZATION ÏANDÏPIPELINEÏ ANDÏPROCESSÏFACILITIESÏMODELINGÏ!ÏMAJORÏ FEATUREÏOFÏ0)0%3)-ÏSOFTWAREÏISÏTHEÏSYSTEMÏ integration and openness that allows USERSÏTOÏDEVELOPÏAÏ4OTALÏ0RODUCTIONÏ3YSTEMÏ Model. The attendees will gain a general UNDERSTANDINGÏOFÏHOWÏ0)0%3)-ÏSOFTWAREÏ ISÏUSEDÏTOÏDESIGNÏANDÏOPTIMIZEÏTOTALÏ PRODUCTIONÏSYSTEMSÏFROMÏTHEÏRESERVOIRÏTOÏ THEÏlNALÏPROCESSINGÏDELIVERYÏPOINT

)NCREASEÏYOURÏUNDERSTANDINGÏOFÏHOWÏTHEÏ !VOCETÏSOFTWAREÏPLATFORMÏ7ORKmOWÏ -ANAGERÏMODULEÏINTEGRATESÏVARIOUSÏDATAÏ SOURCESÏINCLUDINGÏREAL TIMEÏSURVEILLANCEÏ DATA ÏTOÏTHEÏENGINEERSÏDESKTOP Ï PROVIDINGÏAÏPLATFORMÏFORÏAUTOMATINGÏ ENGINEERINGÏPROCESSESÏFROMÏCALCULATIONSÏ TOÏWORKmOWSÏ!TTENDEESÏWILLÏLEARNÏ HOWÏTOÏSETÏUPÏTHEÏ!VOCETÏ7ORKmOWÏ -ANAGERÏTOÏACTÏASÏAÏREAL TIMEÏENABLERÏ BYÏPROVIDINGÏCLEANSED ÏAGGREGATED ÏANDÏ PREPROCESSEDÏPRODUCTIONÏDATAÏFORÏUSEÏBYÏ OTHERÏAPPLICATIONSÏSUCHÏASÏ!VOCETÏ$ATAÏ -ANAGERÏANDÏ/&-ÏWELLÏANDÏRESERVOIRÏ ANALYSISÏSOFTWARE

4HISÏADVANCEDÏCOURSEÏTEACHESÏWORKmOWÏ DEVELOPERSÏHOWÏTOÏDESIGNÏANDÏDEPLOYÏ AUTOMATEDÏWORKmOWSÏFORÏDATAÏCOLLECTION Ï CLEANSING ÏANDÏAUTOMATEDÏCALCULATIONÏ USINGÏTHEÏ!VOCETÏSOFTWAREÏPLATFORMÏ !TTENDEESÏWILLÏLEARNÏHOWÏTOÏQUICKLYÏ DIAGNOSEÏWORKmOWÏPROBLEMSÏANDÏBESTÏ PRACTICESÏANDÏPITFALLSÏFORÏCOMBININGÏTASKSÏ )NSTRUCTIONÏONÏUSERÏMANAGEMENTÏANDÏ HOWÏTOÏSECUREÏDATAÏFROMÏUNWANTEDÏWHILEÏ GRANTINGÏACCESSÏTOÏVALIDATEDÏUSERS

COURSE CONTENT Q

Q

Q

Q

Q

.AVIGATEÏTHEÏ0)0%3)-ÏSIMULATORÏUSERÏ interface Troubleshoot and debottleneck NETWORKÏMODELS -ODELÏGASÏWELLS ÏINCLUDINGÏVARIOUSÏ COMPLETIONÏMODELS -ATCHÏINmOWÏPERFORMANCEÏTOÏTESTÏ data -ODELÏWATERÏSEPARATION ÏINJECTIONÏ into a salt water disposal well, and WELLHEADÏORÏMANIFOLDÏPRODUCTIONÏ sources

COURSE CONTENT

COURSE CONTENT Q

7ORKmOWÏFUNDAMENTALSÏANDÏ TERMINOLOGY

.OTEÏ!VOCETÏ7ORKmOWÏ-ANAGERÏINCLUDESÏ THEÏFUNCTIONALITYÏPREVIOUSLYÏAVAILABLEÏ INÏTHEÏ$%#)$% ÏDATAÏMININGÏBASEDÏ PRODUCTIONÏOPTIMIZATIONÏSOFTWARE

Q


Q

2ECOMMENDEDÏBACKUPÏANDÏRESTOREÏ practices

COURSE CONTENT

Q

-ANAGINGÏANDÏSCHEDULINGÏWORKmOWS

Q

#ONSTRUCTINGÏORÏEDITINGÏAÏWORKmOW

Q

5SINGÏTASKSÏINÏWORKmOWS Troubleshooting strategies

Q

!NALYZEÏWELLÏPERFORMANCEÏ

Q

$ESIGNÏOFÏMODELSÏFORÏPIPELINEÏANDÏ process facilities

Q


Q

#ONSTRUCTÏAÏCOMPOSITIONALÏmUIDÏMODELÏ

Q

0ERFORMÏNODALÏANALYSISÏ

Q

)NSTALLATIONÏANDÏDEPLOYMENT

Q

Q

0REDICTÏGASÏHYDRATEÏFORMATION Ï erosion, corrosion, and liquid loading in gas wells

Q

$EVELOPÏBLACKOILÏANDÏCOMPOSITIONALÏ mUIDÏMODELSÏ

Q

Licensing options

Q

Q

31,Ï3ERVERÏCONlGURATION

!DMINISTERINGÏUSERSÏANDÏACCESSÏ PRIVILEGES

Q

$ATAÏMODELÏANDÏADVANCEDÏDATAÏ acquisition settings

Q

6IEWINGÏANDÏMANUALLYÏEDITINGÏDATA

Q

2ECOMMENDEDÏBACKUPÏANDÏRESTOREÏ practices

Q

Q

Q

Q

Model centrifugal and reciprocating GASÏCOMPRESSORS #OMPAREÏTHEÏRELATIVEÏBENElTSÏOFÏPUSHÏ VSÏPULLÏCOMPRESSION %STIMATEÏTHEÏREQUIREDÏSLUGÏCATCHERÏ SIZE -ODELÏAÏTRANSMISSIONÏNETWORK

AUDIENCE 0RODUCTIONÏENGINEERS ÏFACILITIESÏENGINEERSÏ lELDÏPRODUCTIONÏOPERATIONSÏENGINEERS

Q

3ELECTÏMULTIPHASEÏmOWÏCORRELATIONSÏ

Q

3URFACEÏNETWORKÏMODEL

AUDIENCE !NYONEÏWHOÏNEEDSÏTOÏLEARNÏSTEADY STATE Ï MULTIPHASEÏmOWÏSIMULATIONÏFORÏOILÏANDÏ GASÏPRODUCTIONÏSYSTEMSÏTOÏANALYZEÏ WELLÏPERFORMANCE ÏMODELÏPIPELINESÏANDÏ FACILITIES ÏANDÏPERFORMÏNODALÏANALYSISÏ USINGÏ0)0%3)-ÏSOFTWARE PREREQUISITE None

Q

Data acquisition strategies

Q

Raw data cleansing and aggregation

!NYONEÏWANTINGÏTOÏINTEGRATEÏVARIOUSÏ DATAÏSOURCESÏTOÏTHEÏENGINEERSÏDESKTOPÏ TOÏESTABLISHÏAÏPLATFORMÏFORÏAUTOMATIONÏOFÏ engineering processes. PREREQUISITE

'ENERALÏPETROLEUMÏENGINEERINGÏ KNOWLEDGEÏASÏWELLÏASÏELEMENTALÏSOFTWAREÏ skills.

None


!NYONEÏWANTINGÏTOÏLEARNÏADVANCEDÏ WORKmOWÏCONlGURATIONSÏINÏTHEÏ!VOCETÏ 7ORKmOWÏ"UILDERÏMODULE PREREQUISITE

AUDIENCE

PREREQUISITE

164 |

AUDIENCE

!VOCETÏ7ORKmOWÏ"UILDERÏANDÏ!VOCETÏ 7ORKmOWÏ-ANAGER,EVELÏÏCOURSES


12/22/13 2:49 AM

SURFACE FACILITIES DESIGN AND ENGINEERING OLGA Advanced Flow Assurance

SURFACE FACILITIES

Advanced – 3 Days 4HISÏCOURSEÏMIXESÏLECTURESÏANDÏHANDS ONÏ EXERCISESÏTOÏHELPÏATTENDEESÏUNDERSTANDÏ the OLGA software background and widen the scope of applications of TRANSIENTÏMULTIPHASEÏSIMULATIONSÏFORÏmOWÏ ASSURANCEÏ4HEÏEXERCISESÏAREÏCONDUCTEDÏ WITHINÏTHEÏFRAMEÏOFÏTHEÏ/,'!Ï'5)Ï!LLÏ MAJORÏFEATURESÏOFÏTHEÏ'5)ÏAREÏCOVERED Ï INCLUDINGÏMODELÏBUILDING ÏCASEÏRUNS Ï PARAMETRICÏSTUDIES ÏANDÏPOSTPROCESSINGÏ 4HEÏ064SIMÏSOFTWAREÏISÏUSEDÏTOÏGENERATEÏ HYDRATEÏCURVESÏANDÏWAXÏTABLES COURSE CONTENT Q

&LUIDSÏANDÏCOMPOSITIONALÏTRACKINGÏ WITHÏ/,'!ÏSIMULATORÏANDÏ064SIMÏ software

Q

0IPELINEÏPROlLEÏMODELING

Q

Liquid surges and controller basics

Q

'ENERALÏGUIDEÏTOÏSEPARATORÏMODELINGÏ ANDÏSIZING

Q

(YDRATESÏANDÏ-%'ÏTRACKING

Q

3LUGÏMITIGATIONÏBYÏCONTROL

Q

Gas lifting

Q

7ELL mOWLINE RISERÏSHUT INÏANDÏ COOL DOWNÏWITHÏHYDRATEÏINHIBITION

Q

7AXÏDEPOSITION ÏPIGGING ÏANDÏDEAD OILÏ circulation

Q

/VERPRESSUREÏPROTECTION

Q

7ATERÏHAMMER

NExT offers a wide range of training related to maintenance and reliability design, facility engineering, and facility operations and maintenance, as well as technician and

AUDIENCE %XPERIENCEDÏ/,'!ÏSIMULATORÏUSERSÏWHOÏ AREÏINTERESTEDÏINÏLEARNINGÏABOUTÏADVANCEDÏ APPLICATIONSÏFORÏmOWÏASSURANCEÏANDÏ MODELINGÏOFÏMOREÏCOMPLEXÏSYSTEMSÏWITHINÏ the software.

operator training.

PREREQUISITE OLGA Flow Assurance course and PREFERABLYÏPREVIOUSÏPROJECTÏEXPERIENCEÏ with OLGA software.

Software




Field trips

Uses simulation

| 165 12/22/13 2:49 AM

TECHNICIAN AND OPERATOR TRAINING COMPETENCY LEVEL SKILL

Facilities Operation Engineer and Supervisor

Process Operation

Mechanical O&M

Instrumentation and Control O&M

Electrical O&M


Control Room

Reliability for O&M

Subsea Control Systems

Cathodic Protection

Equipment Inspection and Maintenance

Hydraulic Control Panels

Electrical Submersible Pumps


Rotating and Reciprocating Equipment Control and Protection

HAZOP/HAZID and SIL Process Safeguarding (Flare, ESD, Vent, Depressurizing, Fire and Gas)

Problem Solving


Hazard and Operability


FOUNDATION Introduction to Flow Assurance

Safety Systems

Rotating Equipment Operations and Maintenance

Generator Control

Rotating Electrical Systems and Equipment


Flare System Operations

Firefighting and Safety

Process Control Systems

Power Generation Systems and Equipment

Instrumentation and Control Basics

Export System Operations

Pipelines Operation and Maintenance


Water Treatment Operations

Oil Processing and Conditioning

Utilities Operations

Heat Exchangers

Safety Systems

High Voltage Distribution Systems and Equipment

Water Treatment

Gas Processing Operations

Vessels

Communication Systems

Low Voltage Distribution Systems and Equipment

Static Equipment Design and Operation

Oil processing Operations

Control Systems

Rotary Equipment Design and Operations

Separation Process Operations

Process Variable Measurement and Control Equipment

Control Systems and Equipment

Valves Operation and Maintenance

Electrical Protection Systems and Equipment

Piping and Pipeline Design, Maintenance and Operation

HSE in Exploration and Production

AWARENESS Introduction to Surface Facilities



12/22/13 2:49 AM

TECHNICIAN AND OPERATOR TRAINING Introduction to Surface Facilities

Communication Systems



3TRUCTUREDÏTOÏPROVIDEÏATTENDEESÏWITHÏTHEÏ FUNDAMENTALSÏOFÏSURFACEÏFACILITIES ÏTHISÏ COURSEÏCOVERSÏTHEÏPRODUCTIONÏPROCESSÏ FROMÏTHEÏWELLHEADÏTOÏCUSTODYÏTRANSFERÏ Topics include production surface FACILITIESÏSYSTEMS ÏINCLUDINGÏGATHERING Ï SEPARATION ÏPRODUCTIONÏTREATMENT Ï METERINGÏSYSTEMS ÏANDÏPROCESSÏ EQUIPMENTÏ4HEÏATTENDEESÏWILLÏLEARNÏ ABOUTÏAPPLIEDÏmOWÏASSURANCEÏANDÏHOWÏ PRODUCEDÏmUIDSÏAREÏCONVERTEDÏTOÏSALEABLEÏ products.

4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ with the tools required to understand, OPERATE ÏANDÏMAINTAINÏTHEÏCOMMUNICATIONÏ SYSTEMSÏUSEDÏINÏTHEÏOILÏANDÏGASÏINDUSTRYÏ The course presents case histories to GIVEÏTHEÏATTENDEESÏANÏINSIGHTÏTOÏTHEÏ COMMUNICATIONÏSYSTEMS

NEW

COURSE CONTENT Q

#OMMUNICATIONÏCONCEPTSÏANDÏ OVERVIEW

Q

)NSTRUMENTÏCOMMUNICATIONSÏ techniques and protocols 3IGNALÏTRANSMISSIONÏSYSTEMS #OMMUNICATIONSÏSIGNALSÏANDÏ CONVERTERS

COURSE CONTENT Q

&IELDÏDEVELOPMENTÏOVERVIEW

Q

Q

7ELLÏmOWÏCONTROLÏANDÏSAFETYÏSYSTEM

Q

Q

'ATHERINGÏSYSTEM

Q

&LUIDÏSEPARATIONÏSYSTEM

Q

/ILÏTREATMENT

Q

2EMOTEÏTERMINALÏUNITSÏANDÏ-45

Q

7ATERÏTREATMENT

Q

Q

'ASÏTREATMENT

,OCALÏAREAÏNETWORKÏ,!. ÏANDÏRADIOÏ COMMUNICATIONS

Q

&LOWÏASSURANCEÏOVERVIEW

Q

/PTICALÏlBERÏANDÏWIRELESSÏlELDÏ networks

Q

Q

#USTODYÏTRANSFERÏANDÏMEASUREMENTS

Q

0ROCESSÏEQUIPMENT

Q

AUDIENCE

Q

%NGINEERSÏANDÏGEOSCIENTISTSÏINVOLVEDÏINÏ lELDÏDEVELOPMENTÏORÏPRODUCTIONÏOFÏOILÏ and gas. PREREQUISITE -INIMUMÏOFÏ YEARÏTECHNICALÏDEGREEÏORÏ EQUIVALENTÏEXPERIENCE

)NDUSTRIALÏNETWORKSÏANDÏTELEMETRYÏ SYSTEMS

Troubleshooting industrial networks ANDÏlELDÏBUSESÏ

Control Systems and Equipment

Control Systems NEW


4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏWITHÏ THEÏFUNDAMENTALÏOFÏPROGRAMMABLEÏLOGICÏ CONTROLLERSÏ0,#S ÏANDÏDISTRIBUTEDÏCONTROLÏ SYSTEMSÏ$#3S Ï"YÏTHEÏCONCLUSIONÏOFÏ this course, the attendees will be able to UNDERSTANDÏTHEÏ0,#ÏANDÏ$#3ÏARCHITECTUREÏ and tasks that technicians should PERFORMÏ COURSE CONTENT


4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ WITHÏCOMPONENT ÏEQUIPMENT ÏANDÏCIRCUITÏ knowledge used to control electrical EQUIPMENTÏOPERATIONSÏ4HEÏCOURSEÏ FOCUSESÏONÏTHEÏPHYSICAL ÏOPERATING ÏANDÏ troubleshooting characteristics of the ELECTRICALÏCONTROLÏSYSTEMS COURSE CONTENT Q

%LECTRICALÏCONTROLÏSYSTEMÏBASICSÏ

Q

#ONTROLÏTHEORYÏ

Q

0,#SÏANDÏ$#3SÏ

Q

"ASICÏ0,#ÏPROGRAMMINGÏ

Q

$ISTRIBUTEDÏCONTROLÏSYSTEMSÏ

Q

0,#ÏMAINTENANCEÏANDÏTROUBLESHOOTINGÏ

Q

%LECTRICALÏMOTORÏCONTROL

Q

Q

DCS input/output troubleshooting procedures and practices

NEW

Control and switching of PROGRAMMABLEÏLOGICÏCONTROLLERSÏ

AUDIENCE %LECTRICALÏTECHNICIANSÏANDÏOPERATORS

AUDIENCE )NSTRUMENTATIONÏANDÏCONTROLÏTECHNICIANSÏ and operators, facilities operators, and SUPERVISORS

PREREQUISITE "ASICÏKNOWLEDGEÏOFÏELECTRICÏSYSTEMS

PREREQUISITE "ASICÏSKILLSÏABOUTÏCONTROLÏSYSTEMSÏANDÏ CONTROLÏTHEORY

3UPERVISORYÏCONTROLÏANDÏDATAÏ acquisition

AUDIENCE )NSTRUMENTATIONÏANDÏCONTROLÏTECHNICIANSÏ and operators, facilities operators, and SUPERVISORS PREREQUISITE Basic understanding of the oil and gas PRODUCTIONÏSYSTEM

Software




Field trips

Uses simulation

| 167 12/22/13 2:50 AM

TECHNICIAN AND OPERATOR TRAINING Electrical Protection Systems and Equipment Foundation – 4 Days

Export System Operations NEW

4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏWITHÏ KNOWLEDGE ÏMETHODOLOGIES ÏANDÏTOOLSÏ FORÏELECTRICALÏSAFETYÏANDÏEQUIPMENTÏ 4HEÏATTENDEESÏWILLÏBEÏEXPOSEDÏTOÏ THEORY ÏPRACTICALÏACTIVITIES ÏEXERCISES Ï ANDÏANALYSISÏOFÏACTUALÏEXAMPLESÏ!FTERÏ COMPLETINGÏTHISÏCOURSE ÏTHEÏATTENDEESÏ WILLÏBEÏABLEÏTOÏAPPLYÏTHEÏKNOWLEDGEÏTHEYÏ GAINEDÏINÏCORRECTÏWAYS COURSE CONTENT Q

)MPORTANCEÏOFÏELECTRICALÏSAFETYÏ

Q

&UNDAMENTALÏSAFETYÏREQUIREMENTSÏ and safe operation guidelines

Q

%LECTRICALÏACCIDENTÏCAUSES

Q

%LECTRICALÏlREÏPREVENTIONÏPRACTICESÏ

Q

3TANDARDÏSAFETYÏANDÏWARNINGÏSYMBOLSÏ

Q

,OCKOUTTAGÏOUTÏSYSTEMÏ

Q

2ECOGNIZINGÏANDÏEVALUATINGÏHAZARDSÏ

Q

Safe work practices

Q

6OLTAGEÏRANGES ÏNATUREÏOFÏOPERATIONS Ï ANDÏLEVELÏOFÏOPERATIONSÏINÏELECTRICALÏ DOMAINS

Q

%LECTRICALÏSAFETY ÏGROUNDING ÏANDÏ bonding

Q

/PERATIONALÏANDÏSAFETYÏFEATURESÏOFÏ SWITCHÏEQUIPMENT


NEW

Firefighting and Safety Foundation – 3 Days

Flare System Operations NEW


NEW

4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ ANÏUNDERSTANDINGÏOFÏTHEÏEXPORTÏSYSTEMÏ TANKÏFARMÏOPERATION ÏMETHODSÏOFÏGAUGINGÏ TANKS ÏmOWÏMEASURINGÏANDÏMETERINGÏ SYSTEMS ÏANDÏEMERGENCYÏOFÏOILÏSPILLS

4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ WITHÏNECESSARYÏKNOWLEDGEÏREQUIREDÏTOÏ UNDERSTANDÏTHEÏREQUIREMENTSÏFORÏTHEÏSAFEÏ ANDÏEFlCIENTÏOPERATIONÏOFÏlREÏPROTECTIONÏ SYSTEMSÏ

4HISÏCOURSEÏPROVIDESÏAÏCOMPREHENSIVEÏ OVERVIEWÏTHEÏmAREÏANDÏVENTÏSYSTEMSÏASÏ well as the operations, inspection, and MAINTENANCEÏFORÏOILÏANDÏGASÏPROCESSINGÏ facilities.

COURSE CONTENT

COURSE CONTENT

COURSE CONTENT

Q

Q

Q

'ENERALÏDESCRIPTIONÏOFÏTHEÏEXPORTÏ SYSTEMÏ #RUDEÏOILÏSTORAGEÏTANKÏTYPESÏANDÏ operations &LOWÏMEASUREMENTÏANDÏMETERINGÏ SYSTEMSÏ

Q

-ARINEÏTERMINALÏLOADINGÏANDÏ 3CHLUMBERGERÏPRODUCTIONÏ MANAGEMENTÏOPERATIONÏ /ILÏSPILLÏEMERGENCIES

AUDIENCE 0RODUCTIONÏSURFACEÏFACILITIESÏOPERATORÏ and technicians, process operator and TECHNICIANS ÏANDÏPRODUCTIONÏSUPERVISORS PREREQUISITE 3OMEÏFAMILIARITYÏWITHÏSURFACEÏFACILITIESÏ PRODUCTIONÏSYSTEMS

0IPINGÏANDÏINSTRUMENTATIONÏDIAGRAMSÏ ANDÏPIPINGÏISOMETRICSÏUSEDÏINÏ lRElGHTINGÏSYSTEMÏ

Q

-AJORÏEQUIPMENTÏDESIGNÏ SPECIlCATIONS

Q

#ONTROLSÏASSOCIATEDÏWITHÏlRElGHTINGÏ SYSTEMSÏ

Methods for gauging tanks

Q

Q

Q

Q

Q

Installation, repair, operation, and MAINTENANCEÏOFÏlREÏPROTECTIONÏ SYSTEMS

Q

&LAREÏSYSTEMÏ

Q

6ENTÏSYSTEM

AUDIENCE 0RODUCTIONÏSURFACEÏFACILITIESÏOPERATORÏ and technicians, process operator and TECHNICIANS ÏANDÏPRODUCTIONÏSUPERVISORS PREREQUISITE 3OMEÏFAMILIARITYÏWITHÏSURFACEÏFACILITIESÏ PRODUCTIONÏSYSTEMS

&IREÏDETECTIONÏSYSTEMS

AUDIENCE Operation technicians/operators/ SUPERVISORS ÏMECHANICALÏTECHNICIANS OPERATORSSUPERVISORS ÏMAINTENANCEÏ technicians, and pipeline operators. PREREQUISITE 3OMEÏFAMILIARITYÏWITHÏPRODUCTIONÏSURFACEÏ facilities.

AUDIENCE %LECTRICALÏTECHNICIANSÏANDÏOPERATORS PREREQUISITE &AMILIARÏWITHÏELECTRICALÏSYSTEMS



12/22/13 2:50 AM

TECHNICIAN AND OPERATOR TRAINING Gas Processing and Conditioning

Gas Processing Operations



4HISÏCOURSEÏCOVERSÏTHEÏMAJORÏTECHNICALÏ aspects of gas processing and conditioning. Attendees will obtain an OVERVIEWÏOFÏTHEÏFUNDAMENTALSÏANDÏTOOLSÏ USEDÏTOÏDETERMINEÏTHEÏMAINÏPROPERTIESÏ OFÏNATURALÏGASÏASÏTHEYÏRELATEÏTOÏGASÏ SEPARATION ÏDEHYDRATION ÏSWEETENING Ï MEASUREMENT ÏANDÏTRANSPORTATIONÏ4HEÏ COURSEÏFOCUSESÏONÏPLANTÏANDÏEQUIPMENTÏ design and operations and includes IN CLASSÏEXERCISESÏFORÏTHEÏIDENTIlCATIONÏ OFÏKEYÏVARIABLESÏFORÏOPTIMALÏDESIGNSÏANDÏ operations.

4HISÏCOURSEÏPROVIDESÏTHEÏKNOWLEDGEÏ needed for the attendees to understand the principles of operations and TROUBLESHOOTINGÏGASÏPROCESSINGÏSYSTEMSÏ

COURSE CONTENT Q Q

Q

Q

COURSE CONTENT Q

'ASÏCHEMISTRYÏ

Q

Gas properties

7ATER HYDROCARBONÏBEHAVIORÏANDÏTHEÏ EFFECTÏOFÏCONTAMINANTSÏ(S, CO (YDRATESÏ0ROBLEM ÏDEPOSITIONÏSITE Ï IMPACT ÏCOMPOSITIONÏANDÏSTRUCTURE Ï CONDITIONSÏOFÏFORMATIONÏHYDRATEÏ DETECTION ÏCONTROL ÏANDÏREMEDIATION 'ASÏSEPARATIONÏ0RINCIPLES ÏTYPES Ï MULTISTAGEÏPROCESS ÏCONDENSATEÏ STABILIZATION ÏANDÏMULTIPHASEÏ separators

Heat Exchangers NEW


4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏWITHÏ THEÏKNOWLEDGEÏANDÏSKILLSÏNECESSARYÏTOÏ UNDERSTANDÏHOWÏTOÏOPERATEÏANDÏMAINTAINÏ the control and protection of power generators. COURSE CONTENT Q

Q

'ASÏSPECIlCATIONSÏ

Q

,IQUIDÏEXTRACTIONÏ

Q

'ASÏDEHYDRATIONÏ

Q

Gas sweetening

Q

.ATURALÏGASÏPROPERTIESÏANDÏBEHAVIOR

NEW

Generator Control

Gas processing facilities startups and shutdowns

AUDIENCE Gas processing operators, technicians, ANDÏSUPERVISORS

Generator construction

Q

3UPPORTINGÏEQUIPMENTÏFORÏTHEÏ generator

Q

'ENERATORÏCONTROLÏSYSTEMÏ

Q

6OLTAGEÏREGULATORSÏ

Q

Generator protection

Q


NEW

4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ with a general understanding of the use ANDÏOPERATIONÏOFÏVARIOUSÏTYPESÏOFÏHEATÏ EXCHANGERSÏ-AINTENANCEÏPROBLEMSÏANDÏ troubleshooting procedures associated WITHÏHEATÏEXCHANGERSÏAREÏALSOÏEXAMINEDÏ The course also focuses on the heat TRANSFERÏEQUIPMENTÏOPERATIONS ÏENABLINGÏ attendees to gain an understanding in HOWÏTOÏACHIEVEÏOPTIMUMÏEQUIPMENTÏ PERFORMANCE COURSE CONTENT

'ENERATORÏCONTROLÏSYSTEMÏ MAINTENANCE

AUDIENCE

PREREQUISITE

0RODUCTIONÏOPERATORSÏANDÏTECHNICIANS Ï INSTRUMENTATIONÏTECHNICIANS ÏMECHANICALÏ TECHNICIANS ÏANDÏPRODUCTIONÏSUPERVISORS

None

PREREQUISITE "ASICÏKNOWLEDGEÏOFÏINSTRUMENTATIONÏANDÏ control.

Q

(EATÏEXCHANGERÏOVERVIEWÏ

Q

3HELLÏANDÏTUBEÏHEATÏEXCHANGERÏ

Q

!IRÏlNÏlNÏFAN ÏCOOLERÏ

Q

7ATERÏCOOLINGÏSYSTEMSÏ

Q

Chillers

Q

0RIMARYÏCLEANINGÏMETHODSÏFORÏHEATÏ EXCHANGERSÏ

Q

(EATÏEXCHANGERÏSTARTUPÏANDÏ shutdown operations

Q

(EATÏEXCHANGERÏMAINTENANCEÏANDÏ repairs

AUDIENCE

Q

'ASÏSWEETENINGÏ0ROCESSES ÏDESIGNS Ï and operating aspects

Q

'ASÏDEHYDRATIONÏ#OMMONÏ OPERATIONALÏPROBLEMSÏANDÏPOSSIBLEÏ solutions

Operation technicians/operators/ SUPERVISORS ÏMECHANICALÏTECHNICIANS OPERATORSSUPERVISORS ÏMAINTENANCEÏ technicians, and pipeline operators.

Q

'ASÏMEASUREMENTS

PREREQUISITE

Q

'ASÏTRANSPORTATIONÏSYSTEM

Q

.EWÏDEVELOPMENTSÏANDÏEMERGINGÏ technologies

&AMILIARITYÏWITHÏPRODUCTIONÏSURFACEÏ facilities.

Q

#OMMERCIALÏISSUES

Q

Technological challenges for natural gas production

AUDIENCE %NGINEERS ÏGASÏPLANTÏMANAGERS Ï ANDÏSUPERVISORSÏRESPONSIBLEÏFORÏGASÏ processing operations or design. PREREQUISITE General knowledge of oil and gas PRODUCTIONÏSYSTEMS

Software




Field trips

Uses simulation

| 169 12/22/13 2:50 AM

TECHNICIAN AND OPERATOR TRAINING High-Voltage Distribution Systems and Equipment Foundation – 3 Days

NEW

4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ WITHÏANÏUNDERSTANDINGÏOFÏHIGH VOLTAGEÏ (6 ÏELECTRICALÏDISTRIBUTIONÏSYSTEMSÏTOÏ ENSUREÏTHEÏINTERRUPTEDÏSUPPLYÏOFÏPOWERÏ TOÏTHEIRÏFACILITIESÏ4HEÏCOURSESÏCOVERSÏINÏ DETAILÏTHEÏMAINÏINSTALLATION ÏOPERATION Ï TROUBLESHOOTING ÏANDÏMAINTENANCEÏOFÏ THEÏCOMPONENTSÏASSOCIATEDÏWITHÏ(6Ï DISTRIBUTIONÏSYSTEMSÏ COURSE CONTENT Q

(6ÏDISTRIBUTIONÏSYSTEMSÏ

Q

(6ÏSYSTEMÏARRANGEMENTSÏ

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(6ÏSUBSTATIONSÏANDÏSWITCHÏROOMSÏ

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(6ÏSWITCHÏGEARÏ

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Q

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HSE in Exploration and Production

Instrumentation and Control Basics





4HISÏCOURSEÏPRESENTSÏCOMPREHENSIVEÏ(3%Ï METHODSÏANDÏTOOLSÏUSEDÏFORÏDEVELOPMENTÏ OFÏRISKÏMANAGEMENTÏPROCESSESÏ !TTENDEESÏWILLÏLEARNÏHOWÏTOÏIMPROVEÏ THEÏSAFETYÏOFÏOPERATINGÏCONDITIONSÏATÏ PRODUCTIONÏFACILITIES ÏMINIMIZEÏTHEÏRISKÏ INÏEMERGENCYÏSITUATIONS ÏANDÏESTABLISHÏ PROACTIVEÏMITIGATIONÏSTRATEGIES

4HISÏCOURSEÏFOCUSESÏONÏINSTRUMENTATIONÏ ANDÏCONTROLÏOFÏPRESSURE ÏTEMPERATURE Ï mOW ÏLEVEL ÏDENSITY ÏmOW ÏCONTROLÏ VALVE ÏANDÏlELDÏDATAÏACQUISITIONÏ SYSTEMSÏ!TTENDEESÏWILLÏLEARNÏBASICÏ working principles, in addition to the MEASURINGÏDEVICES ÏTHEIRÏOPERATION ÏANDÏ SPECIlCATIONS

COURSE CONTENT

COURSE CONTENT

This course introduces attendees to THEÏMAINÏTYPESÏANDÏCAUSESÏOFÏmOWÏ IMPEDIMENTSÏALONGÏWITHÏTHEÏMETHODSÏANDÏ TECHNOLOGIESÏCOMMONLYÏAPPLIEDÏFORÏTHEIRÏ PREVENTION ÏCONTROL ÏANDÏREMEDIATIONÏ )NCREASEÏYOURÏUNDERSTANDINGÏOFÏTHEÏMAINÏ PROBLEMSÏASSOCIATEDÏWITHÏmOWÏASSURANCE Ï INCLUDINGÏASPHALTENES ÏPARAFlNS Ï EMULSION ÏSCALES ÏSAND ÏSLUGGING Ï CORROSION ÏANDÏHYDRATESÏ4HEÏATTENDEESÏ will learn which technologies and TECHNIQUESÏTOÏUSEÏFORÏSPECIlCÏPROBLEMÏ ENVIRONMENTSÏANDÏTHEÏADVANTAGESÏANDÏ DISADVANTAGESÏOFÏEACHÏINÏADDITIONÏTOÏ LEARNINGÏHOWÏTOÏIDENTIFYÏTHEÏTYPESÏANDÏ CAUSESÏOFÏmOWÏIMPEDIMENTÏANDÏTHEÏ METHODSÏORÏTECHNOLOGIESÏTHATÏSHOULDÏBEÏ APPLIEDÏFORÏTHEÏPREVENTION ÏCONTROL ÏANDÏ REMEDIATIONÏOFÏTHESEÏmOWÏIMPEDIMENTS

Q

2ISKÏMANAGEMENTÏ"ASICÏDElNITIONS Ï occupational health plan, risk recognition, unsafe act, and RISK GENERATINGÏSOURCE

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-EASUREMENTS ÏINSTRUMENTATION Ï control

Q

)NSTRUMENTATIONÏCLASSIlCATION ÏlELDÏ networks, and process control basics

Q

2ISKÏEVALUATIONÏOBJECTIVES

Q

Field networks

Q

(6ÏELECTRICALÏOPERATINGÏEQUIPMENTÏ and operation

2ISKÏMAGNITUDEÏDETERMINATION

Q

0ROCESSÏCONTROLÏBASICS

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Q

(6ÏDISTRIBUTIONÏSYSTEMÏMAINTENANCE Ï MONITORING ÏANDÏTESTING

%XPOSUREÏRESULTSÏWITHÏCLINICALÏ INVESTIGATIONÏRELATION

0RESSUREÏMEASUREMENTÏINSTRUMENTS Ï CLASSIlCATIONS ÏANDÏPRINCIPLES

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2ISK CONTROLÏMETHODSÏANDÏTHEIRÏ EFFECTIVENESS

Q

Q

3AMPLINGÏSTRATEGY ÏPLAN ÏANDÏMETHODS

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3AMPLEÏANALYSISÏ$IRECT MEASUREMENTÏTOOLSÏANDÏCONTINUOUSÏ SAMPLEÏANALYSISÏ

0ROCESSÏVARIABLESÏMEASUREMENTS Ï PRESSUREÏANDÏmOWÏDEVICES Ï TRANSMITTERS ÏCONTROLLERS ÏANDÏCONTROLÏ VALVESÏ

(6ÏPOWERÏSYSTEMÏSAFEÏOPERATIONÏ

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4ESTINGÏANDÏMETERINGÏEQUIPMENTÏ

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%LECTRICALÏPRESSUREÏTESTING ÏEARTHÏ ELECTRODEÏTESTING ÏANDÏLIVEÏTESTINGÏOFÏ SYSTEMSÏUPÏTOÏÏVOLTSÏALTERNATINGÏ CURRENTÏ6!# Ï

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Q

Risk control

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2ISKSÏATÏWORKÏADMINISTRATION

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!CCIDENTSÏ#AUSES ÏRESULTS Ï and occupational and disease MANAGEMENT

%LECTRICALÏTECHNICIANSÏANDÏOPERATORS PREREQUISITE "ASICÏKNOWLEDGEÏOFÏELECTRICÏSYSTEMS

Q

Q

(AZARDÏIDENTIlCATIONÏ(AZARDÏ OPERABILITYÏANALYSIS ÏQUALITATIVEÏ METHODSÏFORÏRISKÏANALYSIS ÏHUMANÏ ERRORÏANALYSIS ÏACCIDENTÏSCENARIOS Ï natural threats, and preparation for EMERGENCIES #ASEÏIDENTIlCATIONÏANDÏEVALUATIONÏ ANDÏEMERGENCYÏCONTROLÏ

AUDIENCE %NGINEERSÏANDÏ(3%ÏSPECIALISTSÏINTERESTEDÏ INÏESTABLISHINGÏSYSTEMATICÏ(3%Ï procedures. PREREQUISITE None

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4EMPERATUREÏINSTRUMENTSÏ CLASSIlCATIONS ÏPRINCIPLES ÏANDÏ operations

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&LOWÏRATEÏLIQUIDÏANDÏGAS ÏINSTRUMENTSÏ CLASSIlCATIONS ÏPRINCIPLES ÏANDÏ operations

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7ATERÏCUTÏINSTRUMENTSÏ CLASSIlCATIONS ÏPRINCIPLES ÏANDÏ operations

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$ENSITYÏINSTRUMENTSÏCLASSIlCATIONS Ï principles and operations

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#ONTROLÏVALVESÏCLASSIlCATIONS Ï principles, and operations

COURSE CONTENT Q

Q

)NORGANICÏSCALEÏ$EPOSITIONÏ PRINCIPLES ÏPREDICTION ÏMODELING Ï MANAGEMENTÏPROGRAMÏDESIGN ÏANDÏ SCALEÏPREVENTION

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(YDRATESÏ$EPOSITIONÏPRINCIPLE Ï IMPACT ÏHYDRATEÏDETECTION ÏCONTROL Ï ANDÏREMEDIATION

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0ARAFlNSÏWAX Ï$EPOSITIONÏPRINCIPLE Ï properties, factors affecting DEPOSITION ÏOPERATIONALÏPROBLEMS Ï CONTROL ÏANDÏREMEDIATION

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!SPHALTENESÏ+EYÏPROPERTIES Ï DEPOSITIONÏMECHANISM ÏMODELING Ï EFFECTÏOFÏVARIABLES ÏOPERATIONALÏ PROBLEMS ÏPREVENTION ÏANDÏ REMEDIATION

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%MULSIONSÏ#RUDEÏOILÏNATURALÏ surfactants, characteristics, and TREATMENTS

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#ORROSIONÏ&ACTORSÏINmUENCINGÏOILlELDÏ corrosion and their control

AUDIENCE 0ROCESSÏENGINEERS ÏMECHANICALÏENGINEERS Ï ELECTRICALÏENGINEERS ÏINSTRUMENTATIONÏANDÏ control engineers, and surface facilities PROJECTÏENGINEERS PREREQUISITE None

Flow assurance principles and FUNDAMENTALS

AUDIENCE %NGINEERSÏRESPONSIBLEÏFORÏASSESSING Ï DIAGNOSING ÏORÏTROUBLESHOOTINGÏmOWÏ ASSURANCEÏPROBLEMSÏINÏANÏOPERATIONALÏORÏ DESIGNÏCAPACITY PREREQUISITE General knowledge of production SYSTEMSÏANDÏSURFACEÏOPERATIONS



12/22/13 2:50 AM

TECHNICIAN AND OPERATOR TRAINING Low-Voltage Distribution Systems and Equipment NEW


4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ WITHÏ,6ÏELECTRICALÏDISTRIBUTIONÏSYSTEMÏ knowledge to ensure the interrupted SUPPLYÏOFÏPOWERÏTOÏTHEIRÏFACILITIESÏ4HEÏ COURSEÏCOVERSÏTHEÏFUNCTION ÏARCHITECTURE Ï installation, operation, troubleshooting, ANDÏMAINTENANCEÏOFÏTHEÏCOMPONENTSÏ ASSOCIATEDÏWITHÏ,6ÏDISTRIBUTIONÏSYSTEMS COURSE CONTENT Q

,6ÏDISTRIBUTIONÏSYSTEMSÏ

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,6ÏSYSTEMSÏDESIGNS

Q

,6ÏSWITCHINGÏGEARÏ

Q Q Q Q Q

Q

,6ÏELECTRICALÏOPERATINGÏEQUIPMENTÏ ,6ÏOPERATIONSÏÏ ,6ÏDISTRIBUTIONÏSYSTEMSÏMAINTENANCE 4ESTINGÏANDÏMETERINGÏEQUIPMENTÏ ,6ÏDISTRIBUTIONÏSYSTEMSÏMONITORINGÏ and operations testing

Oil Processing and Conditioning

Oil Processing Operations



This course focuses on the attendee DEVELOPINGÏANÏUNDERSTANDINGÏOFÏTHEÏ concept of oil production and processing SYSTEMÏFROMÏTHEÏWELLHEADÏTOÏTHEÏDELIVERYÏ OFÏAÏSPECIlCATIONÏCRUDEÏOILÏPRODUCTÏ The attendees will learn how select ANDÏEVALUATEÏPROCESSESÏANDÏEQUIPMENTÏ USEDÏTOÏMEETÏmUIDÏSPECIlCATIONS ÏAPPLYÏ PHYSICALÏANDÏTHERMODYNAMICÏPROPERTYÏ correlations and principles to the design ANDÏEVALUATIONÏOFÏOILÏPRODUCTIONÏANDÏ PROCESSINGÏFACILITIES ÏPERFORMÏEQUIPMENTÏ SIZINGÏCALCULATIONSÏFORÏMAJORÏPRODUCTIONÏ FACILITYÏEQUIPMENT ÏANDÏEVALUATEÏ PROCESSINGÏCONlGURATIONSÏFORÏDIFFERENTÏ applications.

4HISÏCOURSEÏPROVIDESÏTHEÏNECESSARYÏ knowledge for the attendees to understand the principles of operations and troubleshooting oil processing SYSTEMS

COURSE CONTENT Q

Q

,6ÏSYSTEMSÏSAFEÏOPERATING

PREREQUISITE "ASICÏKNOWLEDGEÏOFÏELECTRICÏSYSTEMS

5PSTREAMÏOILÏPRODUCTIONÏOPERATIONSÏ OVERVIEW

Q

3EPARATIONÏEQUIPMENTÏANDÏPHASEÏ separation of gas, oil, and water

Q

/ILÏTREATMENTÏBASICÏCONCEPTSÏ

Q

$EHYDRATIONÏEQUIPMENTÏANDÏVARIABLESÏ AFFECTINGÏCRUDEÏOILÏDEHYDRATION

AUDIENCE %LECTRICALÏTECHNICIANSÏANDÏOPERATORS

Oil production and processing basic concepts

Q

Q

COURSE CONTENT Q

/ILÏTREATMENTÏBASICÏCONCEPTSÏ

Q

/ILÏDEHYDRATIONÏ

Q

$ESALTINGÏEQUIPMENTÏ

Q

/ILÏSTABILIZATIONÏ

Q

Oil storage

Q

/ILÏTREATMENTÏFACILITIESÏSTARTUPSÏANDÏ shutdowns

Q

#RUDEÏOILÏSTORAGEÏTANKSÏANDÏVAPORÏ RECOVERYÏUNIT ÏPROCESSING ÏOPERATIONS Ï and design considerations

Q

0ROCESSINGÏCONlGURATIONÏEVALUATIONÏ for different applications

NEW

4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏWITHÏ THEÏKNOWLEDGEÏOFÏKEYÏELEMENTSÏTHATÏ AREÏREQUIREDÏTOÏCONSTRUCT ÏCOMMISSION Ï OPERATE ÏANDÏMAINTAINÏAÏPIPELINEÏ 4HEÏCOURSEÏALSOÏCONTAINSÏINFORMATIONÏ REGARDINGÏTHEÏIMPORTANCEÏOFÏADHERINGÏ to international and national codes and standards in connection with CONSTRUCTION ÏOPERATION ÏANDÏMAINTENANCEÏ of pipelines.

Q

2OUTINEÏlELDÏANDÏFACILITYÏOPERATIONSÏ

Q

!BNORMALÏOPERATINGÏCONDITIONSÏ

Q

0IPELINEÏPIGGINGÏ

Q

Hot tapping and stopping

Q

0IPELINEÏPREPARATIONÏFORÏREPAIRÏ

Q

0IPELINEÏSHUTDOWNÏANDÏSTARTUPÏ planning

Q

)NTERNALÏCORROSIONÏMONITORING

AUDIENCE 0RODUCTIONÏSURFACEÏFACILITIESÏOPERATORSÏ and technicians, process operators and TECHNICIANS ÏANDÏPRODUCTIONÏSUPERVISORS PREREQUISITE Basic knowledge of the oil and gas INDUSTRY

AUDIENCE Operation technicians/operators/ SUPERVISORS ÏMECHANICALÏTECHNICIANS OPERATORSSUPERVISORS ÏMAINTENANCEÏ technicians, and pipeline operators. PREREQUISITE &AMILIARITYÏWITHÏOILÏANDÏGASÏPRODUCTIONÏ surface facilities.

Crude oil desalting principles, EQUIPMENT ÏTECHNOLOGY ÏOPERATION Ï and design considerations #RUDEÏSTABILIZATIONÏANDÏSWEETENING Ï PROCESSINGÏCONlGURATION ÏANDÏ operation and design considerations


COURSE CONTENT

Oil heaters, applications, and design procedures

Q

Q

NEW

Pipelines Operation and Maintenance

Field trip

AUDIENCE 0ROCESSÏENGINEERS ÏMECHANICALÏENGINEERS Ï INSTRUMENTATIONÏANDÏCONTROLÏENGINEERS Ï ANDÏSURFACEÏFACILITIESÏPROJECTÏENGINEERS PREREQUISITE &AMILIARITYÏWITHÏSURFACEÏFACILITIESÏ PRODUCTIONÏSYSTEMS

Software




Field trips

Uses simulation

| 171 12/22/13 2:50 AM

TECHNICIAN AND OPERATOR TRAINING Piping and Pipeline Design, Maintenance, and Operation Foundation – 5 Days

NEW

4HISÏCOURSEÏPROVIDESÏAÏCOMPREHENSIVEÏ understanding of the essentials of PIPELINEÏDESIGN ÏOPERATIONS ÏMAINTENANCE Ï ANDÏMANAGEMENTÏ!TTENDEESÏWILLÏLEARNÏ to design a gathering network, calculate PRESSUREÏDROP ÏDETERMINEÏmUIDÏPATTERN Ï ANDÏOPTIMIZEÏTHEÏNETWORKÏARRANGEMENTÏ The attendees will use a gathering NETWORKÏSIMULATORÏ0)0%3)-ÏmOWÏ SIMULATORÏORÏEQUIVALENT ÏTOÏDEMONSTRATEÏ THEÏOPTIMUMÏOPERATINGÏANDÏDESIGNÏ CONDITIONSÏFORÏAÏSYSTEMÏ4HISÏCOURSEÏWILLÏ ADDÏTOÏYOURÏKNOWLEDGEÏOFÏTHEÏPRACTICALÏ considerations for pipeline networks, INCLUDINGÏDESIGN ÏREGULATORYÏREQUIREMENTSÏ ANDÏCLASSIlCATIONS ÏMATERIALÏSELECTION Ï and corrosion considerations in addition TOÏINCREASINGÏYOURÏAWARENESSÏOFÏPIPELINEÏ MONITORING ÏlT FOR PURPOSEÏEVALUATIONS Ï RISKÏANALYSIS ÏANDÏPREDICTIVEÏANDÏ PREVENTATIVEÏMAINTENANCE COURSE CONTENT

Power Generation Systems and Equipment Foundation – 4 Days

NEW

4HEÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ WITHÏFUNDAMENTALÏKNOWLEDGEÏOFÏPOWERÏ GENERATIONÏSYSTEMS ÏTECHNOLOGY Ï FUNCTIONALITY ÏANDÏOPERATIONÏOFÏTHEÏMAINÏ COMPONENTS COURSE CONTENT

Process Control Systems Foundation – 5 Days

NEW

4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ GENERALÏINFORMATIONÏONÏPROCESSÏCONTROLÏ PRINCIPLES ÏMETHODOLOGIESÏANDÏTOOLSÏOFÏTHEÏ INSTRUMENTATIONÏANDÏCONTROLÏSYSTEM COURSE CONTENT Q

Main generating unit

0ROCESSÏCONTROLÏVARIABLESÏ

Q

Q

%LEMENTSÏOFÏAÏPROCESSÏCONTROLÏSYSTEMÏ

Q

%MERGENCYÏGENERATINGÏSYSTEMSÏ

Q

0ROCESSÏANDÏINSTRUMENTATIONÏ drawings

Q

5NINTERRUPTIBLEÏPOWERÏSYSTEMSÏ

Q

Generators

Q

#ONTROLÏELEMENTSÏ

Q

%MERGENCYÏGENERATORSÏ

Q

Q

'ENERATORÏSYNCHRONIZATION

0ROCESSÏCONTROLÏSYSTEMÏPRIMARYÏ ELEMENTÏ

Q

AUDIENCE %LECTRICALÏTECHNICIANSÏANDÏOPERATORS PREREQUISITE

Q

)3!ÏSYMBOLS #ONTROLÏVALVESÏ

Q

#ONTROLLEDÏANDÏMANIPULATEDÏVARIABLESÏ

Q

3ETÏPOINT ÏMEASUREMENT ÏERROR Ï output, and disturbances

"ASICÏKNOWLEDGEÏOFÏELECTRICÏSYSTEMS Q

Controller tuning

Process Variable Measurements and Control Equipment Foundation – 3 Days

NEW

4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ the basic knowledge of the oil and gas PROCESSÏVARIABLESÏMEASUREMENTÏANDÏ CONTROLÏEQUIPMENTÏ4HEÏCOURSEÏALSOÏ includes the operation principles of SEVERALÏMEASUREMENTÏDEVICES COURSE CONTENT Q

-EASUREMENTÏSYSTEMSÏ

Q

0ROCESSÏVARIABLESÏ

Q

0RESSUREÏANDÏDIFFERENTIALÏPRESSUREÏ MEASURINGÏINSTRUMENTATIONÏ

Q

,EVELÏMEASURINGÏINSTRUMENTATIONÏ

Q

&LOWÏMEASURINGÏINSTRUMENTATIONÏ

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&LOWÏMEASUREMENTÏFUNDAMENTALSÏ

Q

4EMPERATUREÏMEASURINGÏ INSTRUMENTATIONÏ

Q

$RAWINGSÏANDÏSYMBOLSÏ

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0ROCESSÏCONTROLÏ

AUDIENCE

AUDIENCE

Software for gathering network SIMULATION

)NSTRUMENTATIONÏANDÏCONTROLÏTECHNICIANSÏ and operators, facilities operators, and SUPERVISORS

)NSTRUMENTATIONÏANDÏCONTROLÏTECHNICIANSÏ and operators, facilities operators, and SUPERVISORS

Q

0IPELINEÏSURVEYS

PREREQUISITE

PREREQUISITE

Q

0IPELINEÏCODES ÏLEGISLATION ÏANDÏ CLASSIlCATIONSÏ


&AMILIARITYÏWITHÏPRODUCTIONÏSURFACEÏ facilities operations.

Q

0IPELINEÏDESIGNS

Q

Q

Q

&LUIDÏmOWÏ3INGLEÏPHASEÏANDÏ MULTIPHASE

Material characteristics and selection

Q

0IPELINEÏCONSTRUCTIONÏANDÏ COMMISSIONING

Q

0IPELINEÏEXTERNALÏPROTECTION

Q

0IGGING

Q

0IPELINEÏINTEGRITYÏMANAGEMENTÏANDÏ MAINTENANCE

AUDIENCE %NGINEERSÏANDÏMANAGERSÏWHOÏDESIGN Ï OPERATE ÏORÏMONITORÏPIPELINES PREREQUISITE &AMILIARITYÏWITHÏOILÏANDÏGASÏPRODUCTIONÏ SYSTEM ÏmOWÏOFÏmUIDS Ï!0)Ï,ÏSTANDARD Ï ANDÏ!3-%Ï ÏÏANDÏÏSTANDARDS



12/22/13 2:50 AM

TECHNICIAN AND OPERATOR TRAINING Rotating Equipment Operations and Maintenance NEW


4HISÏCOURSEÏISÏDESIGNEDÏTOÏPROVIDEÏ ATTENDEESÏWITHÏANÏIN DEPTHÏPERSPECTIVEÏ OFÏPUMPÏANDÏCOMPRESSORÏTECHNOLOGYÏ INÏTERMSÏOPERATION ÏANDÏMAINTENANCEÏ 4OPICSÏCOVEREDÏINCLUDEÏPUMPÏTYPESÏANDÏ TERMINOLOGY ÏCENTRIFUGALÏANDÏPOSITIVE DISPLACEMENTÏPUMPS ÏPACKING ÏMECHANICALÏ SEALSÏANDÏSEALINGÏSYSTEMS ÏBEARINGS Ï COUPLINGSÏANDÏOTHERÏVITALÏCOMPONENTSÏ)NÏ ADDITION ÏVARIOUSÏPUMPÏANDÏCOMPRESSORSÏ TYPESÏWILLÏBEÏEXAMINEDÏASÏTOÏHOWÏTHEYÏ PERFORMÏINÏTHEIRÏRESPECTIVEÏOPERATINGÏ SYSTEMSÏANDÏADVANTAGESDISADVANTAGESÏ OFÏVARIOUSÏPUMPÏTYPESÏWILLÏBEÏDISCUSSEDÏ 0UMPÏANDÏCOMPRESSORSÏOPERATION Ï TROUBLESHOOTING ÏANDÏMAINTENANCEÏWILLÏ ALSOÏBEÏCOVEREDÏINÏDEPTH COURSE CONTENT

Rotary Equipment Design and Operations

Rotating Electrical Systems and Equipment

Safety Systems



NEW


4HEÏCOURSEÏCOVERSÏROTATINGÏANDÏSTATICÏ EQUIPMENTÏANDÏSYSTEMSÏFORÏOILÏANDÏGASÏ facilities, codes and standards applicable TOÏROTATINGÏANDÏSTATICÏEQUIPMENTÏSYSTEMS Ï DIFFERENTÏROTATINGÏANDÏSTATICÏEQUIPMENTÏ TYPESÏANDÏFUNCTIONS ÏVARIETIESÏOFÏ MECHANICALÏDRIVERSÏANDÏDRIVENÏEQUIPMENT Ï and interfaces with process, electrical, ANDÏSTRUCTURALÏSYSTEMS

4HISÏCOURSEÏPROVIDESÏGENERALÏINFORMATIONÏ ONÏANDÏOPERATIONÏOFÏDIRECTÏCURRENTÏ$# Ï ANDÏALTERNATINGÏCURRENTÏ!# ÏMOTORSÏ4HEÏ attendees will gain an understanding of THEÏDIFFERENTÏTYPESÏOFÏMOTORSÏANDÏDRIVES Ï LEARNÏHOWÏTOÏIDENTIFYÏTHEÏMAINÏOPERATIONÏ VARIABLES ÏMONITORÏTHEÏEFlCIENCY Ï ELECTRONICÏPOWERÏCONTROL ÏMOTORÏTESTING Ï ANDÏTROUBLESHOOTÏMOTORÏPROBLEMS

COURSE CONTENT Q

)NTRODUCTIONÏTOÏCENTRIFUGALÏPUMPSÏ

Q

$#ÏMOTORSÏ

Q

)NTRODUCTIONÏTOÏGASÏCOMPRESSORSÏ

Q

!#ÏMOTORSÏ

Q

#ENTRIFUGALÏCOMPRESSORSÏ

Q

!#ÏVARIABLEÏSPEEDÏDRIVESÏ63$

Q

)NTRODUCTIONÏTOÏELECTRICÏMOTORSÏ

Q

63$ÏSETTINGSÏANDÏTROUBLESHOOTING

Q

Introduction to gas turbines

Q

!UXILIARYÏANDÏPROTECTIONÏSYSTEMSÏ

Q

2OTATINGÏEQUIPMENTÏAPPLICATIONSÏINÏ UPSTREAM

Q

0UMPSÏ

Q

0UMPÏTYPESÏANDÏTERMINOLOGYÏ

Q

#ENTRIFUGALÏPUMPÏOPERATIONÏANDÏ MAINTENANCEÏ

Q

0OSITIVEÏDISPLACEMENTÏPUMPÏ OPERATIONÏANDÏMAINTENANCEÏ

Mechanical engineers, surface facilities engineers, construction engineers, and PROJECTÏENGINEERS

Q

#ENTRIFUGALÏCOMPRESSORÏOPERATIONÏ ANDÏMAINTENANCEÏ

PREREQUISITE

2ECIPROCATINGÏCOMPRESSORÏOPERATIONÏ ANDÏMAINTENANCE


Q

COURSE CONTENT

AUDIENCE

4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏWITHÏ PRINCIPLES ÏREQUIREMENTS ÏACTIVITIES Ï and actions for the safe operation of production surface facilities. COURSE CONTENT Q

3HUTDOWNÏSYSTEMÏ

Q

%MERGENCYÏ3HUTDOWNÏ

Q

0RESSUREÏRELIEFÏ

Q

Fire and gas

Q

0ROCESSÏSAFETY

AUDIENCE

AUDIENCE

0RODUCTIONÏSURFACEÏFACILITIESÏOPERATORSÏ and technicians, process operators and TECHNICIANS ÏANDÏPRODUCTIONÏSUPERVISORS

%LECTRICALÏTECHNICIANSÏANDÏOPERATORS

PREREQUISITE

PREREQUISITE

&AMILIARITYÏWITHÏSURFACEÏFACILITIESÏ PRODUCTIONÏSYSTEMS

Basic understanding of the oil and gas INDUSTRY

AUDIENCE Operation technicians/operators/ SUPERVISORS ÏMECHANICALÏTECHNICIANS OPERATORSSUPERVISORS ÏANDÏMAINTENANCEÏ technicians. PREREQUISITE &AMILIARITYÏWITHÏOILÏANDÏSURFACEÏFACILITIESÏ PRODUCTIONÏSYSTEMS

Software




Field trips

Uses simulation

| 173 12/22/13 2:50 AM

TECHNICIAN AND OPERATOR TRAINING Separation Process Operations Foundation – 5 Days

Static Equipment Design and Operation NEW

4HISÏCOURSEÏPROVIDESÏTHEÏNECESSARYÏ INFORMATIONÏFORÏTHEÏATTENDEESÏTOÏ understand the principles of operations ANDÏTROUBLESHOOTINGÏOIL GAS WATER SEPARATIONÏSYSTEMSÏ COURSE CONTENT Q

Separation principles

Q

3EPARATORÏTYPESÏ

Q

3EPARATIONÏSYSTEMÏOPERATIONÏ principles


NEW

4HISÏCOURSEÏPROVIDESÏCOMPREHENSIVEÏ UNDERSTANDINGÏOFÏSTATICÏEQUIPMENTÏDESIGNÏ and operation concepts and practices. $ESIGNÏFUNDAMENTALS ÏSTANDARDS ÏCRITERIA Ï and operating practices are discussed to FAMILIARIZEÏATTENDEESÏWITHÏPROCEDURESÏ for designs, operating support, and SPECIlCATIONSÏFORÏPROCESSÏPLANTÏ EQUIPMENTÏANDÏOILÏANDÏGASÏPRODUCTIONÏ facilities.


Utilities Operations Foundation – 5 Days

NEW

4HISÏCOURSEÏPROVIDESÏTHEÏNECESSARYÏ INFORMATIONÏFORÏTHEÏATTENDEESÏTOÏGAINÏ an understanding of the principles of operations and troubleshooting utilities SYSTEMS COURSE CONTENT Q

Q

COURSE CONTENT

3ERVICEÏWATERÏANDÏCOOLINGÏWATERÏ SYSTEMSÏ Fresh water, potable water, and DEMINERALIZEDÏWATERÏSYSTEMSÏ 3TEAMÏSYSTEMSÏ

NEW


4HISÏCOMPREHENSIVEÏCOURSEÏENCOMPASSESÏ AÏLARGEÏNUMBERÏOFÏDIFFERENTÏTYPESÏOFÏUTILITYÏ SYSTEMSÏWATER ÏSTEAM ÏAIR ÏNITROGEN Ï FUEL ÏELECTRICÏPOWER ÏmAREÏANDÏVENT ÏDRAIN Ï WATERÏTREATMENT ÏSTORAGE ÏANDÏLOADINGÏ &ORÏEACHÏTYPEÏOFÏUTILITY ÏINSTRUCTIONÏCOVERSÏ THEÏRELEVANTÏSUPPORTÏSYSTEMS ÏLAYOUT Ï DESIGN ÏRELIABILITY ÏKEYÏSPECIlCATIONS ÏANDÏ applications. COURSE CONTENT Q

3ERVICEÏWATERÏANDÏCOOLINGÏWATER

Q

Startup and shutdown procedures

Q

0RESSUREÏVESSELSÏ

Q

Q

0&$ÏANDÏ0)$Ï

Q

Separators

Q

&IREÏWATERÏSYSTEMSÏ

Q

3EPARATIONÏSIMULATIONÏ

Q

#RUDEÏOILÏSTORAGEÏTANKS ÏTYPES ÏANDÏ operation

Q

!IRÏANDÏNITROGENÏSUPPLYÏSYSTEMSÏ

Q

!IRÏSYSTEMSÏANDÏNITROGENÏSYSTEMS

Q

&UELÏSYSTEMSÏ

Q

&UELÏSYSTEMS

Q

$EHYDRATORÏ

Q

$RAINÏSYSTEMS

Q

Q

Sweetener unit

%LECTRICÏPOWERÏANDÏEMERGENCYÏPOWERÏ SYSTEMS

Q

(EATÏEXCHANGERSÏ

Q

&LAREÏANDÏVENTÏSYSTEMS

Q

Air cooler

Q

$RAINÏSYSTEMS

Q

Heater

Q

7ATERÏTREATMENTÏSYSTEMS

PREREQUISITE

Q

3UPPORTÏSYSTEMSÏANDÏCOMPONENTS

&AMILIARITYÏWITHÏSURFACEÏFACILITIESÏ PRODUCTIONÏSYSTEMS

Q

$ESIGNS ÏEQUIPMENT ÏTECHNOLOGIES

Q

/PERATION ÏMAINTENANCE ÏANDÏSAFETY

Q

3EPARATIONÏSYSTEMÏOPERATIONSÏANDÏ troubleshooting

AUDIENCE 0RODUCTIONÏSURFACEÏFACILITIESÏOPERATORSÏ and technicians, process operators and TECHNICIANS ÏANDÏPRODUCTIONÏSUPERVISORS PREREQUISITE &AMILIARITYÏWITHÏTHEÏOILÏANDÏGASÏINDUSTRY

AUDIENCE 0ROCESSÏENGINEERS ÏMECHANICALÏENGINEERS Ï surface facilities production operation ENGINEERS ÏANDÏSURFACEÏFACILITIESÏPROJECTÏ engineers. PREREQUISITE Basic knowledge of the oil and gas. INDUSTRY

Q

AUDIENCE 0RODUCTIONÏSURFACEÏFACILITIESÏOPERATORSÏ and technicians, process operators and TECHNICIANS ÏANDÏSUPERVISORS

Fresh water, potable water, and DEMINERALIZEDÏWATER

AUDIENCE 0ROCESSÏENGINEERS ÏMECHANICALÏENGINEERS Ï ELECTRICALÏENGINEERS ÏINSTRUMENTATIONÏANDÏ control engineers, and surface facilities PROJECTÏENGINEERS PREREQUISITE Basic understanding of production facilities and operations.



12/22/13 2:50 AM

TECHNICIAN AND OPERATOR TRAINING Valves Operation and Maintenance

Vessels NEW


4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ WITHÏTHEÏKNOWLEDGEÏOFÏKEYÏELEMENTSÏFORÏ VALVEÏOPERATORSÏANDÏMAINTENANCEÏANDÏ THEÏREQUIREMENTSÏFORÏTHEIRÏINSPECTIONÏ ANDÏMAINTENANCEÏ4HEÏCOURSEÏCONTENTÏ INCLUDESÏTYPICALÏVALVEÏOPERATIONSÏFORÏGATEÏ VALVES ÏGLOBEÏVALVES ÏBALLÏVALVES ÏNEEDLEÏ VALVES ÏPLUGÏVALVES ÏDIAPHRAGMÏVALVES Ï CONTROLÏVALVES ÏSAFETYÏVALVES ÏRELIEFÏ VALVES ÏCHECKÏVALVES ÏANDÏDOCUMENTATIONÏ OFÏMAINTENANCE COURSE CONTENT Q

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6ALVEÏFUNCTIONS ÏCLASSIlCATIONS Ï TYPES ÏWORKINGÏPRINCIPLES ÏANDÏ MAINTENANCEÏPROCEDURES ,UBRICATIONÏEQUIPMENTÏBASICÏ operations $IFFERENTÏTYPESÏOFÏVALVEÏOPERATIONSÏ and applications 6ALVEÏPROBLEMS ÏPRESSUREÏTESTING Ï repairs, and solutions Inspecting and testing regulators, RELIEFÏVALVES ÏANDÏCONTROLÏVALVESÏ -ONITORÏREGULATORÏSYSTEMÏADVANTAGES

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2EGULATORSÏANDÏRELIEFÏVALVESÏCOMMONÏ defects

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2EGULATOR ÏRELIEFÏVALVE ÏANDÏCONTROLÏ VALVEÏINSPECTIONSÏ

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6ALVEÏACTUATORSÏANDÏACCESSORIESÏ

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.OISEÏPHENOMENAÏINÏCONTROLÏVALVESÏ

Water Treatment

Water Treatment Operations



4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ with a general understanding of the USEÏANDÏOPERATIONÏOFÏVARIOUSÏTYPESÏOFÏ VESSELSÏ-AINTENANCEÏPROBLEMSÏANDÏ troubleshooting procedures associated WITHÏTHEÏOPERATIONÏOFÏVESSELÏAREÏALSOÏ EXAMINEDÏINÏTHISÏCOURSE

4HEÏATTENDEESÏWILLÏBEÏEXPOSEDÏTOÏ WATERÏTREATINGÏEQUIPMENTÏDESIGNÏANDÏ OPERATIONSÏ4HEÏCOURSEÏPROVIDESÏTHEORIES Ï technologies, processes, and operational CONDITIONSÏNEEDEDÏTOÏACHIEVEÏTHEÏREQUIREDÏ SPECIlCATIONSÏFORÏTHEÏPRODUCEDÏWATERÏ!Ï CASEÏSTUDYÏWILLÏALSOÏBEÏPRESENTED

4HISÏCOURSEÏPROVIDESÏATTENDEESÏ WITHÏTHEÏNECESSARYÏINFORMATIONÏTOÏ understand the principles of operation ANDÏTROUBLESHOOTINGÏOFÏWATERÏTREATMENTÏ SYSTEMS

COURSE CONTENT

COURSE CONTENT


NEW

NEW

COURSE CONTENT Q

7ATERÏCHEMISTRYÏ

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7ATERÏPROPERTIESÏ

Q

7ATERÏSPECIlCATIONSÏFORÏDISPOSALÏORÏ INJECTIONÏ

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7ATERÏTREATMENTÏPROCESSES

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1UALITYÏCONTROLÏ

7ATERÏTREATMENTÏPROCESSESÏANDÏ EQUIPMENTÏ

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%NVIRONMENTALÏREGULATIONSÏ

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$E OILINGÏPROCESSESÏ

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0LATEÏCOALESCENCEÏEQUIPMENTÏ

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0OLISHINGÏTREATMENTS

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#ROSSÏmOWÏANDÏMIXEDÏmOWÏSEPARATORSÏ

Q

#HEMICALS

Q

&LOTATIONÏUNITSÏANDÏHYDROCYCLONESÏ FUNDAMENTALS ÏUNITS ÏANDÏDESCRIPTIONSÏ

AUDIENCE

Q

7ATERÏDEOXYGENATIONÏPROCESSESÏ

Operation technicians/operators/ SUPERVISORS ÏMECHANICALÏTECHNICIANS OPERATORSSUPERVISORS ÏANDÏMAINTENANCEÏ technicians.

Q

Field trip

Q

6ESSELÏTYPESÏUSEDÏINÏOILÏANDÏGASÏ INDUSTRYÏ

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6ESSELÏDESIGNÏCONSIDERATIONÏ

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4ESTINGÏTHEÏVESSELSÏ

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%NVIRONMENTALÏREGULATIONSÏ

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7ATERÏTREATMENTÏEQUIPMENTÏ descriptions, applications, and TECHNOLOGYÏ

)NSPECTIONÏOFÏVESSELSÏ Q

6ESSELÏMAINTENANCEÏ .$%ÏONÏVESSELSÏ 0RESSUREÏVESSELSÏ Oil and gas separators Boilers

PREREQUISITE Basic knowledge of the oil and gas processing facilities.

0ROPERTIESÏOFÏPRODUCEDÏWATERÏ

AUDIENCE 0RODUCTIONÏSURFACEÏFACILITIESÏOPERATORSÏ and technicians, process operators and TECHNICIANS ÏANDÏPRODUCTIONÏSUPERVISORS

AUDIENCE

PREREQUISITE

0ROCESSÏENGINEERS ÏPRODUCTIONÏOPERATIONS Ï FACILITIESÏENGINEERS ÏANDÏINSTRUMENTATIONÏ and control engineers.

&AMILIARITYÏWITHÏSURFACEÏPRODUCTIONÏ facilities.

PREREQUISITE +NOWLEDGEÏOFÏPRODUCTIONÏmUIDÏPROPERTIES

AUDIENCE Operation technicians/operators/ SUPERVISORS ÏMECHANICALÏTECHNICIANS OPERATORSSUPERVISORS ÏMAINTENANCEÏ technicians, pipeline operators, and INSTRUMENTATIONÏANDÏCONTROLÏTECHNICIANS PREREQUISITE &AMILIARITYÏWITHÏPRODUCTIONÏSURFACEÏ facilities.

Software




Field trips

Uses simulation

| 175 12/22/13 2:50 AM

TECHNICIAN AND OPERATOR TRAINING Cathodic Protection Skill – 5 Days

NEW

4HISÏCOURSEÏISÏDESIGNEDÏTOÏPROVIDEÏTHEÏ THEORETICALÏBASISÏANDÏTHEÏPRACTICALÏABILITYÏ NECESSARYÏTOÏOPERATEÏANDÏMAINTAINÏ CATHODICÏPROTECTIONÏ#0 ÏSYSTEMSÏINÏTHEÏOILÏ and gas surface production facilities, with particular reference to the safeguarding of tanks and pipelines. The course PROVIDESÏTHEÏATTENDEESÏWITHÏTHEÏVARIOUSÏ FACTORSÏTHATÏIMPACTÏTHEÏPERFORMANCEÏOFÏ THESEÏSYSTEMS

Skill – 3 Days

#0ÏPRINCIPLESÏ

Q

#0ÏMETHODSÏ

Q Q

COURSE CONTENT Q

Q

Q Q Q

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)SOLATIONÏOFÏPLANTÏANDÏEQUIPMENTÏFORÏ MAINTENANCEÏ

Q

Q

#0ÏMONITORING

AUDIENCE %LECTRICALÏENGINEERSÏANDÏTECHNICIANS Ï corrosion engineers and technicians, FACILITIESÏOPERATORS ÏANDÏSUPERVISORS PREREQUISITE Basic understanding of oil and gas INDUSTRY

2EMOTEÏCONTROLÏOFÏINTEGRATEDÏPROCESSÏ SYSTEMSÏ 3HUTÏDOWNÏREMOTEÏINTEGRATEDÏ PROCESSÏSYSTEMSÏ

)MPRESSEDÏCURRENTÏ#0Ï #0ÏROUTINEÏMAINTENANCEÏ

)NTEGRATEDÏPROCESSÏSYSTEMSÏFORÏ REMOTE CONTROLÏOPERATIONÏ

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#0ÏCRITERIAÏ 3ACRIlCIALÏANODEÏ#0Ï

NEW

4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏTHEÏ knowledge and practical skills for control ROOMÏOPERATORSÏTOÏCARRYÏOUTÏINTEGRATEDÏ OPERATIONALÏACTIVITIESÏINÏAÏSAFEÏMANNERÏ WITHINÏTHEIRÏNORMALÏWORKÏLOCATION

COURSE CONTENT Q

Electrical Submersible Pumps

Control Room

-ONITORÏANDÏMAINTAINÏHEALTH Ï ENVIRONMENT ÏANDÏSAFETYÏSYSTEMSÏ #ONTROLÏEMERGENCIESÏANDÏCRITICALÏ situations

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%MERGENCYÏRESPONSEÏ

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!LARMÏMANAGEMENTÏANDÏ interpretation

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%MERGENCYÏSHUTDOWNÏANDÏBLOW DOWNÏ SYSTEMSÏ

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&IREÏANDÏGASÏDETECTIONÏSYSTEMSÏ

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(YDROCARBONÏGASÏDETECTIONÏ

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0ROCESSÏANDÏUTILITIESÏMONITORING

Skill – 3 Days

Equipment Inspection and Maintenance NEW

4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏTHEÏ CONCEPTS ÏOPERATIONÏMAINTENANCE ÏANDÏ TROUBLESHOOTINGÏOFÏTHEÏ%30Ï4HEÏATTENDEESÏ WILLÏLEARNÏHOWÏTOÏIDENTIFYÏANDÏUNDERSTANDÏ THEÏFUNCTIONSÏOFÏEACHÏELEMENTÏOFÏTHEÏ%30Ï ANDÏTHEÏPARAMETERSÏTOÏTROUBLESHOOT COURSE CONTENT Q

%30SÏOVERVIEWÏ

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%30ÏGENERALÏDESCRIPTIONÏ

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3UBSURFACEÏEQUIPMENTÏ

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3URFACEÏEQUIPMENTÏ

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6ARIABLEÏSPEEDÏDRIVEÏ

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%30ÏTROUBLESHOOTINGÏPARAMETERS

AUDIENCE 0RODUCTIONÏOPERATORSÏANDÏTECHNICIANS Ï ELECTRICALÏTECHNICIANS ÏMECHANICALÏ TECHNICIANS ÏANDÏPRODUCTIONÏSUPERVISORS PREREQUISITE Basic knowledge of oil and gas PRODUCTIONÏSYSTEMS

Skill – 5 Days

NEW

4HISÏCOURSEÏPROVIDESÏTHEÏKNOWLEDGEÏANDÏ TOOLSÏFORÏSYSTEMATICÏCARE ÏINSPECTION Ï ANDÏMAINTENANCEÏOFÏEQUIPMENTÏTOÏENSUREÏ AÏSERVICEABLEÏCONDITIONÏANDÏTOÏDETECTÏ FAILURESÏBEFOREÏTHEYÏBECOMEÏMAJORÏ REPAIRS ÏTHEREBYÏEXTENDINGÏSERVICEABLEÏ LIFEÏ4HEÏCOURSEÏALSOÏPROVIDESÏATTENDEESÏ WITHÏTHEÏPROPERÏWAYÏTOÏPREPAREÏ MAINTENANCEÏEXECUTIONÏPLANSÏANDÏTHEÏ factors that affect the inspection and MAINTENANCEÏACTIVITIES COURSE CONTENT Q

#ORRECTIVEÏMAINTENANCEÏ

Q

3CHEDULEDÏSHUTDOWNÏMAINTENANCEÏ

Q

0REVENTIVEÏMAINTENANCEÏ

Q

0REDICTIVEÏMAINTENANCEÏ

Q

/PERATORÏMAINTENANCEÏ

Q

.ONDESTRUCTIVEÏTESTÏ

Q

-ONITORINGÏSYSTEMÏ

Q

-AINTENANCEÏSAFETY

AUDIENCE 0RODUCTIONÏOPERATORSÏANDÏTECHNICIANS Ï ELECTRICALÏTECHNICIANS ÏMECHANICALÏ TECHNICIANS ÏANDÏPRODUCTIONÏSUPERVISORS PREREQUISITE "ASICÏKNOWLEDGEÏOFÏPROCESSÏEQUIPMENT

AUDIENCE 0RODUCTIONÏSURFACEÏFACILITIESÏOPERATORSÏ and technicians, process operators and TECHNICIANS ÏANDÏPRODUCTIONÏSUPERVISORS PREREQUISITE +NOWLEDGEÏOFÏPRODUCTIONÏSURFACEÏ facilities operations.



12/22/13 2:50 AM

TECHNICIAN AND OPERATOR TRAINING Failure Mode Effect Analysis Applied to Production Operations

Hazard and Operability

Skill – 5 Days

Skill – 3 Days

&-%!ÏISÏUSEDÏTOÏASSESSÏTHEÏPOTENTIALÏ FORÏOCCURRENCEÏOFÏEQUIPMENTÏFAILURESÏ ANDÏPROBLEMATICÏEVENTSÏINÏAÏPROCESSÏ ANDÏTOÏQUALIFYÏTHEIRÏEFFECTSÏ4HISÏCOURSEÏ EMPHASIZESÏTHEÏPRACTICALÏASPECTSÏOFÏTHEÏ TECHNIQUESÏFORÏOPTIMIZATIONÏOFÏPRODUCTIONÏ operations. Attendees will learn the theoretical and practical aspects of &-%! ÏCRITICALITY ÏANALYSIS ÏROOT CASEÏ ANALYSIS ÏRISK BASEDÏINSPECTION ÏANDÏ DECISION MAKINGÏANALYSISÏFORÏPRODUCTIONÏ OPERATIONÏACTIVITIES

4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ WITHÏTHEÏSIGNIlCANTÏASPECTSÏANDÏ CONSIDERATIONSÏTOÏCONDUCTÏANÏEFlCIENTÏ (!:/0ÏASSESSMENTÏ!TÏTHEÏCOMPLETIONÏ OFÏTHEÏCOURSE ÏATTENDEESÏWILLÏHAVEÏAÏ GOODÏUNDERSTANDINGÏOFÏTHEÏ(!:/0ÏRISKÏ ASSESSMENTÏTECHNIQUEÏANDÏWILLÏBEÏABLEÏ TOÏAPPLYÏIT

COURSE CONTENT

NEW

COURSE CONTENT Q

7HATÏISÏAÏ(!:/0Ï

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4HEÏNEEDÏFORÏ(!:/0Ï

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Scope

Q


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,IMITATIONSÏ

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&-%!Ï4YPESÏOFÏANALYSIS ÏFUNCTIONALÏ approach, and applications

Q

)NFORMATIONÏREQUIREDÏ

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(!:/0ÏMETHODÏ

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(!:/0ÏSTUDYÏCASES

Q

&-%!ÏAPPLICATIONÏTOÏSUBSURFACE SURFACEÏSYSTEMS

Q


AUDIENCE

Q

2ISK BASEDÏINSPECTION

Q

2ELIABILITY ÏAVAILABILITY ÏANDÏ MAINTAINABILITYÏANALYSIS

Surface facilities production operators and technicians, production SUPERVISORS ÏELECTRICAL ÏMECHANICAL ÏANDÏ INSTRUMENTATIONÏANDÏCONTROLÏTECHNICIANS

HAZOP/HAZID AND SIL


Skill – 5 Days

Skill – 5 Days

4HISÏCOURSEÏPROVIDESÏAÏWORKINGÏAPPROACHÏ TOÏ(!:/0ÏPRACTICESÏANDÏPROCEDURESÏ for attendees who are responsible for ENSURINGÏTHEÏSAFETYÏOFÏPROCESSÏOPERATIONSÏ FROMÏDESIGNÏTHROUGHÏDAILYÏOPERATIONSÏ)NÏ this course, attendees will learn how to APPLYÏTHEÏTECHNIQUESÏOFÏ(!:/0ÏANALYSIS Ï including the tips, tricks, and secrets ANALYSTSÏUSEÏTOÏIMPLEMENTÏANDÏMAINTAINÏ EFlCIENTÏOPERATIONÏPROCEDURESÏ#OURSEÏ MATERIALÏALSOÏCOVERSÏTHEÏTOOLSÏNEEDEDÏFORÏ (!:)$ ÏINCLUDINGÏROOT CAUSEÏIDENTIlCATIONÏ ANDÏTHEÏAPPLICATIONÏOFÏREDUNDANTÏSYSTEMÏ LAYERSÏFORÏPROTECTION ÏPREVENTION ÏANDÏ MITIGATIONÏ!TTENDEESÏWILLÏALSOÏLEARNÏ HOWÏCONDUCTÏHAZARDÏANALYSISÏTOÏQUALIFYÏ ANDÏQUANTIFYÏRISKÏANDÏTHEÏPROBABILITYÏOFÏ associated failures.

4HISÏHEAVYÏANDÏEXTRA HEAVYÏOILÏ INTRODUCTORYÏCOURSEÏFOCUSESÏONÏTHEÏ STORAGE ÏTRANSPORT ÏANDÏTREATMENTÏANDÏ ENCOMPASSESÏTHEÏTECHNOLOGYÏANALYSISÏ for transportation. Attendees will learn HOWÏTOÏASSESSÏTHEÏmOWÏOFÏHEAVYÏOILÏINÏ AÏGATHERINGÏSYSTEMÏANDÏTECHNIQUESÏFORÏ MITIGATINGÏmOWÏPROBLEMSÏINHERENTÏTOÏ HEAVYÏOILÏOPERATIONSÏBYÏUSINGÏMODELINGÏ SOFTWARE ÏDEVELOPÏGATHERINGÏSCENARIOSÏ ANDÏMODELÏTRANSPORTATIONÏISSUES

COURSE CONTENT

Surface facilities engineers, production ENGINEERSÏANDÏMANAGERS ÏANDÏ MAINTENANCEÏANDÏRELIABILITYÏENGINEERS


Q

)SOTHERMALÏmOWÏINÏPIPELINESÏANDÏ INCOMPRESSIBLEÏSINGLE PHASEÏmOWÏ

Q


Q


(!:/0ÏMETHODSÏANDÏAPPLICATIONS

Q

(!:)$ÏANDÏMITIGATIONÏSTRATEGIES

Q

(AZARDÏANALYSISÏANDÏPROBABILITYÏ DETERMINATION

Q

2ISKÏANALYSISÏANDÏFAILUREÏ considerations

$ILUENTSÏIMPACTÏONÏDENSITY ÏVISCOSITY Ï PRESSUREÏREQUIREMENT

Q

4ERRAINÏTOPOGRAPHYÏEFFECTÏONÏHEAVYÏ oil transport, including water as CONVEYANCEÏMEDIUM

Q

'AS LIQUIDÏmOWÏINÏAÏGATHERINGÏSYSTEM Ï correlations

PREREQUISITE "ASICÏKNOWLEDGEÏOFÏTHEÏSURFACEÏFACILITYÏ PRODUCTIONÏSYSTEM

Q

Q

Q

AUDIENCE

COURSE CONTENT

Q

3AFETYÏINTEGRITYÏLEVELÏ3), Ï ASSESSMENT

AUDIENCE

PREREQUISITE "ASICÏKNOWLEDGEÏOFÏRELIABILITYÏENGINEERINGÏ ANDÏOILÏANDÏGASÏPRODUCTIONÏSYSTEMS

%NGINEERS ÏSAFETYÏANDÏENVIRONMENTALÏ personnel, plant operators, area MANAGERS ÏANDÏMAINTENANCEÏPERSONNEL PREREQUISITE 3URFACEÏ&ACILITYÏ0RODUCTIONÏ/PERATIONSÏ course.

Q

Structure of gathering network and basic equations

AUDIENCE %NGINEERSÏANDÏPRODUCTIONÏMANAGERSÏ INTERESTEDÏINÏHEAVYÏOILÏGATHERINGÏANDÏ transportation. PREREQUISITE "ASICÏKNOWLEDGEÏOFÏHYDROCARBONÏ PROPERTIES ÏmUIDÏmOW ÏPRODUCTIONÏSURFACEÏ facilities design and operations.

Software




Field trips

Uses simulation

| 177 12/22/13 2:50 AM

TECHNICIAN AND OPERATOR TRAINING Hydraulic Control Panels Skill – 2 Days

NEW

4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏWITHÏ the knowledge and skills needed to UNDERSTANDÏHOWÏTOÏOPERATE ÏUNDERÏNORMALÏ ANDÏABNORMALÏCONDITIONS ÏTROUBLESHOOT Ï ANDÏMAINTAINÏAÏHYDRAULICÏCONTROLÏPANEL



Problem Solving

Skill – 5 Days

Skill – 5 Days

Skill – 3 Days

Attendees will gain theoretical and practical knowledge on how to use AUTOMATION ÏINSTRUMENTATION ÏCONTROL Ï ANDÏMETERINGÏTECHNOLOGIESÏTOÏINCREASEÏ EFlCIENCYÏANDÏSAFETYÏOFÏOPERATIONSÏANDÏ PRODUCTIVITYÏOFÏTHEÏPRODUCTIONÏPROCESS

)NÏTHISÏCOURSE ÏATTENDEESÏRECEIVEÏANÏ INTRODUCTIONÏTOÏTHEÏMECHANISMSÏANDÏ causes of corrosion in oil and gas PRODUCTIONÏSYSTEMSÏANDÏTHEÏAPPROPRIATEÏ METHODSÏFORÏMONITORINGÏANDÏCONTROLÏ 4HEÏATTENDEESÏWILLÏLEARNÏTOÏIDENTIFYÏTHEÏ CORROSIONÏMECHANISMÏANDÏESTIMATEÏANDÏ predict the corrosion rates in addition to UNDERSTANDINGÏHOWÏTOÏSELECTÏMATERIALSÏ BASEDÏONÏTHEÏCORROSIONÏENVIRONMENT Ï EVALUATEÏANDÏSELECTÏCORROSIONÏ inhibitors, and elaborate on a corrosion MANAGEMENTÏPLANÏFORÏPIPELINES

4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏWITHÏ the knowledge and skills to understand ROOTÏCAUSEÏANALYSISÏ2#! ÏOFÏTHEÏPROBLEMÏ ANDÏREDUCEÏITSÏOCCURRENCEÏINÏSIMILARÏ SITUATIONSÏ4HEÏCOURSEÏINCLUDESÏSEVERALÏ METHODOLOGIESÏTOÏAPPROACHÏANDÏSOLVEÏ PROBLEMS

COURSE CONTENT Q

(YDRAULICÏCONTROLÏPANELÏPURPOSE

Q

(YDRAULICÏCONTROLÏPANELÏTYPICALÏ CONlGURATIONÏ

Q

(YDRAULICÏCONTROLÏPANELÏSTARTUP

Q

(YDRAULICÏCONTROLÏPANELÏINÏAÏNORMALÏ condition

Q

Q

Q

(YDRAULICÏCONTROLÏPANELÏINÏAÏSHUTDOWNÏ condition (YDRAULICÏCONTROLÏPANELÏ troubleshooting 0REVENTIVEÏANDÏCORRECTIVEÏ MAINTENANCE

COURSE CONTENT Q

Q

Q

3UBSURFACE SURFACEÏAUTOMATIONÏ concept 0ROCESSÏCONTROLÏ#ENTRALIZEDÏCONTROL Ï OPTIMIZATION ÏINTEGRATION 4ELECOMMUNICATION

Q

6ALUEÏCREATIONÏQUANTIlCATIONÏ

Q

)NLINEÏPRODUCTIONÏOPTIMIZATIONÏ

Q

!UTOMATEDÏWELLÏTESTS

Q

"OTTOMHOLEÏSENSORSÏANDÏINTELLIGENTÏ wells

0ROBLEMÏDElNITIONSÏ

Q

3OLVINGÏPROBLEMÏMETHODOLOGIESÏ

Q

0ARETOÏANDÏSTRATIlCATIONÏ

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4HEÏÏh7HYSv

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4HEÏ)SHIKAWAÏlSHBONE ÏDIAGRAMÏ

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#AUSALÏMAPPINGÏ

Q

4IMEÏLINEÏEVENTÏDIAGRAMÏANDÏCAUSALÏ FACTORS Ï

Q

4ASKÏANALYSISÏ

#ORROSIONÏMONITORING

Q

Fault tree

Q

'UIDELINESÏFORÏMATERIALÏSELECTION

Q

Cause and effect

Q

0IPELINEÏEXTERNALÏCORROSIONÏ%XTERNALÏ protection and National Association OFÏ#ORROSIONÏ%NGINEERSÏRECOMMENDEDÏ practices

COURSE CONTENT Q

Q Q Q

Q

Q

0RODUCTIONÏOPERATORSÏANDÏTECHNICIANS Ï ELECTRICALÏTECHNICIANS ÏMECHANICALÏ TECHNICIANS ÏANDÏPRODUCTIONÏSUPERVISORS

$IAGNOSISÏANDÏOPTIMIZATIONÏOFÏ INTEGRATEDÏSYSTEM

Q

Technological solutions and AUTOMATIONÏPLATFORMS

Q

"ASICÏKNOWLEDGEÏOFÏINSTRUMENTATIONÏANDÏ control.

AUDIENCE 0RODUCTIONÏENGINEERS ÏFACILITIESÏENGINEERS Ï or operations engineers looking for PRACTICALÏEXPOSUREÏTOÏAUTOMATIONÏANDÏ control concepts and techniques. PREREQUISITE Basic knowledge of the production SYSTEM ÏPROCESSÏINSTRUMENTATION ÏANDÏ CONTROLÏMETERINGÏPRINCIPLES

$ElNITIONSÏANDÏPURPOSESÏOFÏSOLVINGÏ PROBLEMSÏ Basic principles of RCA

AUDIENCE

3TANDARDSÏANDÏRECOMMENDEDÏ practices

Q

Q

)NLINEÏOPTIMIZERS

Q

COURSE CONTENT

Q

Q

PREREQUISITE

NEW

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Q


Q

!CTUALÏSTUDYÏCASES

AUDIENCE

AUDIENCE 0RODUCTIONÏOPERATORSÏANDÏTECHNICIANS Ï ELECTRICALÏTECHNICIANS ÏMECHANICALÏ TECHNICIANS ÏANDÏPRODUCTIONÏSUPERVISORS PREREQUISITE Basic knowledge of the oil and gas PRODUCTIONÏSYSTEM

%NGINEERSÏWANTINGÏAÏBETTERÏUNDERSTANDINGÏ OFÏCORROSIONÏANDÏITSÏMANAGEMENTÏINÏOILÏ ANDÏGASÏPRODUCTIONÏSYSTEMS PREREQUISITE Basic knowledge of corrosion and PRODUCTIONÏSYSTEMS



12/22/13 2:50 AM

TECHNICIAN AND OPERATOR TRAINING Process Safeguarding (Flare, ESO, Vent, Depressurizing Fire and Gas) NEW

Skill – 5 Days

4HISÏCOURSEÏPROVIDESÏTHEÏNECESSARYÏ knowledge and tools that can be APPLIEDÏTOÏPREVENTÏlRES ÏEXPLOSIONS Ï and accidental releases at oil and gas PROCESSINGÏFACILITIESÏ4HEÏAIMÏOFÏTHISÏ COURSEÏISÏTOÏHELPÏATTENDEESÏDEVELOPÏ FUNDAMENTALÏCOMPETENCIESÏRELATEDÏTOÏ process safeguarding as it applies to the UPSTREAMÏOILÏANDÏGASÏINDUSTRY

Q Q Q Q Q Q Q

Reliability for O&M NEW

Skill – 4 Days

4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏWITHÏAÏ COMPREHENSIVEÏANDÏPRACTICALÏINTRODUCTIONÏ OFÏTHEÏCONCEPT ÏMETHODOLOGIES Ï technologies, and philosophies of RELIABILITYÏAPPLIEDÏTOÏTHEÏOILÏANDÏGASÏ INDUSTRYÏEQUIPMENTÏ COURSE CONTENT Q Q

COURSE CONTENT

Rotating and Reciprocating Equipment Control and Protection

2ELIEFÏSYSTEMSÏ

Q

&LAREÏSYSTEMSÏ

Q

6ENTÏSYSTEMSÏ

Q

3HUTDOWNÏSYSTEMSÏ

Q

%MERGENCYÏSHUTDOWNÏ

Q

3AFETYÏINSTRUMENTEDÏSYSTEMSÏqÏ

Q

Fire and gas

Q

4HEÏIMPORTANCEÏOFÏRELIABILITYÏ

2ISK BASEDÏINSPECTIONÏ 2ELIABILITY CENTEREDÏMAINTENANCEÏ 2ISKÏANALYSISÏ #ONDITIONÏMONITORINGÏ

#OMPRESSORÏCONTROLÏ

Q

3UBSEAÏCONTROLÏSYSTEMÏOVERVIEWÏ

Q

#ONTROLÏSTRATEGYÏ

Q

3UBSEAÏCONTROLÏSYSTEMÏBASICSÏ

Q

3YSTEMÏCONSIDERATIONSÏ

Q

3UBSEAÏCONTROLÏSYSTEMÏTYPES

Q

%LECTRICALÏANDÏELECTRONICÏCONTROLSÏ

Q

(YDRAULICÏSYSTEMÏ

Q

0NEUMATICÏCONTROLSÏ

Q

%LECTRICALÏANDÏHYDRAULICÏDISTRIBUTIONÏ

Q

Manual controls

Q

Subsea electrical connectors

Q

3ENSORÏCLASSIlCATIONÏ

Q

3UBSEAÏEQUIPMENTÏ

Q

3ENSORÏTYPESÏ

Q

3UBSEAÏVALVESÏANDÏACTUATORSÏ

Q

Loading and unloading

Q

)NSTRUMENTATIONÏANDÏSENSORSÏ

Q

#APACITYÏCONTROLÏ

Q

#OMMUNICATIONSÏEQUIPMENT

Q

Surge control

Q

3PECIALÏCOMPRESSORÏCONTROLS

AUDIENCE

AUDIENCE

"ASICÏKNOWLEDGEÏOFÏPROCESSÏEQUIPMENTÏ USEDÏINÏPRODUCTIONÏSYSTEMS

-ECHANICAL ÏINSTRUMENTATION ÏANDÏCONTROLÏ technicians and operators.



Q

PREREQUISITE

Basic understanding of oil and gas INDUSTRY

Software

COURSE CONTENT

#RITICALÏANALYSISÏ

0RODUCTIONÏOPERATORSÏANDÏTECHNICIANS Ï ELECTRICALÏTECHNICIANS ÏMECHANICALÏ TECHNICIANS ÏANDÏPRODUCTIONÏSUPERVISORS

PREREQUISITE

COURSE CONTENT

&AILUREÏANALYSISÏMETHODOLOGIESÏ

Surface facilities production and operations engineers, production ENGINEERS ÏPRODUCTIONÏMANAGERS ÏPROCESSÏ ENGINEERS ÏANDÏINSTRUMENTATIONÏANDÏ control engineers.

NEW

4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ WITHÏIN DEPTHÏINFORMATIONÏABOUTÏSUBSEAÏ CONTROLÏSYSTEMSÏ4HISÏCOURSEÏALSOÏ IMPROVESÏTHEÏUNDERSTANDINGÏOFÏTHEÏSUBSEAÏ CONTROLÏSYSTEMÏPLATFORM ÏTHEÏFUNCTIONS Ï ANDÏMONITORINGÏOFÏTHEÏSUBSEAÏEQUIPMENTÏ ANDÏACTIVITIES

2ELIABILITYÏFUNCTIONÏ

AUDIENCE

Skill – 3 Days

4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ WITHÏTHEÏFUNDAMENTALSÏOFÏCOMPRESSORÏ CONTROLÏTHATÏINCLUDESÏSTARTINGÏDEVICES Ï OVERLOADÏPROTECTION ÏHIGH PRESSUREÏANDÏ LOW PRESSUREÏPROTECTION ÏANDÏSURGEÏ CONTROLÏNEEDÏFORÏTHEÏEFlCIENTÏOPERATIONÏOFÏ COMPRESSORÏCONTROLÏ

$ElNITIONSÏOFÏRELIABILITYÏ

AUDIENCE

NEW

Skill – 3 Days

Subsea Control Systems

PREREQUISITE

PREREQUISITE &AMILIARITYÏWITHÏCOMPRESSORSÏANDÏOILÏANDÏ gas production surface facilities.


Field trips

Subsea technicians and operators, INSTRUMENTATIONÏANDÏCONTROLÏTECHNICIANSÏ and operators, and production operation SUPERVISORS

Uses simulation

Basic knowledge of the oil and gas PRODUCTIONÏSYSTEMÏANDÏINSTRUMENTATIONÏ and control.

| 179 12/22/13 2:50 AM

MANAGEMENT AND LEADERSHIP COMPETENCY LEVEL

Project Management

Business Skills

Leadership

Strategic Project Management


Becoming an Inspirational Leader in Oil and Gas

Applied Project Management - Oil and Gas

Powerful Technical Presentations

The Wellsite Coach

Supply Chain Strategy

Advances in Information Technology for Oil and Gas

Technical Bidding and Tendering

International Oil and Gas Exploitation Contracts

ADVANCED

Project Risk Analysis and Management

SKILL

Contracts, Procurement, and Partnering

Negotiation Skills for the Oil and Gas Industry

Ultimate PMP® Prep Boot Camp

International Business Communication Skills

International Management Skills

FOUNDATION Project Management Fundamentals

Oil and Gas Asset Management

Personal Breakthrough Impact

Project Management

Knowledge Management

First-Time Leadership and Supervision

Microsoft Project for Oil and Gas

Communication and Presentation Skills for Project Managers

AWARENESS Project Management for Team Members



12/22/13 2:50 AM

MANAGEMENT AND LEADERSHIP Project Management for Team Members

Communication and Presentation Skills for Project Managers

Knowledge Management




4HISÏCOURSE ÏDELIVEREDÏBYÏAÏ0-)ÏEDUCATIONÏ PROVIDERÏWILLÏPROVIDEÏATTENDEESÏWITHÏ the basic knowledge and skills required TOÏSUCCESSFULLYÏPARTICIPATEÏINÏANÏOILÏANDÏ GASÏPROJECTÏ4HISÏAWARENESSÏCOURSEÏISÏ DESIGNEDÏTOÏPROVIDEÏATTENDEESÏWITHÏANÏ INTRODUCTIONÏTOÏTHEÏCONCEPTSÏOFÏPROJECTÏ MANAGEMENTÏ!SÏSUCH ÏTHISÏCOURSEÏ PROVIDESÏAÏGOODÏBASISÏFORÏANYÏPERSONÏ SEEKINGÏFUTUREÏCAREERÏADVANCEMENTÏASÏAÏ TEAMÏLEADERÏORÏPROJECTÏMANAGERÏ)TÏALSOÏ ESTABLISHESÏAÏCOMMONÏLANGUAGEÏTHUS Ï FACILITATINGÏMOVESÏACROSSÏSEGMENTSÏ ORÏDEPARTMENTSÏ4HEÏCASEÏSTUDIESÏFORÏ APPLYINGÏTHEÏPROJECTÏMANAGEMENTÏ METHODOLOGYÏWILLÏUSEÏOILÏANDÏGASÏ EXAMPLES ÏANDÏCANÏBEÏTAILOREDÏFORÏANÏ ADDITIONALÏFEE ÏTOÏSPECIlCÏNEEDSÏWITHINÏ AÏCUSTOMERÏ4HEÏSTUDIESÏWILLÏBEGINÏWITHÏ CORRECTLYÏDElNINGÏTHEÏPROJECT ÏINCLUDINGÏ SCOPEÏANDÏREQUIREMENTS ÏANDÏEXTENDÏTOÏ PLANNING ÏIMPLEMENTINGÏTHEÏPLANÏANDÏ lNALLY ÏCLOSINGÏOUTÏTHEÏPROJECTÏ4HEÏCOURSEÏ FOLLOWSÏTHEÏGUIDELINESÏESTABLISHEDÏBYÏ THEÏ0-)ÏANDÏTHEIRÏ0-"/+Ï'UIDEÏ4HEÏ COURSEÏUSESÏAÏCOMBINATIONÏOFÏTEACHINGÏ COMPONENTSÏTOÏENSUREÏDELEGATESÏABSORBÏ BOTHÏTHEÏTHEORYÏANDÏTHEÏPRACTICALÏ application of the topics.

4HISÏCOURSEÏWILLÏPROVIDEÏKNOWLEDGEÏANDÏ UNDERSTANDINGÏOFÏTHEÏIMPORTANCEÏOFÏ COMMUNICATIONSÏANDÏPRESENTATIONÏSKILLSÏTOÏ AÏPROJECTSÏSUCCESSÏ4HEÏ(ARVARDÏ"USINESSÏ 2EVIEWÏLISTSÏhEFFECTIVELYÏSPEAKINGÏINÏ PUBLICvÏASÏTHEÏNUMBERÏONEÏCRITERIAÏFORÏ CAREERÏADVANCEMENTÏ)NÏAÏSURVEYÏOFÏ PROJECTÏMANAGERSÏALLÏACROSSÏTHEÏGLOBE ÏTHEÏ NUMBERÏONEÏFACTORÏTHEYÏSAIDÏPREDICTEDÏAÏ SUCCESSFULÏPROJECTÏWASÏCOMMUNICATIONSÏ "ETWEENÏTHEÏCUSTOMERÏANDÏTHEÏPROJECTÏ TEAMÏMEMBERSÏTHEMSELVESÏ4HISÏCOURSEÏ WILLÏANSWERÏTHESEÏQUESTIONSÏ7HYÏISNTÏ GOODÏPROJECTÏMANAGEMENTÏENOUGHÏ 7HYÏAREÏPROJECTÏCOMMUNICATIONSÏ SOÏIMPORTANTÏ7HATÏHAPPENSÏIFÏYOUÏ IGNOREÏPROJECTÏCOMMUNICATIONSÏ7HATÏ ISÏBUSINESSÏPROJECTÏMANAGEMENTÏ4HEÏ COURSEÏWILLÏPROVIDEÏATTENDEESÏWITHÏ ANÏUNDERSTANDINGÏOFÏTHESEÏCONCEPTSÏ 0REPARINGÏLEADERSHIPÏFORÏTHEIRÏROLEÏUSINGÏ COMMUNICATIONSÏWRITINGÏTHEÏPROJECTÏ CHARTERÏCASEÏFORÏCHANGEÏREPORTÏWRITINGÏ PRESENTATIONSÏRELATEDÏTOÏTHEÏPROJECTÏFORÏ EXECUTIVES ÏMANAGERS ÏUSERS ÏANDÏOTHERÏ stakeholders.

4HISÏ DAYÏCLASSROOMÏTRAININGÏCOURSEÏISÏ CONDUCTEDÏINÏAÏWORKSHOPÏFORMATÏIE Ï WITHÏSIGNIlCANTÏAUDIENCEÏPARTICIPATION Ï USUALLYÏINÏTHEÏFORMÏOFÏSMALLÏBREAKOUTÏ GROUPS Ï4HEÏCOURSEÏPRESENTSÏTHEÏVARIOUSÏ ASPECTSÏOFÏKNOWLEDGEÏMANAGEMENTÏ+- Ï ASÏITÏRELATESÏTOÏTHEÏSPECIlCÏKNOWLEDGEÏ capture and sharing needs of the oil ANDÏGASÏINDUSTRYÏ%MPHASISÏISÏONÏTHEÏ CURRENTÏCONVERGENCEÏOFÏKNOWLEDGEÏ MANAGEMENT ÏELECTRONICÏCOLLABORATION Ï and social networking as applied in the ENTERPRISEÏCONTEXTÏ4HEÏCOURSEÏADDRESSESÏ THEÏMETHODSÏANDÏTOOLSÏTHATÏMAXIMIZEÏ THEÏRETENTIONÏOFÏRETIRINGÏEMPLOYEESÏ KNOWLEDGEÏ"YÏTHEÏENDÏOFÏTHEÏCOURSE Ï THEÏATTENDEESÏWILLÏBEÏABLEÏTOÏDEVELOPÏAÏ STRATEGYÏANDÏAÏROADMAPÏFORÏEFFECTIVEÏ+-Ï INÏTHEIRÏRESPECTIVEÏORGANIZATIONSÏTHEYÏWILLÏ UNDERSTANDÏTHEÏBENElTSÏANDÏCHALLENGESÏ OFÏEACHÏASPECTÏOFÏ+-ÏTHEYÏWILLÏHAVEÏ AÏMOREÏhHOLISTICvÏVIEWÏOFÏ+-ÏTHANÏTHEÏ VENDOR DRIVENÏVIEWÏTHATÏPREVAILEDÏINÏ PASTÏYEARSÏANDÏTHEYÏWILLÏUNDERSTANDÏTHEÏ RELATIVEÏPRIORITIESÏOFÏPEOPLE ÏPROCESSÏANDÏ TOOLSÏINÏIMPLEMENTINGÏTHEÏSTRATEGY

COURSE CONTENT

COURSE CONTENT

COURSE CONTENT Q

Q

$ElNEÏAÏPROJECTÏANDÏPROJECTÏ MANAGEMENT

Q

$ElNEÏTHEÏDIFFERENCEÏBETWEENÏ PROJECTSÏANDÏOPERATIONALÏWORK

Q

%XPLAINÏTHEÏRELATIONSHIPÏOFÏTHEÏPROJECTÏ MANAGEMENTÏ4RIPLEÏ#ONSTRAINTÏ triangle

Q

)DENTIFYÏTHEÏKEYÏCOMPONENTSÏOFÏTHEÏ PROJECTÏLIFEÏCYCLEÏANDÏEXPECTATIONSÏOFÏ TEAMÏMEMBERSÏINÏEACHÏPHASE

,INKINGÏPROJECTSÏTOÏTHEÏBUSINESSÏ STRATEGY

Q

$EVELOPINGÏAÏCOMMUNICATIONSÏPLANÏ FORÏTHEÏPROJECT

Q

5SINGÏCOMMUNICATIONSÏTOÏHANDLEÏ PROJECTÏRISKS

Q

Q

5SINGÏCOMMUNICATIONSÏINÏPREPARINGÏ OPERATIONSÏTOÏACCEPTÏTHEÏPROJECTÏ DELIVERABLES Four presentation rules

)DENTIFYÏPROJECTÏSTAKEHOLDERSÏANDÏ their contributions

Q

Q

$ElNEÏROLESÏANDÏRESPONSIBILITIESÏOFÏ PROJECTÏTEAMÏMEMBERS

Q

Logistics

Q

/RGANIZINGÏFORÏAÏTEAMÏPRESENTATIONÏ

%XPLAINÏWHYÏWEÏAPPLYÏPROJECTÏ MANAGEMENTÏBESTÏPRACTICES

Q

$EVELOPÏAÏHIGH LEVELÏWORKÏPLAN Ï INCLUDINGÏPROJECTÏACTIVITIESÏANDÏEFFORTÏ ESTIMATES

AUDIENCE !NYONEÏWITHÏAÏMINIMALÏBACKGROUNDÏINÏ PROJECTÏMANAGEMENTÏORÏSOMEONEÏWHOÏ desires an increased understanding OFÏHOWÏTOÏPARTICIPATEÏSUCCESSFULLYÏINÏAÏ PROJECT

-OTIVATINGÏEMPLOYEESÏTOÏSHAREÏANDÏ reuse knowledge

Q

0EOPLEÏASPECTÏOFÏ+-

Q

$OCUMENTÏMANAGEMENTÏANDÏ INTRODUCTIONÏTOÏTAXONOMY

Q

)NTRODUCTIONÏTOÏh%NTERPRISEÏvÏ concepts

Q

Managing social networking risks

AUDIENCE +NOWLEDGEÏMANAGEMENTÏPROGRAMÏ MANAGERS ÏLEADERSÏOFÏCOMMUNITIESÏ OFÏPRACTICEÏ#O0S ÏORÏSIMILARÏEFFORTS Ï INFORMATIONÏTECHNOLOGYÏLEADERS ÏINCLUDINGÏ CIOs, concerned with the selection and DEPLOYMENTÏOFÏMETHODSÏANDÏTOOLSÏFORÏ knowledge retention and collaboration ANDÏHUMANÏRESOURCEÏANDÏEDUCATIONÏ professionals whose role includes assessing the knowledge assets and NEEDSÏOFÏTHEÏORGANIZATION ÏTAILORINGÏ TRAININGÏPROGRAMS ÏANDÏCREATINGÏPROGRAMSÏ to retain the knowledge of retiring EMPLOYEES PREREQUISITE

Q

&ORMSÏOFÏKNOWLEDGEÏMANAGEMENT

Q

%VOLUTIONÏOFÏKNOWLEDGEÏMANAGEMENTÏ FROMÏDOCUMENTÏMANAGEMENTÏTOÏSOCIALÏ networking

Q

+NOWLEDGEÏMANAGEMENTÏPROCESSES

Q

%LICITINGÏKNOWLEDGE

Q

+NOWLEDGEÏVALIDATIONÏ7HENÏISÏITÏ needed, and how to do it

Q

3TORINGÏANDÏPUBLICIZINGÏKNOWLEDGE

"ASICÏUNDERSTANDINGÏOFÏTHEÏDEMOGRAPHICSÏ OFÏANÏENTERPRISEÏINÏTERMSÏOFÏLEVELÏOFÏ EXPERTISE ÏFAMILIARITYÏWITHÏTRADITIONALÏ COMPUTERÏTOOLSÏFORÏCOLLABORATIONÏE MAIL Ï SHAREDÏDOCUMENTÏREPOSITORIES ÏETC ÏANDÏ ACTIVEÏPARTICIPATIONÏINÏSOCIALÏNETWORKS

Guidelines for preparing and using VISUALÏAIDS

Q

Q

Q

AUDIENCE -OREÏEXPERIENCEDÏPROJECTÏMANAGERSÏ WHOÏWANTÏTOÏRAISEÏTHEÏLEVELÏOFÏTHEIRÏ SUCCESSÏINÏPROJECTSÏBYÏDEVELOPINGÏANDÏ DELIVERINGÏMOREÏCOMPELLINGÏANDÏPRECISEÏ COMMUNICATIONSÏANDÏPRESENTATIONS PREREQUISITE 3OMEÏPROJECTÏMANAGEMENTÏEXPERIENCEÏ desired.

PREREQUISITE None

Software




Field trips

Uses simulation

| 181 12/22/13 2:50 AM

MANAGEMENT AND LEADERSHIP First-Time Leadership and Supervision

Oil and Gas Asset Management

Microsoft Project for Oil and Gas




!SÏINTERNATIONALÏCOMPANIESÏMOVEÏ TOWARDÏAÏmATTER ÏTEAM BASEDÏSTRUCTURE Ï SUPERVISORSÏANDÏTEAMÏLEADERSÏAREÏ COMBININGÏAÏLEADERSHIPÏROLEÏWITHÏFULL TIMEÏ operational responsibilities. This course DEVELOPSÏCOREÏLEADERSHIPÏANDÏSUPERVISORYÏ skills in people who are new to these DEMANDINGÏROLES

Attendees will gain an understanding of THEÏENTIREÏOILÏCOMPANYÏDECISION MAKINGÏ PROCESSÏFROMÏINITIALÏNEWÏCOUNTRYÏENTRYÏ STRATEGYÏTOÏlELDÏABANDONMENTÏ4HISÏ course addresses the technical and business challenges as well as the INTERACTIONSÏWITHÏlSCALÏANDÏGOVERNMENTÏ BODIESÏ4OPICSÏINCLUDEÏ6/)ÏINÏVARIOUSÏ ASPECTSÏFROMÏEXPLORATIONÏTOÏPRODUCTIONÏ ASÏWELLÏASÏTHEÏTYPICALÏBUSINESSÏANDÏ ECONOMICSÏFRAMEWORKSÏFORÏOILÏCOMPANIES

This software course is designed to FAMILIARIZEÏTHEÏATTENDEEÏWITHÏTHEÏBASICÏ GOALSÏANDÏAPPROACHÏOFÏ-ICROSOFT½Ï-3 Ï 0ROJECTÏÏFORÏOILÏANDÏGASÏPROJECTÏ MANAGEMENT

COURSE CONTENT Q

0REPARINGÏFORÏSMOOTHÏTRANSITIONSÏINTOÏ leadership

Q

!SSESSINGÏYOURÏLEADERSHIPÏ capabilities, challenges, and potential growth areas

Q

Q Q

-ANAGINGÏYOURSELFÏANDÏYOURÏTIMEÏTOÏ ACHIEVEÏGOALS SMART goals and action plans 4EAMÏSPIRITÏANDÏMOTIVATIONALÏSKILLS

Q

$EVELOPINGÏDELEGATIONÏSKILLSÏANDÏ plans

Q

Q

Q

7ORLDWIDEÏOILÏANDÏGASÏSUPPLYÏANDÏ DEMAND ÏRESERVES ÏANDÏPRODUCTION

Q

%XPLORATIONÏPHASEÏOFÏTHEÏ%0ÏLIFEÏ CYCLE

Q

#OMMUNICATIONÏTECHNIQUES

Q

Q

COURSE CONTENT

Q

Q

%CONOMICS ÏlNANCIALÏPLANNING Ï APPRAISAL ÏANDÏlELDÏDEVELOPMENTÏ planning

Coaching plans and techniques to IMPROVEÏPERFORMANCE

Q

0ROBLEM SOLVINGÏANDÏDECISION MAKINGÏ techniques

0ROSPECTÏRISKSÏANDÏCALCULATIONÏOFÏ EXPECTEDÏMONETARYÏVALUE

Q

2ESERVOIRÏDRIVEÏMECHANISMS Ï RECOVERYÏFACTORS ÏANDÏPRODUCTIONÏ PROlLES

Q

7ELLÏPLANNINGÏPROCESS ÏDRILLINGÏ PROBLEMS ÏANDÏSOLUTIONS

-ANAGINGÏCONmICTÏANDÏSTRESSÏ CONSTRUCTIVELY

AUDIENCE .EWÏLEADERSÏANDÏSUPERVISORSÏORÏTHOSEÏ PREPARINGÏFORÏMANAGEMENT

Q

PREREQUISITE None

2IGÏTYPESÏANDÏSELECTION ÏSITEÏ PREPARATION ÏDRILLINGÏSYSTEMSÏANDÏ EQUIPMENT ÏDRILLINGÏTECHNIQUES ÏANDÏ CASINGÏANDÏCEMENTING

NEW

4HEÏCOURSEÏWILLÏDEMONSTRATEÏTHATÏ-3Ï 0ROJECTÏISÏDESIGNEDÏTOÏALIGNÏWITHÏALLÏ THEÏESSENTIALÏELEMENTSÏOFÏAÏSTRUCTUREDÏ PROJECTÏ4HEÏ-3Ï0ROJECTÏISÏBUILTÏASÏAÏTOOLÏ FORÏPROJECTÏMANAGERSÏANDÏCOVERSÏALMOSTÏ ALLÏTHEÏASPECTSÏOFÏTHEÏ0-"/+Ï'UIDEÏ FROMÏTHEÏ0-)Ï4HEÏCOURSEÏWILLÏINCLUDEÏ EXERCISESÏANDÏOILÏANDÏGASÏCASEÏSTUDIESÏFORÏ application of the concepts. COURSE CONTENT Q

Conceptual background

Q

.AVIGATINGÏWITHINÏ-3Ï0ROJECTÏ

Q

3ETTINGÏTHEÏPROJECTÏBASICÏPARAMETERS

Q

%NTERINGÏSCOPE ÏTIME ÏRESOURCE ÏANDÏ COSTÏINFORMATIONÏINTOÏ-3Ï0ROJECTÏ

)NDUSTRYÏCHALLENGESÏANDÏTOUGHÏ PROBLEMSÏBYÏREGIONÏANDÏGEOGRAPHY 2EVIEWÏOFÏINDEPENDENTÏANDÏNATIONALÏ OILÏCOMPANIES

Personal Breakthrough Impact

Q


This course will help attendees begin to understand their strengths and natural TALENTSÏANDÏHOWÏTOÏCAPITALIZEÏONÏTHEMÏ Attendees will also better understand MOTIVATIONALÏDRIVERSÏANDÏENERGYÏDRAINERSÏ and in turn, enable the attendees to DEVELOPÏAÏPERSONALÏSTRATEGYÏFORÏACTIONÏ "EINGÏEFFECTIVEÏANDÏHAVINGÏANÏIMPACTÏ HELPSÏTOÏINCREASEÏPRODUCTIVITYÏANDÏ OVERALLÏJOBÏSATISFACTIONÏWHETHERÏINÏANÏ OFFSHOREÏORÏONSHOREÏENVIRONMENT ÏINÏ ADDITIONÏTOÏHAVINGÏAÏMAJORÏIMPACTÏONÏ HEALTHÏANDÏSAFETYÏINÏTHEÏWORKPLACEÏ %FFECTIVENESSÏWITHÏOTHERSÏALWAYSÏSTARTSÏ WITHÏvSELF EFFECTIVENESSvÏANDÏSELF EFFECTIVENESSÏSTARTSÏWITHÏSELF AWARENESSÏ !NÏENHANCEDÏSELF AWARENESSÏISÏALSOÏKEYÏ TOÏvUNDERSTANDINGvÏOTHERSÏANDÏTOÏDEVELOPÏ AÏCOMMUNICATIONÏANDÏINmUENCEÏAPPROACHÏ that works and produces the best results. COURSE CONTENT Q

Managing and tracking tasks

AUDIENCE "EÏFAMILIARÏWITHÏTHEÏFUNDAMENTALSÏOFÏ PROJECTÏMANAGEMENTÏANDÏHAVEÏAÏNEEDÏFORÏ AÏLAPTOPÏTOOLÏFORÏMANAGINGÏPROJECTÏSCOPE Ï TIME ÏANDÏCOSTS PREREQUISITE &AMILIARÏWITHÏTHEÏFUNDAMENTALSÏOFÏPROJECTÏ MANAGEMENTÏANDÏBEÏEXPERIENCEDÏINÏ WORKINGÏINÏAÏPROJECTÏENVIRONMENTÏINÏ ADDITIONÏTOÏBEINGÏPROlCIENTÏINÏTHEÏBASICSÏ OFÏTHEÏ-ICROSOFTÏAPPLICATIONSÏ7ORD ÏANDÏ %XCEL

NEW

Gain insights into strengths and liabilities

Q

-ASTERÏAÏPOWERFULÏVOCABULARYÏFORÏ GREATERÏPERSONALÏINmUENCEÏANDÏ IMPACTÏ

Q

%XPLOREÏTHEÏLATESTÏTOOLS ÏTIPS ÏANDÏ PRACTICALÏTECHNIQUESÏFORÏACHIEVINGÏ EXCELLENTÏRESULTSÏ

Q

5NDERSTANDÏTHEÏIMPORTANCEÏOFÏ PERSONALÏIMPACTÏANDÏINmUENCEÏONÏ others

Q

%VALUATEÏYOURÏPERSONALÏIMPACTÏ STRATEGYÏAPPROACHÏTAKEÏACTIONSÏTOÏ strengthen it

Q


AUDIENCE

Q

%CONOMICÏANDÏPLANNINGÏSCENARIOSÏ REmECTINGÏINVESTMENTÏCRITERIA ÏRISKÏ ANALYSIS ÏDECISIONÏTREES ÏANDÏ6/)

)NDIVIDUALÏCONTRIBUTORS ÏPROJECTÏMEMBERS Ï lRST TIMEÏMANAGERS

Q

2EVIEWÏOFÏOILlELDÏDEVELOPMENTÏ PROJECT

PREREQUISITE None

AUDIENCE !NYONEÏWANTINGÏANÏINCREASEDÏ UNDERSTANDINGÏOFÏTHEÏMANAGEMENTÏOFÏ%0Ï ASSETSÏSUCHÏASÏPROPERTIESÏANDÏlELDS PREREQUISITE None



12/22/13 2:50 AM

MANAGEMENT AND LEADERSHIP Project Management

Project Management Fundamentals

Ultimate PMP Prep Boot Camp

The Wellsite Coach



Skill – 5 Days

Skill – 3 Days

In this course, attendees will gain IN DEPTHÏANDÏCOMPREHENSIVEÏEXPOSUREÏ TOÏTHEÏKEYÏSKILLSÏANDÏKNOWLEDGEÏTHEYÏ NEEDÏFORÏEFFECTIVEÏPROJECTÏMANAGEMENTÏ as described in the Association for 0ROJECTÏ-ANAGEMENTSÏh!0-Ï"ODYÏOFÏ +NOWLEDGEvÏANDÏTHEÏ0-)gSÏh!Ï'UIDEÏ TOÏTHEÏ0ROJECTÏ-ANAGEMENTÏ"ODYÏOFÏ +NOWLEDGEvÏ#OURSEÏINSTRUCTIONÏISÏ THROUGHÏAÏCOMBINATIONÏOFÏLECTURES Ï PRACTICALÏEXERCISES ÏANDÏINTERACTIVEÏ sessions. The attendees draw upon THEIRÏOWNÏEXPERIENCESÏANDÏREAL WORLDÏ EXAMPLESÏTOÏENHANCEÏTHEÏLEARNINGÏ EXPERIENCEÏ4HEÏTOPICS ÏDISCIPLINES ÏANDÏ ENABLINGÏSKILLSÏAREÏPROGRESSIVELYÏBUILTÏ UPONÏANDÏLINKEDÏTOÏTHEÏDEVELOPMENTÏOFÏ CASEÏSTUDIESÏINÏAÏTEAMÏENVIRONMENTÏ 4HISÏCOURSE ÏTAUGHTÏBYÏAÏ0-)ÏREGISTEREDÏ EDUCATIONÏPROVIDER ÏPREPARESÏTHEÏ ATTENDEESÏFORÏTHEÏ0-0ÏCERTIlCATIONÏ EXAMINATION

4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ WITHÏFUNDAMENTALÏKNOWLEDGEÏANDÏSKILLSÏ REQUIREDÏTOÏSUCCESSFULLYÏMANAGEÏALLÏTYPESÏ OFÏPROJECTSÏ4HEÏAPPLICATIONÏOFÏSTANDARDÏ PROJECTÏMANAGEMENTÏMETHODOLOGYÏISÏ enhanced with the use of attendee case STUDIESÏANDÏPRACTICALÏEXERCISES ÏINCLUDINGÏ AÏPROJECTÏSIMULATIONÏ4HEÏCOURSEÏFOLLOWSÏ THEÏGUIDELINESÏESTABLISHEDÏBYÏ0-)ÏANDÏ THEIRÏ0-"/+Ï4HEÏCOURSEÏWILLÏPROVIDEÏTHEÏ ATTENDEESÏWITHÏTHEÏABILITYÏTOÏAPPLYÏPROJECTÏ MANAGEMENTÏBESTÏPRACTICESÏINÏINITIATING Ï PLANNING ÏEXECUTING ÏANDÏCLOSINGÏAÏPROJECT Ï DEVELOPÏAÏPROJECTÏCHARTER ÏPERFORMÏAÏ STAKEHOLDERÏANALYSISÏANDÏDEVELOPÏAÏ COMMUNICATIONSÏPLAN ÏDEVELOPÏAÏPROJECTÏ PLAN ÏSCHEDULE ÏDEVELOPÏAÏRISKÏANALYSISÏ ANDÏCOMPLETEÏAÏRISKÏREGISTER ÏUSEÏEFFECTIVEÏ TECHNIQUESÏFORÏCONTROLLINGÏPROJECTÏ CHANGE ÏANDÏUSEÏEFFECTIVEÏTECHNIQUESÏFORÏ MONITORINGÏAÏPROJECTÏ4HISÏCOURSEÏSATISlESÏ 0-)SÏ0-0Ï HOURÏTRAININGÏCERTIlCATIONÏ REQUIREMENTÏANDÏISÏDELIVEREDÏBYÏAÏ0-)Ï REGISTEREDÏEDUCATIONÏPROVIDER

4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ the knowledge and skills required to SUCCESSFULLYÏPASSÏTHEÏ0-)Ï0-0ÏEXAMÏ4HEÏ COURSEÏWILLÏIMPROVEÏKNOWLEDGEÏOFÏPROJECTÏ MANAGEMENTÏANDÏTHEÏUNDERSTANDINGÏ OFÏITSÏNINEÏKNOWLEDGEÏAREASÏOFÏPROJECTÏ MANAGEMENTÏ!TTENDEESÏWILLÏALSOÏ LEARNÏTHEÏINTERACTIONÏOFÏTHEÏÏPROCESSÏ ELEMENTSÏUSINGÏTHEÏlVEÏPROCESSÏGROUPSÏ OFÏPROJECTÏMANAGEMENTÏANDÏUNDERSTANDÏ OTHERÏSIGNIlCANTÏTOPICSÏCOVEREDÏONÏTHEÏ 0-0ÏEXAMÏ4HISÏCOURSEÏFOLLOWSÏTHEÏ mOWÏOFÏPROJECTÏMANAGEMENT ÏINCLUDINGÏ THEÏÏPROCESSÏINTERACTIONÏCHARTSÏ!LLÏ OFÏTHEÏMATERIALSÏUSEDÏINÏTHISÏCOURSEÏAREÏ CROSS REFERENCEDÏTOÏTHEÏ0-"/+Ï'UIDE Ï CONTAINSÏOURÏTWO PAGEÏPROCESSÏmOWÏ DIAGRAMÏOFÏTHEÏMAJORÏPROJECTÏMANAGEMENTÏ ELEMENTÏINTERACTIONSÏANDÏOURÏlVE PAGESÏ OFÏ0-0ÏFORMULAS ÏTHEIRÏPURPOSES Ï and how to interpret the results. The COURSEÏPROVIDESÏATTENDEESÏWITHÏAÏ0-0Ï Application spreadsheet to assist WITHÏTHEÏCOMPLICATEDÏ0-0ÏAPPLICATIONÏ INFORMATIONÏREQUIREMENTS ÏINCLUDESÏOURÏ PROVENÏAPPROACHÏTOÏAÏPOST 0-0ÏCOURSEÏ STUDYÏREGIMENT ÏDISCUSSESÏEXAMÏTAKINGÏ METHODOLOGIES ÏPROVIDESÏOVERÏÏmASHÏ CARDSÏCOVERINGÏACRONYMS ÏGLOSSARYÏ DElNITIONS ÏPROCESSÏELEMENTÏDElNITIONS Ï knowledge areas, and process groups. 4HEÏCOURSEÏPROVIDESÏ0-0ÏSAMPLEÏEXAMSÏ CONTAININGÏOVERÏ ÏQUESTIONSÏTOÏ PREPAREÏTHEÏATTENDEEÏFORÏTHEÏ0-0ÏEXAM

4HISÏCOURSEÏCOVERSÏMETHODSÏFORÏAÏ MANAGERÏTOÏOBTAINÏTHEÏBESTÏOUTÏOFÏPEOPLEÏ INÏTERMSÏOFÏPERFORMANCEÏANDÏATÏTHEÏ SAMEÏTIMEÏCONTRIBUTEÏTOÏTHEIRÏGROWTHÏ ANDÏDEVELOPMENTÏ5SINGÏAÏWELLSITEÏ COACHINGÏMETHODOLOGYÏISÏMOREÏANDÏ MOREÏWIDESPREADÏASÏAÏTOOLÏTOÏHELPÏTHESEÏ RESULTSÏHOWEVER ÏBUILDINGÏAÏREALÏCOACHINGÏ CULTUREÏRESULTSÏINÏAÏNEEDÏTOÏREEXAMINEÏ SOMEÏOFÏTHEÏLIMITINGÏBELIEFSÏANDÏFOCUSÏONÏ KEYÏSKILLSÏANDÏREmEXESÏ.OTÏALLÏSITUATIONSÏ THATÏAÏMANAGERÏISÏCONFRONTEDÏWITHÏ DEMANDÏAÏCOACHINGÏAPPROACHÏWHENÏOTHERÏ INTERACTIONSÏCANÏYIELDÏBETTERÏRESULTSÏ -OREÏANDÏMORE ÏWEÏSEEÏINÏTODAYSÏFAST PACEDÏENVIRONMENT ÏTHEÏROLEÏOFÏMANAGERS LEADERSÏISÏTOÏCOMBINEÏTHREEÏSEPARATEÏ ROLESÏEXPERTÏINÏTHEIRÏDOMAIN ÏMANAGERÏTOÏ MANAGEÏPEOPLEÏANDÏPROCESSES ÏANDÏCOACHÏ to help others unlock their potential and CONTRIBUTEÏTOÏTHEÏSUCCESSÏOFÏTHEÏTEAMÏ 4RADITIONALLYÏINÏTHEÏOILÏANDÏGASÏSECTOR ÏTHEÏ EMPHASISÏHASÏBEENÏFOCUSEDÏSOLELYÏONÏTHEÏ lRSTÏTWOÏPOINTSÏANDÏVERYÏLITTLEÏFOCUSÏONÏ coaching.

COURSE CONTENT Q

0ROJECTÏlNANCIALÏAPPRAISALÏ

Q

3COPEÏMANAGEMENT ÏINCLUDINGÏWORKÏ DElNITIONÏ

Q

Q

4IMEÏMANAGEMENTÏ0LANNINGÏANDÏ scheduling #OSTÏMANAGEMENTÏ-ONITORINGÏANDÏ control

COURSE CONTENT Q


Q

0ROJECTÏLIFECYCLE

Q

)NITIATING ÏPLANNING ÏANDÏEXECUTINGÏAÏ PROJECT

Q

-ONITORINGÏANDÏCONTROLLINGÏAÏPROJECT

Q

2ISKÏMANAGEMENTÏ

Q

#LOSINGÏAÏPROJECTÏ

Q

0ROCUREMENTÏANDÏCONTRACTSÏ

Q

/RGANIZATIONALÏCHANGEÏMANAGEMENT

Q

Alliances and partners

Q

0ROJECTÏMANAGEMENTÏEXPECTATIONS

Q

1UALITYÏ

Q

0-0ÏCERTIlCATIONÏREQUIREMENTS

Q

(UMANÏRESOURCESÏMANAGEMENTÏ

Q

0ROJECTÏSUCCESSÏANDÏFAILURE

AUDIENCE 0ROJECTÏENGINEERS ÏSUPERVISORS ÏANDÏ PROJECTÏLEADERSÏSEEKINGÏTOÏINCREASEÏTHEIRÏ KNOWLEDGEÏOFÏPROJECTÏMANAGEMENT

COURSE CONTENT Q 0ROJECTÏFRAMEWORK ÏLIFEÏCYCLES ÏANDÏ process groups

AUDIENCE #URRENTÏORÏFUTURE ÏPROJECTÏMANAGERSÏWHOÏ desire an increased understanding of HOWÏTOÏSUCCESSFULLYÏMANAGEÏAÏPROJECTÏ BASEDÏONÏTHEÏ0-)®Ï0ROJECTÏ-ANAGEMENTÏ -ETHODOLOGY PREREQUISITE

PREREQUISITE

None

None

NEW

COURSE CONTENT Q

4HEÏhARTvÏOFÏEFFECTIVEÏCOACHINGÏ

Q

-ASTERÏAÏPOWERFULÏVOCABULARYÏFORÏ greater results through people

Q

%XPLOREÏTHEÏLATESTÏTOOLS ÏTIPS ÏANDÏ PRACTICALÏTECHNIQUESÏFORÏACHIEVINGÏ great results

Q

Understand when to use coaching as AÏWAYÏTOÏDEVELOPÏOTHERSÏ

Q

$EVELOPÏ0ROJECTÏ#HARTER

Q

)DENTIFYÏ3TAKEHOLDERS

Q

3COPE ÏTIME ÏCOST ÏANDÏQUALITYÏ MANAGEMENTÏPLANNING

Q

(UMANÏRESOURCEÏANDÏCOMMUNICATIONÏ MANAGEMENTÏPLANNING

Q

2ISKÏANDÏPROCUREMENTÏMANAGEMENTÏ planning

Q

0ROJECTÏ%XECUTIONÏPROCESSÏELEMENTS

Q

-ONITORÏANDÏCONTROLÏPROJECTÏWORK

PREREQUISITE

Q

#LOSEÏTHEÏ0ROJECTÏANDÏ0HASE

None

Q

0ROFESSIONALÏANDÏ3OCIALÏ 2ESPONSIBILITY

Q

%VALUATEÏYOURÏPERSONALÏCOACHINGÏ APPROACHÏANDÏDEVELOPÏACTIONSÏTOÏ IMPROVEÏIT

AUDIENCE Managers working offshore/onshore WITHÏAÏNEEDÏTOÏEMPOWERÏANDÏDEVELOPÏ THEIRÏSTAFFÏMOREÏEFFECTIVELYÏUSINGÏWELLSITEÏ coaching.

AUDIENCE 0ROJECTÏMANAGERS ÏTEAMÏLEADERS ÏKEYÏ TEAMÏMEMBERS ÏFUNCTIONALÏMANAGERS Ï PROCESSÏANDÏPERFORMANCEÏIMPROVEMENTÏ TEAMÏMEMBERS ÏANDÏBUSINESSÏPLANNINGÏ PERSONNELÏWANTINGÏTOÏADVANCEÏTHEIRÏ CAREERÏTHROUGHÏPROJECTÏMANAGEMENTÏ CERTIlCATION PREREQUISITE None

Software




Field trips

Uses simulation

| 183 12/22/13 2:50 AM

MANAGEMENT AND LEADERSHIP Advances in Information Technology for Oil and Gas

Applied Project Management—Oil and Gas

Contracts, Procurements, and Partnering

International Business Communication Skills

Skill – 3 Days

Skill – 5 Days

Skill – 3 Days

Skill – 5 Days

The goal of this course is to enable oil INDUSTRYÏ#)/SÏANDÏTHEIRÏSTAFFSÏTOÏCREATEÏ ANDÏSUCCESSFULLYÏMANAGEÏANÏINNOVATIONÏ PORTFOLIOÏTHATÏBRINGSÏTHEÏBUSINESSÏBENElTSÏ OFÏEMERGINGÏINFORMATIONÏTECHNOLOGIESÏTOÏ THEIRÏCOMPANIESÏ4HISÏPROGRAMÏISÏAÏ DAYÏ CLASSROOMÏTRAININGÏCOURSEÏPRESENTEDÏINÏ AÏWORKSHOPÏFORMATÏIE ÏWITHÏSIGNIlCANTÏ ATTENDEEÏPARTICIPATION ÏUSUALLYÏINÏTHEÏ FORMÏOFÏSMALLÏBREAKOUTÏGROUPS Ï!TÏTHEÏ conclusion of the course, the attendees WILLÏBEÏABLEÏTOÏMAKEÏDECISIONSÏONÏWHICHÏ technologies to introduce, when, and how, including how to present the BENElTSÏOFÏTHEÏPROPOSEDÏTECHNOLOGIESÏINÏ TERMSÏOFÏBUSINESSÏIMPACT

4HEÏFOCUSÏOFÏTHISÏCOURSEÏISÏDELIVERYÏOFÏ PROJECTÏMANAGEMENTÏTECHNIQUESÏFORÏ ESTIMATING ÏPLANNING ÏMANAGING ÏANDÏ CONTROLLINGÏANÏOILÏANDÏGASÏPROJECTÏ)TÏ EXTENDSÏTOÏIDENTIlCATION ÏASSESSMENT Ï ANDÏCONTROLÏOFÏQUALITATIVEÏRISKS ÏASÏWELLÏASÏ QUANTITATIVEÏRISKÏANALYSISÏUSINGÏTHEÏBASICSÏ OFÏPROBABILITYÏ$ELIVEREDÏINÏAÏWORKSHOPÏ STYLE ÏTHEÏCOURSEÏCOMBINESÏLECTURESÏ ONÏHOWÏTOÏDEVELOPÏRELEVANTÏESTIMATES Ï PLANS ÏANDÏRISKÏANALYSISÏWITHÏTHEÏCOURSEÏ CASEÏSTUDYÏPROJECTÏ4HEÏWORKSHOPÏFORMATÏ CANÏBEÏADAPTEDÏTOÏDEVELOPÏESTIMATES Ï PLANS ÏANDÏRISKÏANALYSESÏASÏDELIVERABLESÏ FORÏCLIENT SPECIlCÏPROJECTSÏ!LLÏTERMSÏ ANDÏTECHNIQUESÏUSEDÏAREÏCOMPATIBLEÏ WITHÏTHEÏ0-)gSÏ!Ï'UIDEÏTOÏTHEÏ0ROJECTÏ -ANAGEMENTÏ"ODYÏOFÏ+NOWLEDGE

)NÏTHISÏCOURSE ÏATTENDEESÏRECEIVEÏAÏ COMPREHENSIVEÏOVERVIEWÏOFÏTHEÏKEYÏ PHASESÏANDÏELEMENTSÏTHATÏMAKEÏUPÏ CONTRACTÏPROCUREMENTÏANDÏPARTNERINGÏ4HEÏ FOCUSÏOFÏTHISÏCOURSEÏISÏONÏPROJECT BASEDÏ ENVIRONMENTSÏ!TTENDEESÏWILLÏGAINÏAÏ thorough foundation in the basics of CONTRACTS ÏTYPESÏOFÏCONTRACTSÏANDÏTHEIRÏ APPLICATIONS ÏANDÏTHEIRÏRELATIVEÏSTRENGTHSÏ and weaknesses in addition to learning HOWÏTOÏUSEÏE PROCUREMENTÏTOOLS ÏTHEÏ SAVINGSÏTHATÏCANÏBEÏREALIZEDÏFROMÏTHEM Ï ANDÏWHEREÏTHEYÏlTÏINTOÏTHEÏOVERALLÏ PROCUREMENTÏSTRATEGY

COURSE CONTENT Q

Q Q Q

Role of IT in the enterprise – STRATEGICÏVSÏTACTICAL

Q

Q

)4ÏPORTFOLIOÏMANAGEMENT )NNOVATIONÏGOVERNANCEÏ"UDGETINGÏ ANDÏSCREENINGÏPROJECTS

Q

Q

%MERGINGÏ)4ÏOVERVIEW

Q

Q

/VERVIEWÏOFÏEMERGINGÏTECHNOLOGIES

Q

#OLLABORATIONÏDElNITIONÏANDÏ OVERVIEW

Q

4HEÏCONVERGENCEÏOFÏCOLLABORATION Ï KNOWLEDGEÏMANAGEMENT ÏANDÏSOCIALÏ MEDIA

Q

Q Q

PREREQUISITE 'OODÏUNDERSTANDINGÏOFÏTHEÏTYPICALÏCURRENTÏ IT portfolio content, including business SYSTEMS ÏHOWÏTHEYÏAREÏINTEGRATED ÏANDÏ THEÏINFRASTRUCTUREÏONÏWHICHÏTHEYÏRUNÏ%ACHÏ attendee should also understand his or HERÏORGANIZATIONSÏBUSINESSÏOBJECTIVES


Contract structure

COURSE CONTENT

Q

Tender process

Q

5NDERSTANDINGÏCOMMUNICATION

Q

3TANDARDÏFORMSÏOFÏCONTRACTS

Q

%FFECTIVEÏVERBALÏCOMMUNICATION

0-)ÏPROCESSESÏFORÏMANAGEMENTÏOFÏOILÏ ANDÏGASÏPROJECTS

Q

%FFECTIVEÏCONTRACTÏNEGOTIATION

Q

%FFECTIVEÏWRITINGÏSKILLS

Q

Q

$ECISION SUPPORTÏREPORTSÏANDÏ DOCUMENTS

3UPPLYÏCHAINÏMANAGEMENT

International presentation skills

Q

#ONTRACTÏADMINISTRATION

Q

Q

Dispute resolution

4ERMS ÏPROCESSES ÏANDÏSTAGEÏGATEÏ REVIEWSÏINÏCAPITALÏVALUEÏPROCESS

AUDIENCE

Q

3COPEÏMANAGEMENTÏANDÏWORKÏ breakdown structures

!NYONEÏINVOLVEDÏINÏCONTRACTSÏORÏ partnering.

Q

5SEÏ-3Ï0ROJECTÏINÏPROJECTÏPLANNINGÏ and control

Q

Q

3ETTINGÏUPÏBASICÏPROJECTÏCOSTÏANDÏ progress recording

PREREQUISITE None

0RACTICEÏINÏPERFORMINGÏPRESENTATIONSÏ EXERCISE

AUDIENCE Managers and other professionals WORKINGÏINÏINTERNATIONALÏORÏMULTICULTURALÏ ENVIRONMENTSÏWHOÏWANTÏTOÏIMPROVEÏSKILLSÏ INÏBUSINESSÏCOMMUNICATION PREREQUISITE None

Standard software for risk MANAGEMENTÏANDÏQUALITATIVEÏANDÏ QUANTITATIVEÏRISKÏASSESSMENTS

Q

2ISKÏMITIGATIONÏSTRATEGIES Ï PRELIMINARYÏCONTINGENCYÏLEVELS ÏANDÏ CRITICALÏVARIABLES

Q

-ONTEÏ#ARLOÏMETHODSÏANDÏEXPECTEDÏ MONETARYÏOUTCOME

Q

2ISK ÏEARNEDÏVALUEÏANDÏRISK BASEDÏ forecasts

Q

3TAKEHOLDERÏANALYSISÏANDÏ MANAGEMENTÏSKILLS

Q

0ROJECTÏANDÏBASELINEÏREVIEWS

AUDIENCE #)/S ÏCHIEFÏTECHNOLOGYÏOFlCERSÏ#4/S Ï ANDÏPOTENTIALÏCHIEFÏlNANCIALÏOFlCERSÏ ORÏCHIEFÏEXECUTIVEÏOFlCERSÏ#%/S ÏINÏ ADDITIONÏTOÏESPECIALLYÏINÏCOMPANIESÏ WITHÏSIGNIlCANTÏINFORMATIONÏASSETS ÏORÏ SUPPLIERSÏOFÏINFORMATIONÏSERVICESÏTOÏ/'Ï COMPANIES ÏDIRECTÏREPORTSÏTOÏTHEÏ#)/SÏANDÏ CTOs.

Contracts

Q

COURSE CONTENT

$ElNINGÏANDÏESTIMATINGÏACTIVITIESÏ THROUGHÏTHEÏPROJECTÏLIFEÏCYCLE

Addressing data challenges Infrastructure challenges and OPPORTUNITIESÏMOBILITY ÏLOCATIONÏ AWARENESS ÏANDÏTHEÏh"RINGÏ9OURÏ/WNÏ $EVICEvÏTREND

Alliances and partnering

Q

COURSE CONTENT

)4ÏINNOVATIONÏCONSEQUENCES 4HEÏ)4ÏINNOVATIONÏLIFEÏCYCLE

Q

This course will help the attendees ACHIEVEÏBUSINESSÏGOALSÏBYÏIMPROVINGÏTHEIRÏ INTERNATIONALÏBUSINESSÏCOMMUNICATIONÏ ANDÏINmUENCINGÏSKILLSÏ4HEÏATTENDEESÏ WILLÏLEARNÏTOÏIDENTIFYÏTHEÏCROSS CULTURALÏ COMMUNICATIONÏSKILLSÏREQUIREDÏBYÏ INTERNATIONALÏMANAGERS ÏTOÏASSESSÏTHESEÏ SKILLSÏANDÏOPPORTUNITIESÏFORÏDEVELOPMENT Ï ANDÏTOÏAPPLYÏKEYÏPRINCIPLESÏFORÏMOREÏ SUCCESSFULÏCOMMUNICATION ÏBOTHÏVERBALÏ and written. The course will increase the ATTENDEESÏEFFECTIVENESSÏINÏLEADINGÏANDÏ participating in international business MEETINGS ÏWRITINGÏPROPOSALSÏANDÏREPORTSÏ THATÏINmUENCEÏCLIENTSÏANDÏCOLLEAGUESÏ TOWARDÏAÏDESIREDÏPOINTÏOFÏVIEW ÏANDÏ DELIVERÏSUCCESSFULÏBUSINESSÏPRESENTATIONSÏ to an international audience.

AUDIENCE /ILÏANDÏGASÏINDUSTRYÏPROJECTÏMANAGEMENTÏ professionals. PREREQUISITE 0ROJECTÏ-ANAGEMENTÏCOURSEÏORÏ0-)Ï0-0Ï #ERTIlCATEÏORÏÏYEARSÏOFÏEXPERIENCEÏINÏ PROJECTÏMANAGEMENT


12/22/13 2:50 AM

MANAGEMENT AND LEADERSHIP International Management Skills

International Oil and Gas Exploitation Contracts

Negotiation Skills for the Oil and Gas Industry

Powerful Technical Presentations

Skill – 5 Days

Skill – 5 Days

Skill – 5 Days

Skill – 3 Days

$ESIGNEDÏTOÏIMPROVEÏINTERNATIONALÏ MANAGEMENTÏSKILLS ÏTHISÏCOURSEÏENABLESÏ ATTENDEESÏTOÏIDENTIFYÏTHEÏCOMPETENCIESÏ REQUIREDÏFORÏINTERNATIONALÏMANAGERSÏ ANDÏASSESSÏTHEIRÏOWNÏCOMPETENCEÏINÏ PERSONALÏEFFECTIVENESSÏANDÏRELATIONSHIPÏ MANAGEMENTÏ4HEÏATTENDEESÏWILLÏLEARNÏ TOÏIMPROVEÏSKILLSÏINÏCRITICALÏAREASÏSUCHÏASÏ MOTIVATION ÏCROSS CULTURALÏCOMMUNICATION Ï TEAMÏMANAGEMENT ÏDELEGATION ÏCOACHING Ï CONmICTÏMANAGEMENT ÏANDÏCHANGEÏ MANAGEMENT

4HISÏCOURSEÏDRAWSÏWIDELYÏONÏINDUSTRYÏ CASEÏSTUDIESÏANDÏREALISTICÏEXAMPLESÏ TOÏDELIVERÏAÏBROAD BASED ÏPRACTICALÏ INTRODUCTIONÏTOÏMANAGINGÏCONTRACTSÏFORÏOILÏ ANDÏGASÏEXPLORATION ÏDEVELOPMENT ÏANDÏ PRODUCTIONÏ)NSTRUCTIONÏMAKESÏEXTENSIVEÏ USEÏOFÏPETROLEUMÏINDUSTRYÏCASEÏSTUDIES Ï EXAMPLES ÏANDÏEXERCISES ÏWITHÏATTENDEESÏ WORKINGÏINDIVIDUALLYÏANDÏINÏTEAMSÏTOÏ TACKLEÏAÏVARIETYÏOFÏINDUSTRY SPECIlCÏ challenges.

$ESIGNEDÏTOÏIMPROVEÏTHEÏOUTCOMESÏOFÏ YOURÏNEGOTIATIONS ÏTHISÏCOURSEÏTEACHESÏ the attendees a structured approach TOÏNEGOTIATINGÏTHATÏISÏCOMBINEDÏWITHÏ PRACTICEÏSESSIONSÏTOÏIMPROVEÏTHEIRÏ NEGOTIATINGÏCONlDENCEÏ4HROUGHÏEXPOSUREÏ to the Breakthrough Negotiation 3TRATEGY ÏATTENDEESÏLEARNÏHOWÏTOÏACHIEVEÏ RESULTSÏINÏDIFlCULTÏANDÏCOMPLEXÏCASES Ï understand how to plan and prepare for NEGOTIATIONS ÏRECOGNIZEÏTHEÏVITALÏSTEPSÏ INÏAÏNEGOTIATEDÏSETTLEMENT ÏANDÏLEARNÏTOÏ EXHAUSTÏONEÏSTEPÏBEFOREÏPROCEEDINGÏTOÏ THEÏNEXTÏ!TTENDEESÏNEGOTIATEÏINÏTEAMS Ï PRACTICEÏRESOLVINGÏIMPASSESÏANDÏHANDLINGÏ DIFlCULTÏNEGOTIATIONS ÏANDÏLEARNÏTOÏRESPECTÏ cultural differences in international negotiations.

This training course will help attendees DEVELOPÏTHEIRÏSPEAKINGÏABILITYÏTHROUGHÏ RElNINGÏTHEÏCONTENT ÏPOLISHINGÏVERBALÏ SKILLS ÏIMPROVINGÏBODYÏLANGUAGEÏSKILLS Ï ANDÏCHANNELINGÏNERVOUSÏENERGYÏ 4HEÏTRAININGÏGIVESÏTHEÏATTENDEEÏTHEÏ CONlDENCEÏANDÏTOOLSÏTOÏPREPAREÏANDÏ SUCCEEDÏATÏANYÏTECHNICALÏSPEAKINGÏ OCCASIONÏTHROUGHÏTHEÏUSEÏOFÏINSTRUCTOR LEDÏ COACHINGÏANDÏVIDEOÏFEEDBACKÏOFÏTHEIRÏ PRESENTATIONSÏ4HEÏ(ARVARDÏ"USINESSÏ 2EVIEWÏLISTEDÏhEFFECTIVELYÏSPEAKINGÏINÏ PUBLICvÏASÏTHEÏNUMBERÏONEÏCRITERIAÏFORÏ CAREERÏADVANCEMENTÏ)NÏTHEÏMINDÏOFÏTHEÏ AUDIENCE ÏTHEÏABILITYÏTOÏSPEAKÏEFFECTIVELYÏ REmECTSÏTHEÏPROFESSIONALSÏABILITYÏTOÏ THINKÏLOGICALLY ÏINDICATESÏTHEIRÏSTATUSÏ ANDÏEDUCATION ÏANDÏSUMMARIZESÏTHEIRÏ COMPETENCEÏ

COURSE CONTENT Q

)NTERNATIONALÏMANAGEMENT

Q

5SINGÏSCENARIOSÏ3TRENGTH ÏWEAKNESS Ï OPPORTUNITIES ÏANDÏTHREATSÏANALYSISÏ ANDÏSPECIlC ÏMEASURABLE ÏATTAINABLE Ï REALISTIC ÏANDÏTIMELYÏGOALSÏANDÏACTIONÏ planning

Q

#OMMUNICATIONÏANDÏINmUENCING

Q

3ITUATIONALÏTEAMÏLEADERSHIP

Q

4OPÏÏTIPSÏFORÏTEAMÏLEADERS

Q

0ERFORMANCEÏREVIEWS

Q

Managing people through change

Q

Q

)NTERNATIONALÏMANAGERÏCAREERÏ DEVELOPMENT

COURSE CONTENT Q

3TRUCTURESÏANDÏBENElTSÏOFÏDIFFERENTÏ TYPESÏOFÏINTERNATIONALÏCONTRACTSÏ

Q

+EYÏELEMENTSÏOFÏOILÏANDÏGASÏ EXPLOITATIONÏCONTRACTS

Q

3TRUCTURINGÏCONTRACTSÏTOÏMEETÏSPECIlCÏ needs

Q

Q

Q

Q

0LANNINGÏFORÏFUTUREÏSELF DEVELOPMENT Q

AUDIENCE Managers and professionals working INÏANÏINTERNATIONALÏORÏMULTICULTURALÏ ENVIRONMENT PREREQUISITE &IRST 4IMEÏ,EADERSHIPÏANDÏ3UPERVISIONÏ course.

COURSE CONTENT

.EEDSÏANDÏEXPECTATIONSÏOFÏNATIONALÏ and international oil and gas COMPANIES .ONlNANCIALÏELEMENTSÏANDÏTHEIRÏ IMPACTÏONÏECONOMICSÏANDÏPROlTABILITY )DENTIFYINGÏANDÏMANAGINGÏRISKSÏANDÏ OPPORTUNITIESÏINÏTHEÏCONTRACTÏTERMS Differentiating oil and gas EXPLOITATIONÏANDÏMARKETINGÏISSUESÏINÏ gas contracts

Q

.EGOTIATIONÏASÏAÏPROCESSÏ+EYÏSTEPS

Q

0REPARATIONÏCHECKLIST ÏPREPARINGÏ TACTICS ÏANDÏKNOWINGÏYOURÏSUBJECTÏANDÏ counterpart

Q

)MPORTANCEÏOFÏINITIATION

Q

0RESENTATIONÏAFTERÏINITIATIONÏANDÏ before bargaining

Q

-ODELINGÏCHANGINGÏPARAMETERSÏINÏAÏ TYPICALÏPRODUCTIONÏSHARINGÏCONTRACTÏ

Q

3EVENÏSTEPSÏTOÏEFFECTIVEÏ COMMUNICATION

Q

6ERBALÏANDÏNONVERBALÏCOMMUNICATIONÏ and how to listen

AUDIENCE /ILÏANDÏGASÏCOMPANYÏPERSONNELÏATÏALLÏ LEVELSÏANDÏINÏALLÏDISCIPLINES ÏINCLUDINGÏ BUSINESSÏDEVELOPMENT ÏCONTRACTÏ NEGOTIATIONS ÏBUSINESSÏANALYSIS ÏSTRATEGICÏ PLANNING ÏJOINTÏVENTUREÏREPRESENTATION Ï ANDÏPETROLEUMÏPROJECTÏINVESTMENT

Q

Q

Q

PREREQUISITE None

#OMMUNICATIONÏANDÏHUMANÏBEHAVIORÏ in negotiations

Q Q

Dealing with different personalities, handling international negotiations, ANDÏIMPACTÏOFÏCULTURALÏDIFFERENCES /VERVIEWÏOFÏBARGAININGÏANDÏ presentation Getting concessions and closing the deal Case studies

NEW

COURSE CONTENT Q

#ONDUCTINGÏANÏAUDIENCEÏANALYSIS

Q

0LANNINGÏANÏENGAGINGÏINTRODUCTION

Q

$EVELOPINGÏAÏSTRATEGYÏFORÏTHEÏ PRESENTATIONÏFOCUSÏTOÏMATCHÏTHEÏ audience

Q

#LOSINGÏTHEÏPRESENTATIONÏPOWERFULLY

Q

$ELIVERINGÏAÏPOLISHEDÏPRESENTATIONÏ

Q

5SINGÏVISUALÏAIDSÏTOÏADDÏPOWERÏANDÏ polish to the presentation

Q

5SINGÏTHEÏSAMEÏTECHNIQUESÏFORÏAÏTEAMÏ presentation

AUDIENCE Technical professionals who want to raise THEIRÏLEVELÏOFÏSUCCESSÏINÏPRESENTATIONSÏ BYÏDEVELOPINGÏANDÏDELIVERINGÏMOREÏ COMPELLINGÏANDÏPOWERFULÏPRESENTATIONS PREREQUISITE -ICROSOFTÏ0OWER0OINT ® knowledge and EXPERIENCE

Critical success factors and habits of successful negotiators

AUDIENCE 0ERSONNELÏWITHÏLITTLEÏORÏNOÏPREVIOUSÏ NEGOTIATINGÏEXPERIENCEÏWHOÏWANTSÏTOÏ IMPROVEÏTHEIRÏNEGOTIATINGÏABILITYÏANDÏ CONlDENCEÏPROFESSIONALSÏWORKINGÏINÏ THEÏOILÏANDÏGASÏINDUSTRY ÏINCLUDINGÏTHOSEÏ INVOLVEDÏINÏCOMMERCIALÏANDÏINTERPERSONALÏ negotiations. PREREQUISITE None

Software




Field trips

Uses simulation

| 185 12/22/13 2:50 AM

MANAGEMENT AND LEADERSHIP Supply Chain Strategy

Tendering and Technical Bidding


Skill – 5 Days

Skill – 4 Days

Advanced – 3 Days

!TTENDEESÏWILLÏLEARNÏTOÏDEVELOPÏ PROCUREMENTÏANDÏSUPPLYÏCHAINÏ MANAGEMENTÏ3#- ÏSTRATEGYÏTHATÏCANÏ MAKEÏVALUABLEÏQUANTIlABLEÏCONTRIBUTIONSÏ TOÏTHEIRÏCOMPANYSÏPERFORMANCEÏ4HISÏ practical course shows the attendees HOWÏTOÏADOPTÏAÏBESTÏPRACTICESÏMODELÏANDÏ OUTLINESÏTHEÏLATESTÏTHINKINGÏINÏUPSTREAMÏ PETROLEUMÏINDUSTRYÏPROCUREMENTÏ #OURSEÏTOPICSÏINCLUDEÏDEVELOPMENTÏ ANDÏIMPLEMENTATIONÏOFÏANÏEFFECTIVEÏ PROCUREMENTÏSTRATEGY ÏPLANNINGÏTHATÏ REDUCESÏTHEÏOVERALLÏCOSTÏOFÏPURCHASING Ï ANDÏMANAGEMENTÏTOÏDELIVERÏMAXIMUMÏ VALUEÏATÏMINIMUMÏCOST

4HISÏCOURSEÏCOVERSÏTHEÏKEYÏASPECTSÏ of technical bidding and tendering in THEÏCONTEXTÏOFÏPROJECTÏMANAGEMENTÏ Attendees will learn about business PERFORMANCE ÏTHEÏTENDERÏPROCESS Ï CONTRACTS ÏANDÏQUANTITATIVEÏMETHODS Ï INCLUDINGÏTHOSEÏFORÏPROCUREMENT

This course focuses on understanding THEÏUSEÏOFÏSTRATEGICÏPLANNINGÏTOÏOPTIMIZEÏ THEÏPROBABILITYÏOFÏSUCCESSÏINÏOILÏANDÏ GASÏEXPLORATIONÏ4HEÏCOURSEÏINCLUDESÏ RECOGNIZINGÏTHEÏNEEDÏFORÏSTRATEGICÏCHANGEÏ ANDÏDEVELOPINGÏOPTIONSÏTOÏRESPONDÏTOÏ CHANGINGÏBUSINESSÏENVIRONMENTSÏINÏ ADDITIONÏTOÏIMPLEMENTINGÏNEWÏSTRATEGICÏ DIRECTIONSÏANDÏMANAGINGÏANDÏMONITORINGÏ PERFORMANCE

COURSE CONTENT Q

Q Q

#ONTRACTÏASÏLEGALÏINSTRUMENT Ï INVESTMENTÏTOOL ÏANDÏMANAGEMENTÏ and control tool 7HATÏCANÏGOÏWRONGÏINÏCONTRACTING Roles of contract policies and procedures

COURSE CONTENT Q

!NALYZINGÏSPECIlCATIONS

Q

$EVELOPINGÏCLARIlCATIONS

Q

%STIMATING ÏPLANNING ÏANDÏRISKÏ ASSESSMENT

Q

#OLLABORATIVEÏWORKING

Q

0REPARINGÏBIDÏPLANÏ

Q

"IDÏCOMPILATION

Q

0RICING

Q

!DJUSTINGÏANDÏCONlRMINGÏBIDÏPLAN

Q

0RESENTATIONÏOFÏlNALÏPROPOSAL

Q

0OSTBIDÏREVIEW

Q

"ESTÏPRACTICEÏPROCUREMENTÏPROCESS

AUDIENCE

Q

)LLUSTRATIONSÏANDÏBENElTSÏOFÏ3#-

Q

3COPESÏOFÏWORKÏANDÏTHEÏÏGOLDENÏ rules

Q

!LTERNATIVEÏTENDERINGÏSTRATEGIES

%NGINEERINGÏANDÏPROJECTÏMANAGERSÏ CONSTRUCTIONÏMANAGERSÏPROJECT Ï CONSTRUCTION ÏANDÏDISCIPLINEÏENGINEERSÏ CONTRACTS ÏPROCUREMENT ÏANDÏCOSTÏ ENGINEERSÏBUSINESSÏDEVELOPMENTÏ EXECUTIVESÏTENDERÏMANAGERSÏANDÏ ACCOUNTINGÏSUPERVISORS

Q

Contract strategies and how to DEVELOPÏTHEM

Q

#ONTRACTÏRISKÏASSESSMENTÏANDÏITSÏ IMPORTANCE

Q

4YPESÏOFÏCONTRACTSÏANDÏPREPARATIONÏOFÏ contractor selection criteria

Q

Q

Tender preparation, issue, and EVALUATION 0REPARINGÏTHEÏCONTRACTÏANDÏMANAGINGÏ THEÏCONTRACTORÏUSINGÏAÏPERFORMANCEÏ REVIEWÏPROCESS

AUDIENCE 0ERSONNELÏOFÏALLÏLEVELSÏANDÏINÏALLÏ DISCIPLINESÏWHOÏHAVEÏRESPONSIBILITYÏ FOR ÏANDÏINVOLVEMENTÏIN ÏTHEÏENTIREÏ PROCUREMENTÏPROCESSÏLINEÏOPERATIONALÏ MANAGERSÏANDÏSPECIALISTSÏTHEÏENDÏ USERS ÏASÏWELLÏASÏCONTRACTÏMANAGERSÏANDÏ contract specialists.

4HEÏCOURSEÏBUILDSÏONÏAÏNUMBERÏOFÏCASEÏ studies of strategic change and what CANÏBEÏLEARNEDÏFROMÏTHESEÏSCENARIOSÏ The course scope includes the technical, ECONOMIC ÏANDÏPOLITICALÏDRIVERSÏTHATÏ SHAPEÏTHEÏPERFORMANCEÏOFÏALLÏOILÏANDÏGASÏ ORGANIZATIONSÏ4HEÏCOURSEÏWILLÏCOVERÏTHEÏ IMPORTANCEÏOFÏSTRATEGICÏPLANNINGÏATÏALLÏ STAGESÏOFÏTHEÏEXPLORATIONÏVALUEÏCHAINÏ ACCESSÏTHROUGHÏTOÏBASINÏSELECTIONÏANDÏ EXPLORATIONÏPLAYÏTESTING The attendees will gain an understanding OFÏHOWÏTOÏRECOGNIZEÏTHEÏNEEDÏFORÏAÏ STRATEGICÏAPPROACH ÏHOWÏTOÏDEVELOPÏAÏ set of strategic options, and then how TOÏSELECTÏANDÏIMPLEMENTÏTHEÏAPPROPRIATEÏ STRATEGYÏFORÏAÏGIVENÏSITUATION

4HISÏCOURSEÏWILLÏHELPÏATTENDEESÏIDENTIFYÏ WHATÏISÏINÏITÏFORÏTHEM ÏHOWÏTOÏINSPIREÏ OTHERS ÏANDÏWHYÏDOÏOTHERSÏWANTÏTOÏ FOLLOWÏYOUÏANDÏhGOÏTHEÏEXTRAÏMILEvÏ!SÏAÏ business leader in the oil and gas sector, ATTENDEESÏALWAYSÏHAVEÏAÏNEEDÏTOÏSTAYÏ FARÏAHEADÏOFÏCOMPETITIONÏ/NEÏWAYÏISÏ TOÏBECOMEÏANÏINSPIRATIONALÏLEADER ÏBUTÏ HOWÏDOÏYOUÏINSPIREÏOTHERSÏ7HATÏKINDÏ OFÏLEADERSHIPÏDOÏPEOPLEÏRESPONDÏTOÏ !NDÏHOWÏCANÏYOUÏIMPROVEÏTHEÏQUALITYÏ OFÏLEADERSHIPÏINÏYOURÏBUSINESSÏ4HEÏ BESTÏLEADERSÏPROMOTEÏAÏCULTUREÏWHEREÏ THEIRÏPEOPLEÏVALUEÏTHEMSELVES ÏEACHÏ OTHER ÏTHEIRÏORGANIZATIONÏANDÏCUSTOMERSÏ %VERYONEÏUNDERSTANDSÏHOWÏTHEIRÏWORKÏ MAKESÏAÏDIFFERENCEÏANDÏTHISÏHELPSÏTOÏBUILDÏ AÏCOMMITMENTÏTOÏHIGHERÏSTANDARDSÏWHEREÏ EVERYBODYÏISÏALWAYSÏLOOKINGÏTOÏDOÏTHINGSÏ better. Inspirational leadership is not a hGIFTÏOFÏNATURE vÏBUTÏINSTEAD ÏITÏREQUIRESÏ awareness and practice. COURSE CONTENT Q

)NSIGHTSÏINTOÏTHEÏhARTvÏOFÏINSPIRATIONALÏ leadership

Q

-ASTERÏAÏPOWERFULÏVOCABULARYÏTHATÏ leads to greater results through people Latest tools, tips, and practical TECHNIQUESÏINÏACHIEVINGÏGREATÏRESULTSÏ

3TRATEGICÏCHANGEÏANDÏORGANIZATIONÏ LIFEÏCYCLE

Q

Q

)DENTIFYÏTHEÏKEYÏINGREDIENTSÏFORÏ winning strategies

Q

)MPORTANCEÏOFÏINSPIRATIONÏASÏAÏWAYÏTOÏ engage others

Q

%XPLORATIONÏLIFEÏCYCLE

Q

Q

%XPLORATIONÏVALUEÏCHAINÏ

0ERSONALÏLEADERSHIPÏSTYLEÏANDÏ DEVELOPINGÏACTIONSÏTOÏIMPROVEÏIT

Q

0ORTFOLIOÏMANAGEMENTÏnÏMANAGINGÏ EXPOSUREÏ

Q

%XPLORATIONÏPROCESSÏ

– $ELIVERINGÏSTRATEGICÏCHANGE ÏÏÏORGANIZATION ÏANDÏPERFORMANCE

Q

0EOPLEÏDEVELOPMENTÏ

Q

4ECHNOLOGYÏ

Q

-ONITORINGÏANDÏREVIEWINGÏ PERFORMANCEÏ

AUDIENCE -IDDLEÏANDÏSENIORÏMANAGERSÏINTERESTEDÏ INÏTAKINGÏTHEIRÏTEAMSÏTOÏTHEÏNEXTÏLEVELÏINÏ PERFORMANCEÏANDÏIMPACT PREREQUISITE None

AUDIENCE 'EOLOGISTS ÏGEOPHYSICISTS ÏTEAMÏLEADERS Ï ANDÏMANAGERS

PREREQUISITE

PREREQUISITE None


NEW

Q

None

186 |

Advanced -3 Days

COURSE CONTENT

PREREQUISITE Basic understanding of the business process.

NEW

Becoming an Inspirational Leader in Oil and Gas


12/22/13 2:50 AM

MANAGEMENT AND LEADERSHIP Project Risk Analysis and Management

Strategic Project Management

Advanced – 4 Days

Advanced – 5 Days

5NCERTAINTYÏISÏINHERENTÏINÏALLÏPROJECTSÏ ANDÏOPERATIONS ÏPARTICULARLYÏINÏTECHNICAL Ï lNANCIAL ÏSCHEDULE ÏLEGAL ÏANDÏQUALITYÏ arenas. This course presents the attendees with techniques used in the IDENTIlCATION ÏASSESSMENT ÏANDÏCONTROLÏ OFÏUNCERTAINTIESÏINÏAÏPROJECT BASEDÏ enterprise. Attendees will learn about RISKÏANALYSISÏANDÏMANAGEMENTÏASÏAÏlELDÏ OFÏEXPERTISEÏFOCUSEDÏONÏTHEÏSYSTEMATICÏ ANDÏCOMPREHENSIVEÏANALYSISÏOFÏ UNCERTAINTY

!LLÏASPECTSÏOFÏPROJECTÏMANAGEMENTÏ AREÏPRESENTEDÏFORÏBOTHÏGREENlELDÏANDÏ BROWNlELDÏENVIRONMENTSÏ4HEORYÏISÏ COMBINEDÏWITHÏTHEÏPRACTICEÏOFÏKEYÏSKILLSÏ INÏAÏPROGRAMÏDESIGNEDÏTOÏDEVELOPÏANDÏ IMPROVEÏTHEÏATTENDEESÏPERFORMANCEÏINÏ AÏPROJECTÏMANAGEMENTÏTEAMÏ!TTENDEESÏ WILLÏREVIEWÏCAPITAL ÏOPERATIONS ÏANDÏ MAINTENANCEÏPROJECTSÏINÏADDITIONÏ TOÏEARNINGÏUPÏTOÏÏ0$5SÏFORÏ0-)Ï CERTIlCATION

COURSE CONTENT Q

2ISKÏANALYSISÏPROCESSÏANDÏSTAGESÏOFÏ RISKÏLIFEÏCYCLEÏ

Q

%XPOSURE ÏIMPACT ÏANDÏPROBABILITYÏ ASSESSMENT

Q

2ISKÏIDENTIlCATIONÏPROCESS

Q Q

Q

Mitigation strategies 5SINGÏ-ICROSOFTÏ%XCELÏAND 2ISK½ÏFORÏPROJECTÏRISKÏANALYSIS #ASEÏSTUDYÏANALYSISÏ2ESETTINGÏ PROBABILITYÏPARAMETERS

AUDIENCE !NYONEÏWANTINGÏTOÏINCREASEÏSKILLSÏINÏ PROJECTÏRISKÏMANAGEMENT PREREQUISITE None

COURSE CONTENT Q

0ROJECTÏEXECUTION

Q

3TRATEGYÏISSUES

Q

0ROJECTÏSCOPE ÏVALUE ÏANDÏTIMEÏ MANAGEMENT

Q

0ROJECTÏINTEGRATIONÏANDÏCONTEXT

Q

0ROCUREMENTÏMANAGEMENTÏINCLUDINGÏ CONTRACTS

Q

2ISKÏMANAGEMENT

Q

6ALUEÏIMPROVEMENTÏPRACTICESÏANDÏ CONSTRUCTABILITY

Q

0ROJECTÏQUALITY ÏCOMMUNICATIONS ÏANDÏ HUMANÏRESOURCESÏMANAGEMENT

AUDIENCE %XPERIENCEDÏPROJECTÏMANAGERSÏORÏ PROFESSIONALSÏRESPONSIBLEÏFORÏMANAGINGÏ PROJECTSÏANDÏWANTINGÏTOÏLEARNÏADVANCEDÏ techniques. PREREQUISITE 0ROJECTÏMANAGEMENTÏEXPERIENCEÏANDÏTHEÏ 0ROJECTÏ-ANAGEMENTÏCOURSE

Software




Field trips

Uses simulation

| 187 12/22/13 2:50 AM

ECONOMICS AND FINANCE COMPETENCY LEVEL

Petroleum Economics

Accounting and Finance

ADVANCED Portfolio Management

SKILL Risk, Uncertainty and Decisions in E&P Projects

Auditing in the E&P Industry

Economics of Deepwater Projects

Exploration and Production Accounting Level 3

Economics of Unconventional Resources



Petroleum Economics: Heriot-Watt University Program

FOUNDATION Petroleum Decision and Risk Analysis


Petroleum Economics

Mastering Finance for Nonfinancial Oil and Gas Personnel



AWARENESS



12/22/13 2:50 AM

ECONOMICS AND FINANCE GeoX

ADVANCED Merak Enterprise Planning


SOFTWARE

Merak

COMPETENCY LEVEL

SKILL Merak Decision Tool Kit and Merak Peep Monte Carlo

Merak Capital Planning Fundamentals

Merak Peep Fiscal Model Library Fundamentals

Merak Peep Advanced

FOUNDATION Merak VOLTS Reserves Management Fundamentals


Merak Decision Tool Kit Fundamentals




Merak Peep Fundamentals

Software




Field trips

Uses simulation

| 189 12/22/13 2:50 AM

ECONOMICS AND FINANCE Introduction to Petroleum Economics




4HISÏBLENDED LEARNINGÏCLASSÏISÏANÏEXCELLENTÏ introduction for the attendees to the FUNDAMENTALSÏOFÏPETROLEUMÏECONOMICS Ï INCLUDINGÏREVENUE ÏEXPENDITURES ÏlSCALÏ SYSTEMS ÏRISKÏANALYSIS ÏANDÏINVESTMENTÏ ANALYSISÏ4HEÏBLENDED LEARNINGÏEXPERIENCEÏ INCLUDESÏQUESTIONSÏANDÏANSWERSÏFROMÏ LEARNINGÏMATERIAL ÏEXERCISES ÏCLASSÏ DISCUSSIONS ÏTEAMÏPRESENTATIONS ÏANDÏANÏ INTERACTIVEÏCHALLENGE

4HISÏ DAYÏCOURSEÏWILLÏATTENDEESÏWHOÏ DOÏNOTÏHAVEÏAÏlNANCIALÏBACKGROUNDÏTOÏ UNDERSTANDÏTHEÏBASICÏPRINCIPLES ÏTHEORY Ï ANDÏPRACTICEÏOFÏlNANCIALÏREPORTINGÏANDÏ ANALYSISÏINÏTHEÏUPSTREAMÏOILÏANDÏGASÏ INDUSTRYÏ#OURSEÏATTENDEESÏWILLÏLEARNÏ the sources and uses of accounting and lNANCIALÏINFORMATIONÏANDÏUNDERSTANDÏTHEÏ DIFFERENCESÏBETWEENÏCASHÏmOWÏFORÏPROJECTÏ ECONOMICSÏANDÏACCOUNTINGÏPROlTÏ"ASICÏ OILÏANDÏGASÏINDUSTRYÏACCOUNTINGÏPOLICIESÏ will be presented, as well as the general BUDGETINGÏANDÏlNANCIALÏPROCESSESÏOFÏAÏ TYPICALÏINTERNATIONALÏOILÏCOMPANY

COURSE CONTENT Q

#ASHÏmOWÏBASICS

Q

#ALCULATINGÏREVENUE

Q

%STIMATINGÏEXPENDITURES

Q

&ISCALÏSYSTEMS

Q

2ISKÏANALYSIS

Q

)NVESTMENTÏANALYSIS

Q

0ETROLEUMÏECONOMICSÏCHALLENGEÏ INTERACTIVEÏEXERCISE

NEW

COURSE CONTENT Q

Q

Q

3OURCESÏANDÏUSESÏOFÏlNANCIALÏ INFORMATIONÏANDÏDATA &INANCIALÏINFORMATIONÏFORÏDECISION MAKINGÏ "ASICÏlNANCIALÏPRINCIPLESÏSUCHÏASÏTHEÏ BALANCEÏSHEETÏANDÏPROlTÏANDÏLOSSÏÏ

AUDIENCE

Q


.ONlNANCIALÏPROFESSIONALSÏOFÏALLÏ LEVELSÏFROMÏTECHNICALÏANDÏNONTECHNICALÏ backgrounds.

Q

#ONTROLÏCASHÏmOWÏ

Q

4ECHNIQUESÏFORÏMEASURINGÏlNANCIALÏ PERFORMANCEÏ

PREREQUISITE

Q

None

Oil and gas accounting and budget preparation and control

Q

2OLEÏOFÏlNANCIALÏPLANNINGÏ

Q

/PERATINGÏBUDGETÏVERSUSÏCAPITALÏ budget

Q

0REPAREÏANDÏCONTROLÏAÏBUDGETÏ

AUDIENCE !NYONEÏDESIRINGÏANÏINTRODUCTIONÏTOÏBASICÏ lNANCIALÏPRACTICESÏANDÏPRINCIPLESÏINÏTHEÏOILÏ ANDÏGASÏINDUSTRY

Exploration and Production Accounting - Level 1

Mastering Finance for Nonfinancial Oil and Gas Personnel



4HISÏINTRODUCTORY LEVELÏCOURSEÏDELIVERSÏAÏ COMPREHENSIVEÏOVERVIEWÏOFÏINTERNATIONALÏ ACCOUNTINGÏANDÏlNANCEÏPRACTICESÏINÏTHEÏ %0ÏINDUSTRYÏ)TÏISÏPARTICULARLYÏSUITABLEÏ FORÏlNANCEÏPERSONNELÏWHOÏAREÏNEWÏTOÏTHEÏ INDUSTRYÏORÏTHOSEÏWHOÏWANTÏAÏBROADERÏ UNDERSTANDINGÏOFÏOILÏANDÏGASÏlNANCIALÏ POLICY ÏJOINTÏVENTURES ÏANDÏCOST CONTROLÏ TOPICÏAREASÏ4OPICSÏINCLUDEÏINDUSTRYÏ ACCOUNTINGÏPOLICIESÏANDÏPRACTICESÏ ANÏINTRODUCTIONÏTOÏMANAGINGÏPROJECT Ï DEVELOPMENT ÏANDÏOPERATINGÏCOSTSÏTHEÏ ACCOUNTINGÏANDÏlNANCIALÏMANAGEMENTÏ IMPLICATIONSÏOFÏEXPLORINGÏFORÏANDÏPRODUCINGÏ OILÏANDÏGASÏANDÏTHEÏBACKGROUNDÏANDÏ ACCOUNTINGÏTREATMENTÏOFÏlNANCIALÏISSUESÏ THATÏAREÏUNIQUEÏTOÏTHEÏ%0ÏINDUSTRY

This course, designed for personnel who do NOTÏHAVEÏAÏlNANCIALÏBACKGROUND ÏPRESENTSÏ THEÏBASICÏPRINCIPLES ÏTHEORY ÏANDÏPRACTICEÏ OFÏlNANCIALÏREPORTINGÏANDÏANALYSISÏASÏTHEYÏ APPLYÏTOÏTHEÏOILÏANDÏGASÏINDUSTRYÏ!TTENDEESÏ will learn how to interpret, understand, ANDÏACTÏONÏlNANCIALÏINFORMATIONÏASÏWELLÏASÏ HOWÏTOÏDEVELOPÏEFFECTIVEÏDECISION MAKINGÏ SKILLSÏINÏADDITIONÏTOÏINCREASINGÏYOURÏ UNDERSTANDINGÏOFÏlNANCIALÏMANAGEMENTÏ ELEMENTSÏTHATÏAREÏSPECIlCÏTOÏTHEÏOILÏANDÏ GASÏINDUSTRYÏANDÏKEYÏ%0ÏACCOUNTINGÏ TOPICS ÏINCLUDINGÏDEPRECIATION ÏRESERVES Ï DECOMMISSIONING ÏANDÏASSETÏIMPAIRMENTÏ tests. COURSE CONTENT Q

3OURCESÏANDÏUSESÏOFÏlNANCIALÏ INFORMATION

(OWÏACCOUNTINGÏPOLICIESÏINmUENCEÏ lNANCIALÏPERFORMANCEÏREPORTING

Q

5NDERSTANDINGÏlNANCIALÏINFORMATION

Successful efforts and full cost accounting

Q


Q

-EASURINGÏlNANCIALÏPERFORMANCE

$ECOMMISSIONINGÏCOSTS

Q

Accounting practices and policies Budget preparation and control %FFECTSÏOFÏTAXATION

COURSE CONTENT Q

Q

Q

*OINTÏVENTUREÏACCOUNTING

Q

Q

#OSTÏCONTROLÏANDÏANALYSIS

Q

Q

Drilling cost control and forecasting

AUDIENCE

-ANAGINGÏPROJECTÏANDÏDEVELOPMENTÏ costs

!NYONEÏWANTINGÏAÏBETTERÏUNDERSTANDINGÏOFÏ lNANCEÏANDÏBUDGETING

Q

Q

AUDIENCE

PREREQUISITE

&INANCEÏSTAFFÏNEWÏTOÏTHEÏINDUSTRYÏWANTINGÏ a broader understanding of the oil and gas lNANCEÏFUNCTIONÏSTAFFÏBEINGÏDEVELOPEDÏ FORÏBROADERÏACCOUNTINGÏANDÏlNANCIALÏ MANAGEMENTÏRESPONSIBILITIESÏAUDITÏ ANDÏINFORMATIONÏSYSTEMSÏSTAFFÏINVOLVEDÏ WITHÏlNANCIALÏCONTROLSÏANDÏSYSTEMSÏANDÏ TREASURYÏANDÏTAXÏSPECIALISTS

None

PREREQUISITE None


PREREQUISITE None


12/22/13 2:50 AM

ECONOMICS AND FINANCE Petroleum Decision and Risk Analysis

Petroleum Economics

Auditing in the E&P Industry




Skill – 5 Days

Skill – 3 Days

!TTENDEESÏWILLÏLEARNÏMULTIPLEÏAPPROACHESÏ TOÏMODELINGÏDECISIONSÏFORÏOILÏANDÏGASÏ PROJECTSÏ4HISÏCOURSEÏHIGHLIGHTSÏAÏPROVENÏ PROCESSÏANDÏTECHNOLOGYÏFORÏDECISIONÏ ANALYSISÏUSEDÏBYÏCOMPANIESÏWORLDWIDEÏ !NÏOVERVIEWÏINCLUDESÏFUNDAMENTALSÏANDÏ EXAMPLESÏOFÏDECISIONÏANALYSIS ÏDISCUSSIONÏ OFÏUNCERTAINTIESÏANDÏRISK ÏANDÏVARIOUSÏWAYSÏ TOÏINCORPORATEÏTHEMÏINÏOILÏANDÏGASÏPROJECTÏ EVALUATIONSÏ$ISCUSSIONSÏCOVERÏTHEÏUSEÏ OFÏSENSITIVITIES ÏDECISIONÏTREES ÏANDÏVALUEÏ OFÏINFORMATIONÏINÏBOTHÏDETERMINISTICÏANDÏ PROBABILISTICÏAPPROACHESÏTOÏEVALUATINGÏOILÏ ANDÏGASÏPROJECTS

4HEÏCOURSEÏTEACHESÏTHEÏFUNDAMENTALSÏ OFÏPETROLEUMÏECONOMICSÏASÏAPPLIEDÏTOÏ SELECTINGÏOILÏANDÏGASÏPROJECTS ÏINCLUDINGÏ AÏREVIEWÏOFÏTHEÏTIMEÏVALUEÏOFÏMONEYÏ concepts.

!NÏINTENSIVEÏTRAININGÏPROGRAMÏDESIGNEDÏ TOÏIMPROVEÏAUDITINGÏSKILLS ÏTHISÏCOURSEÏ ENHANCESÏTHEÏATTENDEESÏUNDERSTANDINGÏ of audit principles and practices that are UNIQUEÏTOÏTHEÏ%0ÏBUSINESSÏ!TTENDEESÏ WILLÏLEARNÏHOWÏTOÏAPPLYÏAÏSTRUCTUREDÏ METHODOLOGYÏFORÏCONDUCTINGÏINTERNAL Ï PRODUCTION SHARING ÏANDÏJOINTÏVENTUREÏ AUDITS ÏIMPLEMENTÏAÏMULTIDISCIPLINEÏTEAMÏ APPROACHÏTOÏAUDITS ÏANDÏADOPTÏAÏMODELÏOFÏ audit best practices.

4HISÏ DAYÏCOURSEÏISÏFORÏATTENDEESÏWHOÏ ALREADYÏHAVEÏSOMEÏEXPERIENCEÏRUNNINGÏ PROJECTÏECONOMICSÏINÏTHEÏOILÏANDÏGASÏ INDUSTRYÏBUTÏWOULDÏLIKEÏTOÏLEARNÏHOWÏTOÏ MODELÏANDÏEVALUATEÏTHEÏECONOMICSÏOFÏ DEEPWATERÏDEVELOPMENTÏPROJECTSÏ!NÏ OVERVIEWÏOFÏTHEÏEXPLORATION ÏDEVELOPMENT Ï ANDÏPRODUCTIONÏPROCESSESÏINVOLVEDÏINÏ DEEPWATERÏPROJECTSÏWILLÏBEÏPRESENTEDÏ !NÏEVALUATIONÏMODELÏANDÏMETHODÏFORÏ EVALUATINGÏDEEPWATERÏPROJECTSÏWILLÏTHENÏBEÏ presented and discussed using supporting case studies. Attendees will learn how TOÏINCORPORATEÏCOMMONÏTECHNICALÏANDÏ nontechnical risks and uncertainties to ARRIVEÏATÏAÏCOMPLETEÏEVALUATIONÏOFÏTHEÏ ECONOMICSÏOFÏDEEPWATERÏPROJECTS

COURSE CONTENT Q

Q

Q

$ECISIONÏANDÏRISKÏANALYSIS ÏINCLUDINGÏ decision criteria $ECISIONSÏ(OWÏTOÏADDRESSÏTHEMÏANDÏ MOREÏIMPORTANTLY ÏHOWÏNOTÏTOÏADDRESSÏ THEM %SSENTIALSÏOFÏUNCERTAINTY ÏRISK Ï PROBABILITY ÏANDÏSTATISTICS ÏINCLUDINGÏ CHOOSINGÏDISTRIBUTIONÏTYPESÏANDÏ ELIMINATINGÏBIAS

Q


Q

-ODELINGÏUPSTREAMÏOILÏANDÏGASÏ decisions

COURSE CONTENT Q

)NTRODUCTIONÏTOÏPETROLEUMÏECONOMICS

Q

&ORECASTINGÏPRODUCTIONÏVOLUMES

Q

%NTERINGÏANDÏUSINGÏPRODUCTÏPRICES

Q

#ALCULATINGÏROYALTYÏANDÏINTEREST

Q

/PERATINGÏEXPENSES ÏCAPITALÏ INVESTMENTS ÏDEPRECIATION ÏANDÏTAXES

Q

)NmATION ÏESCALATION ÏANDÏDISCOUNTING

Q

#ASHÏmOW ÏECONOMICÏINDICATORS ÏANDÏ NETÏPRESENTÏVALUE

Q

7ORLDWIDEÏlSCALÏSYSTEMS

Q

)NCREMENTALÏANALYSIS

COURSE CONTENT Q Q

Q Q

!UDITÏDElNITIONSÏANDÏTYPESÏOFÏAUDITS Audit principles, techniques, planning, RISK ÏANDÏINTERVIEWS Audit process Audit techniques, such as creating mOWCHARTSÏ

Q

!UDITÏTESTING ÏSAMPLING ÏANDÏREPORTING

Q

Internal auditing controls

AUDIENCE

Q

Operational and contract audits

!NYONEÏWANTINGÏAÏFUNDAMENTALÏKNOWLEDGEÏ OFÏPETROLEUM

Q

Q

0ROJECTÏSELECTION

PREREQUISITE

Q

None

Q

*OINTÏVENTUREÏAUDITINGÏANDÏADOPTINGÏ best practices !UDITÏMEETINGSÏANDÏCLOSEOUTS Audit issues and accounting PROCEDURESÏFORÏPRODUCTION SHARINGÏ contracts

Q

!NALYZINGÏDECISIONSÏANDÏMAKINGÏ RECOMMENDATIONS

Q

+EYÏUNCERTAINTIES

AUDIENCE

Q

3IMPLEÏDECISIONÏMODELSÏWITHÏ DETERMINISTICÏANALYSIS

Q

#OMPLEXÏDECISIONÏMODELSÏWITHÏ PROBABILISTICÏANALYSIS

!NYONEÏWORKINGÏINÏTHEÏUPSTREAMÏOILÏANDÏGASÏ INDUSTRYÏWANTINGÏTOÏLEARNÏABOUTÏORÏUPDATEÏ auditing techniques, as well as professional ACCOUNTANTSÏWITHÏAÏBACKGROUNDÏINÏSTATUTORYÏ audit who want to learn about internal and JOINTÏVENTUREÏAUDITS

Q

Case studies

Q

'ROUPÏPROBLEM

COURSE CONTENT Q

&RAMEWORKÏFORÏDEEPWATERÏECONOMICÏ EVALUATIONS

Q

$ECISIONÏFRAMEWORKÏOFÏDEEPWATERÏ PROJECTSÏ

Q

$EVELOPMENTÏSCHEDULEÏANDÏCASHÏmOW

Q

$EEPWATERÏDECISIONÏANALYSIS

Q

$ECISIONÏANALYSISÏSTRUCTURE

Q

2ISKÏIDENTIlCATIONÏANDÏINCORPORATION

Q

Decision trees

AUDIENCE %NGINEERS ÏECONOMISTS ÏMANAGERS ÏORÏ OTHERÏTECHNICALÏSTAFFÏWITHÏEXPERIENCEÏINÏ PROJECTÏECONOMICSÏWHOÏWANTÏTOÏLEARNÏHOWÏ TOÏMODELÏANDÏEVALUATEÏTHEÏECONOMICSÏOFÏ DEEPWATERÏPROJECTS PREREQUISITE %XPERIENCEÏWITHÏPETROLEUMÏECONOMICSÏORÏ EQUIVALENT

PREREQUISITE

AUDIENCE

NEW

None

'EOSCIENTISTS ÏENGINEERS ÏCOMMERCIALÏ TEAMÏMEMBERS ÏORÏANYONEÏWANTINGÏTOÏ INCORPORATEÏUNCERTAINTYÏANDÏRISKÏINTOÏ MODELSÏOFÏOILÏANDÏGASÏDECISIONS PREREQUISITE 0ETROLEUMÏ%CONOMICSÏCOURSEÏWITHÏSOMEÏ EXPERIENCEÏINÏPROJECTÏDECISIONÏMAKINGÏANDÏ RISKÏANALYSIS

Software




Field trips

Uses simulation

| 191 12/22/13 2:50 AM

ECONOMICS AND FINANCE Economics of Petroleum Exploration


Exploration and Production Accounting – Level 2

Exploration and Production Accounting – Level 3

Skill – 5 Days

Skill – 4 Days

Skill – 5 Days

Skill – 5 Days

This course focuses on the business side OFÏEXPLORATIONÏIE ÏHOWÏDOESÏAÏCOMPANYÏ DECIDEÏWHETHERÏTOÏMOVEÏFORWARDÏWITHÏAÏ PARTICULARÏPROJECTÏ!TTENDEESÏWILLÏLEARNÏ HOWÏAÏSTRUCTUREDÏDECISIONÏANALYSISÏANDÏ PORTFOLIOÏOPTIMIZATIONÏPROCESSÏUSESÏTHEÏ HYDROCARBONÏVOLUMESÏANDÏRISKÏANALYSESÏ PROVIDEDÏBYÏEXPLORATIONÏGEOSCIENTISTSÏ TOÏIDENTIFYÏTHEÏPROJECTSÏWITHÏTHEÏBESTÏ ECONOMICÏPOTENTIAL

4HISÏCOURSE ÏPARTICULARLYÏSUITABLEÏFORÏ ATTENDEESÏINVOLVEDÏWITHÏSHALEÏGASÏANDÏ COALBEDÏMETHANE ÏPRESENTSÏAÏPROBABILISTICÏ APPROACHÏTHATÏCANÏBEÏIMMEDIATELYÏ IMPLEMENTEDÏFORÏECONOMICÏEVALUATIONÏ OFÏUNCONVENTIONALÏGASÏRESOURCESÏ #ASEÏSTUDIESÏHIGHLIGHTÏTHEÏTECHNOLOGYÏ ANDÏWORKmOWSÏTHATÏCANÏHELPÏREDUCEÏ THEÏUNCERTAINTYÏINÏYOURÏEVALUATIONSÏ #OURSEÏMATERIALÏINCLUDESÏANÏOVERVIEWÏ OFÏWORLDWIDEÏUNCONVENTIONALÏACTIVITY Ï DISCUSSIONÏOFÏTECHNICALÏANDÏDEVELOPMENTÏ uncertainties, and the use of a decision ANALYSISÏPROCESSÏINCLUDINGÏSENSITIVITIES Ï DECISIONÏTREES ÏANDÏVALUEÏOFÏINFORMATION

)NCREASEÏYOURÏKNOWLEDGEÏANDÏ UNDERSTANDINGÏOFÏINTERNATIONALÏ%0ÏlNANCEÏ ANDÏACCOUNTINGÏTOÏANÏINTERMEDIATEÏLEVELÏ !NÏIN DEPTHÏEXAMINATIONÏOFÏINTERNATIONALÏ PRACTICESÏANDÏCURRENTÏDEVELOPMENTS ÏTHISÏ COURSEÏCOVERSÏAÏBROADÏRANGEÏOFÏRELEVANTÏ topics. Attendees are encouraged to CHALLENGEÏEXISTINGÏMETHODSÏASÏAÏBASISÏFORÏ REVIEWINGÏPROCEDURESÏANDÏINTRODUCINGÏ IMPROVEMENTSÏINÏYOURÏWORKPLACE

4HISÏHIGHLYÏINTERACTIVEÏ DAYÏWORKSHOPÏISÏ FORÏATTENDEESÏWHOÏWANTÏTOÏTAKEÏTHEIRÏ%0Ï ACCOUNTINGÏSKILLSÏTOÏANÏADVANCEDÏLEVELÏ 4HEÏCOURSEÏFOCUSESÏONÏHIGHLYÏREALISTICÏ%0Ï COMPANYÏSCENARIOSÏANDÏAÏCOMPUTER BASEDÏ SIMULATIONÏTOÏPLAN ÏRECORD ÏANDÏREPORTÏ COMPANYÏPROGRESSÏTHROUGHÏINTERNATIONALÏ %0ÏACTIVITIESÏ4EAMSÏPARTICIPATEÏINÏTHEÏ lNANCIALÏMANAGEMENTÏOFÏTHESEÏACTIVITIES Ï including operator and nonoperator accounting, recording of transactions, UPDATINGÏOFÏlNANCIALÏSTATEMENTS ÏANDÏ ANALYSISÏOFÏCOMPANYÏPERFORMANCE

COURSE CONTENT Q

"USINESSÏSIDEÏOFÏEXPLORATION

Q

#OMPARISONÏOFÏEXPLORATIONÏPROJECTSÏ UNDERÏDIFFERENTÏlSCALÏREGIMES

COURSE CONTENT

Q

2OLEÏOFÏPROJECTÏECONOMICS

Q

#ALCULATIONÏOFÏCASHÏmOWÏANDÏ.06

Q

7ORLDWIDEÏUNCONVENTIONALÏGASÏACTIVITY

Q

7ORLDWIDEÏlSCALÏREGIMESÏANDÏTHEIRÏ IMPACTÏONÏEXPLORATION

Q

)MPACTÏOFÏUNCONVENTIONALÏGASÏPROJECTSÏ ONÏCOMPANYÏPORTFOLIO

Q

Q

0ROBABILITIES ÏRISK ÏANDÏPROJECTÏRISKÏ ASSESSMENT &UNDAMENTALSÏOFÏDECISIONÏANALYSISÏANDÏ decision trees

Q

%XPECTEDÏMONETARYÏVALUE

Q

6ALUEÏOFÏINFORMATION

Q

#OMPARATIVEÏANALYSISÏOFÏMULTIPLEÏ PROJECTS

Q

3TRATEGYÏANDÏPORTFOLIOÏANALYSIS

AUDIENCE %XPLORATIONÏGEOSCIENTISTSÏANDÏMANAGERSÏ WANTINGÏTOÏUNDERSTANDÏECONOMICSÏOFÏ PETROLEUMÏEXPLORATION

Q

2EGULATIONÏOFÏOILÏANDÏGASÏCOMPANYÏ accounting

Q

)MPAIRMENTÏORÏCEILINGÏTESTS

Q

!CCOUNTINGÏDISCLOSURES ÏlNANCINGÏ ARRANGEMENTS ÏSALESÏREVENUE ÏANDÏ TAXES

Q

International accounting standards

Q

3TATEÏFRAMEWORKSÏFORÏCONTROLÏANDÏ EXPLOITATIONÏOFÏPETROLEUMÏRESERVES

Q

5NCERTAINTYÏANDÏRISKÏANALYSIS

Q

4ECHNICALÏANDÏDEVELOPMENTÏ uncertainties and risks

Q

Strategies and technologies to MINIMIZEÏUNCERTAINTYÏANDÏRISK

0RODUCTION SHARINGÏCONTRACTSÏANDÏTHEIRÏ accounting practices

Q

6ALUEÏOFÏINFORMATIONÏDURINGÏPILOTÏANDÏ appraisal phases

*OINTÏVENTUREÏCASHÏMANAGEMENT Ï billing, and cost allocations

Q

Q

Q

Q Q

Q


Cost control

"UILDINGÏECONOMICÏCASESÏANDÏDECISIONÏ MODELS

Q

$EPARTMENTALÏANDÏCORPORATEÏBUDGETS

Considerations and options for MODELING -ULTIPLEÏDECISIONÏANALYSESÏEXERCISE

Q

"REAK EVENÏPRICE ÏHURDLEÏRATE ÏANDÏ OTHERÏMETRICS

Q

#ASEÏSTUDIESÏANDÏPRACTICEÏPROBLEMS

COURSE CONTENT Q

2EVIEWÏBUDGETS ÏENTERÏBILLINGSÏINTOÏ ACCOUNTINGÏSYSTEM ÏANDÏPREPAREÏ lNANCIALÏSTATEMENTSÏFORÏNEWÏ EXPLORATIONÏJOINTÏVENTURE

Q

!CCOUNTÏFORÏDEVELOPMENTÏCOSTSÏSALESÏ REVENUESÏDEPLETION ÏDEPRECIATION Ï ANDÏAMORTIZATIONÏ$$! ÏAÏ DECOMMISSIONINGÏPROVISIONÏANDÏ PRODUCTIONÏUNDERÏTERMSÏOFÏTAX BASEDÏ lSCALÏARRANGEMENT

Q

0REPAREÏCASHÏCALLSÏANDÏBILLINGS ÏANDÏ MAINTAINÏOPERATORÏACCOUNTINGÏRECORDSÏ FORÏYOURÏCOMPANYÏASÏANÏOPERATORÏOFÏAÏ NEWÏVENTURE

Q

0REPAREÏlNANCIALÏSTATEMENTSÏREmECTINGÏ THEÏCHANGEÏINÏACCOUNTINGÏPOLICYÏFROMÏ full cost to the successful efforts METHOD

Q

!CCOUNTÏFORÏCOMPANYÏPARTICIPATIONÏINÏ AÏNEWÏVENTUREÏUNDERÏAÏPRODUCTION sharing contract

Q

0ERFORMÏAÏTESTÏANDÏACCOUNTÏFORÏTHEÏ RESULTÏOFÏFALLINGÏOILÏPRICEÏONÏRESERVES

Q

!DJUSTÏCOMPANYÏPORTFOLIOÏOFÏASSETSÏFORÏ AÏFARMOUT

Q

0REPAREÏAÏBRIElNGÏFORÏYOURÏ#%/SÏ MEETINGÏWITHÏINVESTMENTÏANALYSTSÏONÏ COMPANYÏPERFORMANCEÏANDÏlNANCIALÏ status

-ATERIALSÏANDÏINVENTORYÏACCOUNTING

Q

Q

PREREQUISITE "ASICÏPETROLEUMÏGEOLOGYÏANDÏPETROLEUMÏ SYSTEMS

COURSE CONTENT

AUDIENCE %0ÏACCOUNTINGÏPROFESSIONALSÏWANTINGÏTOÏ GAINÏADVANCEDÏSKILLS PREREQUISITE %XPLORATIONÏANDÏ0RODUCTIONÏ!CCOUNTINGÏ

Ï,EVELÏ

AUDIENCE 'EOSCIENTISTS ÏENGINEERS ÏCOMMERCIALÏ TEAMÏMEMBERS ÏORÏMANAGERSÏWANTINGÏTOÏ MODELÏANDÏANALYZEÏTHEÏBUSINESSÏIMPACTÏOFÏ UNCONVENTIONALÏRESOURCES PREREQUISITE %XPERIENCEÏWITHÏPETROLEUMÏECONOMICSÏ THEORYÏANDÏAPPLIEDÏSOFTWAREÏUSE

AUDIENCE 0ROFESSIONALSÏWANTINGÏADVANCEDÏSKILLSÏINÏ %0ÏACCOUNTING PREREQUISITE %XPLORATIONÏANDÏ0RODUCTIONÏ!CCOUNTINGÏ nÏ,EVELÏÏANDÏ,EVELÏÏCOURSES ÏANDÏ EXPERIENCEÏWORKINGÏWITHÏSPREADSHEETÏ TECHNIQUESÏPARTICIPANTSÏMUSTÏFURNISHÏTHEIRÏ OWNÏCOMPUTERSÏPREINSTALLEDÏWITHÏ-ICROSOFTÏ %XCELÏSOFTWARE



12/22/13 2:50 AM

ECONOMICS AND FINANCE Petroleum Economics: Heriot-Watt University Program


Portfolio Management


Skill – 5 Days

Skill – 5 Days

Advanced – 4 Days


4HISÏCOURSEÏISÏPARTÏOFÏTHEÏ(ERIOT 7ATTÏ 5NIVERSITYÏ$ISTANCEÏ,EARNINGÏ-ASTERSÏ OFÏ0ETROLEUMÏ%NGINEERINGÏPROGRAMÏ)TÏISÏ INTENDEDÏTOÏGIVEÏAÏBROADÏUNDERSTANDINGÏ OFÏTHEÏECONOMICSÏEVALUATIONÏOFÏPETROLEUMÏ PROJECTSÏ4HISÏCOURSEÏDOESÏNOTÏPRESCRIBEÏAÏ PARTICULARÏMETHODÏORÏPROCESS ÏBUTÏRATHERÏ focuses on the ideas and principles, which MAYÏBECOMEÏINCORPORATEDÏINTOÏCORPORATEÏ PROCEDURESÏ0ETROLEUMÏINVESTMENTÏISÏVERYÏ LONGÏTERMÏANDÏSUBJECTÏTOÏCONSIDERABLEÏRISK Ï ANDÏSOMEÏOFÏTHESEÏISSUESÏAREÏIDENTIlEDÏ ANDÏREVIEWEDÏ#LASSESÏMAYÏBEÏATTENDEDÏBYÏ INDIVIDUALSÏWHOÏSEEKÏTOÏBETTERÏUNDERSTANDÏ THEÏSUBJECTÏBUTÏAREÏNOTÏREGISTEREDÏFORÏTHEÏ DEGREEÏCOURSEÏ4OÏlNDÏOUTÏMOREÏABOUTÏTHEÏ -ASTERSÏOFÏ0ETROLEUMÏ%NGINEERINGÏVISITÏ WWWNEXTTRAININGNETMASTERSCFMÏ

5NDERSTANDÏWHYÏPROJECTSÏCANÏFAILÏDUEÏTOÏ ADVERSEÏEVENTSÏWITHÏGEOLOGIC ÏTECHNICAL Ï COMMERCIAL ÏORÏCONTRACTUALÏORIGINSÏ)NÏ this course, attendees will increase their UNDERSTANDINGÏOFÏHOWÏRISKÏANDÏUNCERTAINTYÏ IMPACTÏTHEÏDECISIONSÏONÏWHICHÏPROJECTSÏ THEYÏSELECT ÏHOWÏTOÏDEVELOPÏTHEM ÏANDÏ HOWÏTHESEÏDECISIONSÏAFFECTÏTHEIRÏECONOMICÏ PERFORMANCEÏ)MPROVINGÏTHEÏQUALITYÏOFÏ DECISIONSÏISÏTHEÏMAINÏGOALÏOFÏTHISÏCOURSEÏ NOTÏJUSTÏUNDERSTANDINGÏRISKÏANDÏUNCERTAINTYÏ FORÏTHEIRÏOWNÏSAKEÏ0ROBABILISTICÏCONCEPTSÏ ANDÏTOOLSÏAREÏUSEDÏTOÏDESCRIBEÏPROJECTSÏ WITHÏRISKÏANDÏUNCERTAINTYÏTOÏGIVEÏAÏBETTERÏ understanding of the principles and tools UNDERLYINGÏTHESEÏCONCEPTS

Course attendees will learn about portfolio THEORYÏANDÏITSÏINCORPORATIONÏINTOÏTHEÏ PROCESSÏOFÏUPSTREAMÏOILÏANDÏGASÏCORPORATEÏ PLANNINGÏ4HEÏCOURSEÏMATERIALÏFOCUSESÏONÏ PROVENÏPROCESSESÏANDÏTECHNOLOGIESÏFORÏ PORTFOLIOÏOPTIMIZATIONÏUSEDÏBYÏCOMPANIESÏ WORLDWIDEÏ4OPICSÏINCLUDEÏIMPORTANTÏ concepts and processes for portfolio ANALYSIS ÏINCLUDINGÏANÏEASY TO FOLLOWÏ PROCESSÏFORÏANALYSISÏTOÏMEETÏBUSINESSÏUNITÏ ORÏCORPORATEÏGOALS ÏANDÏWORKmOWSÏTOÏMODELÏ the business and decide which wells to DRILL ÏPROJECTSÏTOÏUNDERTAKE ÏORÏPROPERTIESÏ to acquire.

4HISÏ DAYÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ ANÏOVERVIEWÏOFÏTHEÏCONCEPTSÏOFÏPROSPECTÏ ASSESSMENT ÏANDÏPREPARESÏTHEMÏTOÏASSESSÏ BOTHÏSIMPLEÏANDÏCOMPLEXÏPROSPECTSÏ using the GeoX software. The course COMBINESÏLECTURES ÏEXERCISESÏUSINGÏMANUALÏ CALCULATIONS ÏANDÏEXERCISESÏUSINGÏ'EO8Ï SOFTWAREÏTOÏILLUSTRATEÏASSESSMENTÏCONCEPTSÏ ANDÏTHEIRÏAPPLICATIONSÏ!ÏREAL WORLDÏ MULTIPLEÏSEGMENTÏPROSPECTÏISÏEVALUATEDÏ FROMÏAÏSIMPLEÏDETERMINISTICÏANALYSISÏOFÏ AÏSINGLEÏZONEÏTOÏAÏCOMPLEXÏPROBABILISTICÏ EVALUATIONÏTHATÏCONSIDERSÏSEGMENTÏ RELATIONSHIPSÏ!TTENDEESÏWILLÏEVALUATEÏTHEÏ prospect using realistic descriptions of risk ANDÏUNCERTAINTY

Q

COURSE CONTENT Q

COURSE CONTENT Q

Q

)NTRODUCTIONÏTOÏTHEÏECONOMICÏANDÏ lNANCIALÏASPECTSÏOFÏTHEÏINDUSTRYÏ &UNDAMENTALÏCONCEPTSÏOFÏEVALUATIONÏ METHODS

0ROBABILITYÏOVERVIEWÏANDÏSIMPLEÏ EXPLORATIONÏECONOMICS

Q

Dependencies

Q

$ECISIONÏANALYSIS

Q

$ECISIONÏTREES Ï"AYESÏFORMULA ÏANDÏTHEÏ VALUEÏOFÏINFORMATION

Q

4IMEÏVALUEÏOFÏMONEYÏ

Q

Discounting

Q

#OMPOUNDINGÏ

Q

$ISCOUNTÏRATEÏANDÏINmATION

Q

0ROJECTÏPARAMETERSÏ

Q

#ASHÏmOWÏMODELINGÏ

Q

#OSTÏPERÏBARRELÏMEASURESÏ

Q

$ISCOUNTEDÏMEASURESÏ

Q

Applications

AUDIENCE

Q

4HEÏROLEÏOFÏGOVERNMENTÏLICENSINGÏ

Q

4AXATION

Q

&INANCIALÏRISKÏMANAGEMENTÏ

4ECHNICALÏANDÏNONlNANCIALÏSTAFFÏMEMBERS

%0ÏPROFESSIONALSÏINVOLVEDÏINÏDATAÏANALYSISÏ and interpretation, including geologists, GEOPHYSICISTS ÏANDÏRESERVOIRÏENGINEERSÏ ACTIVEÏINÏEXPLORATION ÏAPPRAISAL ÏlELDÏ DEVELOPMENT ÏRESERVESÏESTIMATION ÏORÏ ECONOMICSÏDECISIONÏMAKERSÏINTERESTEDÏINÏ LEARNINGÏMOREÏABOUTÏDECISIONÏANALYSIS

PREREQUISITE

PREREQUISITE

None

%XPOSUREÏTOÏBASICÏSTATISTICSÏANDÏAÏWORKINGÏ KNOWLEDGEÏOFÏ-ICROSOFTÏ%XCELÏWORKSHEETS

Q Q Q

Q

AUDIENCE

COURSE CONTENT

Q

Q

0ORTFOLIOÏMANAGEMENTÏWORKmOWSÏANDÏ IMPLEMENTATIONSÏINÏ%0

Q

#ORPORATEÏMETRICS ÏCORPORATEÏ STRATEGIES ÏANDÏIMPACTÏOFÏRISKÏANDÏ UNCERTAINTYÏINÏPORTFOLIOÏMANAGEMENT

Q

$ESCRIBINGÏUNCERTAINTY #OMPONENTSÏOFÏACCURACY

Q

-ONTEÏ#ARLOÏANALYSISÏANDÏITSÏ application

Q

Correlations and regressions 'EOSTATISTICSÏ3TATIONARYÏASSUMPTIONS Ï VARIOGRAMS ÏKRIGING ÏCOKRIGING ÏlLTERING Ï ANDÏMULTIPLEÏREALIZATIONS

0ORTFOLIOÏTHEORY ÏANALYSIS ÏANDÏ OPTIMIZATION

Q

Q

Q

Q

7ORKmOWSÏRELATEDÏTOÏBUSINESSÏ ANALYSIS ÏSTRATEGYÏDEVELOPMENT ÏANDÏ PORTFOLIOÏOPTIMIZATION 0ORTFOLIOÏANALYSISÏPROCESSÏANDÏANALYSISÏ VERSUSÏOPTIMIZATION "USINESSÏRULESÏANDÏPROJECTÏ dependencies Modeling and testing of different strategies !NALYSISÏANDÏCOMPARISONSÏOFÏDIFFERENTÏ portfolios Using charts and grids to answer critical business questions 'ROUPÏPROBLEMÏEXERCISE

AUDIENCE Current or potential business unit or corporate planners wanting to understand ANDÏMODELÏTHEÏlNANCIALÏPERFORMANCEÏOFÏANÏ ORGANIZATION

NEW

COURSE CONTENT Single-zone Q

3EGMENTÏDElNITION

Q


Q

0LAYÏANDÏLOCALÏRISKS

Q

Correlations

Q


Q

!LTERNATIVEÏVOLUMEÏMETHODS

Q

Multiple scenarios

Prospects (multiple zones) Q


Q

Risk dependencies

Q


Q


Q


AUDIENCE 'EOLOGISTS ÏGEOPHYSICISTS ÏANDÏRESERVOIRÏ ENGINEERSÏINVOLVEDÏWITHÏPROSPECTÏ ASSESSMENT PREREQUISITE None

PREREQUISITE )NTRODUCTIONÏTOÏ0ETROLEUMÏ%CONOMICSÏ COURSEÏANDÏEXPERIENCEÏINÏPROJECTÏ ECONOMICS

Software




Field trips

Uses simulation

| 193 12/22/13 2:50 AM

ECONOMICS AND FINANCE Merak Decision Tool Kit Fundamentals


Merak Peep Fundamentals






4HEÏ-ERAKÏ$ECISIONÏ4OOLÏ+ITÏMODULEÏ PROVIDESÏAÏCONSISTENTÏMETHODÏFORÏRISKÏ ANALYSISÏSOÏTHATÏTHEÏUSERÏCANÏCOMPAREÏ OPPORTUNITIESÏANDÏQUANTIFYÏRISKÏANDÏ UNCERTAINTYÏ#OURSEÏATTENDEESÏWILLÏOBTAINÏ ANÏUNDERSTANDINGÏOFÏRISKÏEXPOSUREÏATÏTHEÏ ASSETÏANDÏCORPORATEÏLEVELÏANDÏENABLEÏ THEMÏTOÏAVOIDÏUNDERESTIMATINGÏRISKÏANDÏ OVERESTIMATINGÏTHEÏVALUEÏOFÏINVESTMENTS

)NCREASEÏYOURÏPRODUCTIONÏFORECASTINGÏ EXPERTISEÏWITHÏTHISÏCOURSEÏONÏINTUITIVEÏ PRODUCTIONÏDECLINEÏANALYSISÏWORKmOWSÏ Attendees will learn how use of the -ERAKÏ0EEPÏ$ECLINEÏMODULEÏTOÏSAVEÏ TIME ÏREDUCEÏDUPLICATIONÏOFÏEFFORT ÏANDÏTIEÏ SEAMLESSLYÏINTOÏTHEIRÏECONOMICÏANALYSISÏ The attendees will better understand how THISÏTOOLÏFACILITATESÏBASICÏDECLINEÏANALYSISÏ ANDÏFORECASTSÏOFÏPRODUCTIONÏANDÏREMAININGÏ RESERVES

$ESIGNEDÏTOÏDELIVERÏ-ERAKÏ0EEPÏMODULEÏ FUNDAMENTALS ÏTHISÏCOURSEÏMATERIALÏ FOCUSESÏONÏTHEÏFUNCTIONALITYÏOFÏTHISÏ PETROLEUMÏECONOMICÏEVALUATIONÏPROGRAMÏ !TTENDEESÏWILLÏLEARNÏTOÏNAVIGATEÏEFlCIENTLYÏ THROUGHÏTHEÏCASEÏDOCUMENT ÏEDITÏEXISTINGÏ DATA ÏANDÏANALYZEÏECONOMICÏRUNS

!TTENDEESÏINÏTHISÏCOURSEÏWILLÏEXPLOREÏTHEÏ FUNCTIONALITYÏOFÏ-ERAKÏ0EEPÏPETROLEUMÏ ECONOMICÏEVALUATIONÏPROGRAM ÏANDÏDECLINEÏ ANALYSISÏMODULEÏ4HESEÏSOFTWAREÏPACKAGESÏ ALLOWÏFORÏNAVIGATINGÏEFlCIENTLYÏTHROUGHÏ THEÏCASEÏDOCUMENT ÏEDITÏEXISTINGÏDATA ÏANDÏ ANALYZEÏECONOMICÏRUNS

COURSE CONTENT

COURSE CONTENT

COURSE CONTENT Q

Q

Using tornado charts and the Merak 0EEPÏAPPLICATIONÏTOÏBUILDÏAÏDECISIONÏ tree

COURSE CONTENT Q

-ODELINGÏSIMPLEÏDECISIONS

Q

#OMPLEXÏDECISIONÏTREES

Q

Dependent probabilities

Q

)NFORMATIONÏVALUEÏ

Q

&INE TUNINGÏESTIMATESÏOFÏREMAININGÏ RESERVES

Q

+EEPINGÏUPDATEDÏHISTORICALÏDATAÏREADYÏ FORÏREPORTINGÏANDÏRETRIEVAL

AUDIENCE !NYONEÏWANTINGÏTOÏLEARNÏEFFECTIVEÏUSEÏOFÏ THEÏ-ERAKÏ$ECISIONÏ4OOLÏ+ITÏMODULE

Q

Q

PREREQUISITE -ERAKÏ0EEPÏ&UNDAMENTALSÏCOURSEÏANDÏ ANÏUNDERSTANDINGÏOFÏBASICÏRISKÏANALYSISÏ CONCEPTSÏSUCHÏASÏSENSITIVITYÏANALYSISÏANDÏ EXPECTEDÏVALUE

-AINTAININGÏCURRENTÏIN HOUSEÏANDÏ VENDORÏDATAÏTOÏUNDERSTANDÏPRODUCTIONÏ LEVELS

Creating plots and reports based on DIFFERENTÏANALYSISÏOPTIONS 3ETTINGÏUPÏPREFERENCESÏTOÏCUSTOMIZEÏ FORECASTINGÏWORKmOW

Q

0REFERENCESÏFORÏCUSTOMIZEDÏVIEWSÏANDÏ CALCULATIONÏPARAMETERS

Q

7ORKmOWSÏTOÏCREATE ÏEDIT ÏANDÏCOPYÏ ECONOMICÏCASEÏDOCUMENTS

Q

%SSENTIALÏECONOMICÏINPUTSÏ0RODUCTION Ï PRICE ÏOWNERSHIP ÏPROVINCIALÏROYALTIES Ï STATEÏTAXES ÏINTERNATIONALÏTAXÏREGIMES Ï operating costs, and capital

Q

&ILTERSÏANDÏUSERÏPARAMETERSÏTOÏSORTÏ LARGEÏVOLUMESÏOFÏDATA

Q

5SEÏOFÏ-ERAKÏ0EEPÏ3CENARIOÏ-ANAGERÏ FORÏRAPIDÏSENSITIVITYÏANALYSIS

Q

Q

#ONSOLIDATIONSÏTOÏVALUEÏWORKOVERSÏANDÏ AGGREGATEÏPROJECTS Batch processes to edit or report MULTIPLEÏCASESÏATÏONCEÏANDÏCALCULATEÏ PRICEÏSENSITIVITYÏ

Q

)MPORTINGÏANDÏEXPORTINGÏPRODUCTIONÏ HISTORY

Q

#REATINGÏGROUPSÏANDÏSUMMARYÏWELLSÏTOÏ BETTERÏMANAGEÏWELLÏDATA

AUDIENCE

Forecasting production rates and VOLUMES

!NYONEÏWANTINGÏTOÏIMPROVEÏSKILLSÏANDÏ UNDERSTANDINGÏOFÏPROJECTÏECONOMICSÏ INVOLVINGÏ-ERAKÏ0EEPÏSOFTWARE

Q

Q

,INKINGÏWELLSÏTOÏECONOMICÏCASESÏFORÏ RAPIDÏASSESSMENTÏOFÏPRODUCTIONÏVALUE

Q

"ASICÏDECLINEÏANALYSIS ÏRATE TIMEÏ CURVES ÏANDÏCUMULATIVEÏCURVES

Q

Graphs and reports

PREREQUISITE 0ETROLEUMÏ%CONOMICSÏ&UNDAMENTALSÏCOURSEÏ ORÏEXPERIENCEÏWITHÏPETROLEUMÏECONOMICS

Merak Peep Fundamentals Q


Q


Q


Q


Merak Peep Decline Fundamentals Q


Q


Q


Q

&ORECASTÏPRODUCTIONÏRATESÏANDÏVOLUMESÏ

Q

0ERFORMÏBASICÏDECLINEÏANALYSIS RATE TIMEÏCURVESÏANDÏCUMULATIVEÏCURVESÏ

AUDIENCE !NYONEÏNEEDINGÏTOÏDEVELOPÏORÏIMPROVEÏ THEIRÏSKILLÏANDÏUNDERSTANDINGÏOFÏPROJECTÏ ECONOMICSÏANDÏDECLINEÏCURVEÏANALYSISÏ PERFORMEDÏWITHÏTHEÏ-ERAKÏ0EEPÏANDÏ0EEPÏ $ECLINEÏMODULES PREREQUISITE

AUDIENCE !NYONEÏWANTINGÏTOÏDEVELOPÏORÏIMPROVEÏ SKILLSÏANDÏUNDERSTANDINGÏOFÏDECLINEÏCURVEÏ ANALYSISÏUSINGÏTHEÏ-ERAKÏ0EEPÏ$ECLINEÏ MODULE

0ETROLEUMÏ%CONOMICSÏ&UNDAMENTALSÏORÏ EQUIVALENTÏKNOWLEDGEÏ)NÏADDITIONÏTOÏANÏ UNDERSTANDINGÏOFÏBASICÏDECLINEÏANALYSISÏ TECHNIQUESÏANDÏTHEORY

PREREQUISITE 5NDERSTANDINGÏOFÏBASICÏDECLINEÏANALYSISÏ TECHNIQUESÏANDÏTHEORY



12/22/13 2:50 AM

ECONOMICS AND FINANCE Merak VOLTS Reserves Management Fundamentals




4HEÏ-ERAKÏ6/,43ÏVOLUMEÏTRACKINGÏ ANDÏREPORTINGÏMODULEÏPROVIDESÏBOTHÏ MANAGEMENTÏmEXIBILITYÏANDÏDATAÏSECURITYÏ In this class, attendees will learn to use THEÏ-ERAKÏ6/,43ÏMODULEÏTOÏMANAGEÏ WORLDWIDEÏRESERVESÏANDÏRESOURCESÏ INFORMATIONÏANDÏFACILITATEÏANALYSISÏOFÏ CORPORATEÏVALUEÏ$ISCUSSIONÏINCLUDESÏANÏ OVERVIEWÏOFÏTECHNICALÏVOLUMES ÏWHICHÏAREÏ BASEDÏONÏANALYTICALÏESTIMATIONÏMETHODSÏ ANDÏTECHNICALÏRESERVOIRÏPARAMETERS

4HISÏ DAYÏCOURSEÏPROVIDESÏATTENDEESÏ WITHÏANÏOVERVIEWÏOFÏPROSPECTÏASSESSMENTÏ concepts and applications, and prepares THEMÏTOÏASSESSÏBOTHÏSIMPLEÏANDÏCOMPLEXÏ prospects using the GeoX software. The COURSEÏCOMBINESÏLECTURES ÏEXERCISESÏUSINGÏ MANUALÏCALCULATIONS ÏANDÏEXERCISESÏUSINGÏ the GeoX software suite to illustrate ASSESSMENTÏCONCEPTSÏANDÏTHEIRÏAPPLICATION

COURSE CONTENT Q

Q

Q

#ALCULATINGÏVALUEÏOFÏRESERVESÏANDÏ resources Updating production data and forecasts -ONITORINGÏRESERVOIRSÏTOÏ1#ÏPRODUCTIONÏ predictions

Q

2EPORTSÏFORÏREGULATIONÏREQUIREMENTS

Q

%NTERINGÏTECHNICALÏVOLUMESÏANDÏLEASEÏ INFORMATION

Q

Linking a well for historical production USINGÏ-ERAKÏ$ECLINEÏORÏ-ERAKÏ6/,43Ï MODULES

Merak Capital Planning Fundamentals


Skill – 3 Days

Skill – 1 Day In this course, attendees will work in the -ERAKÏ0EEPÏANDÏ-ERAKÏ$ECISIONÏ4OOLÏ+ITÏ MODULESÏTOÏEXPLOREÏTHEÏPRINCIPLESÏOFÏ-ONTEÏ #ARLOÏANALYSESÏANDÏHOWÏTOÏAPPLYÏTHEMÏTOÏ PROJECTÏEVALUATIONS

4HEÏ DAYÏCOURSEÏGOESÏINTOÏMOREÏDETAILÏONÏ BASICÏASSESSMENTÏCONCEPTSÏTHANÏTHEÏ DAYÏ introduction to GeoX in GeoX Basic Risk ANDÏ2ESOURCEÏ!SSESSMENTÏCOURSE ÏWHICHÏ FOCUSESÏPRIMARILYÏONÏTOOLÏFUNCTIONALITY

Attendees will learn how to use portfolio MANAGEMENTÏASÏTHEÏLINKÏBETWEENÏSTRATEGYÏ ANDÏOPPORTUNITYÏ4HEÏANALYSISÏPERFORMEDÏINÏ -ERAKÏ#APITALÏ0LANNINGÏSTRATEGICÏPORTFOLIOÏ MANAGEMENTÏMODULEÏWILLÏENABLEÏTHEÏ attendees to understand their options and EXPLOREÏALTERNATIVESÏUSINGÏCONSISTENTÏTOOLSÏ ANDÏPROCESSESÏ4HISÏCOURSEÏWILLÏREVIEWÏ THEÏBASICSÏOFÏ%0ÏCORPORATEÏPLANNINGÏANDÏ THEÏROLEÏOFÏRISKÏANDÏUNCERTAINTYÏINÏPORTFOLIOÏ MANAGEMENT ÏANDÏUNDERSTANDÏTHEÏROLEÏAÏ SOLUTIONÏLIKEÏTHEÏ-ERAKÏ#APITALÏ0LANNINGÏ MODULEÏPLAYSÏWITHINÏAÏCORPORATEÏPORTFOLIOÏ MANAGEMENTÏWORKmOW

COURSE CONTENT

COURSE CONTENT

NEW

Q

Q

3EGMENTS

Q

3EGMENTÏDElNITION

Q

3EGMENTÏVOLUMETRICS

Q


Q

3EGMENTÏRISKING

Q

-ULTIPLEÏSEGMENTÏPROSPECTS

Q


Q

Risk dependencies

Q

#HANGEÏRECORDSÏANDÏTHEIRÏAPPROVALS

Q


Q

"ATCHÏPROCESSESÏCREATINGÏRESERVOIRS Ï REPORTING ÏBALANCING

Q


Q

2EPORTINGÏOFÏRESERVESÏANDÏRESOURCES

Q

Scenarios

AUDIENCE !NYONEÏWANTINGÏTOÏDEVELOPÏORÏIMPROVEÏ SKILLSÏANDÏUNDERSTANDINGÏOFÏ-ERAKÏ6/,43Ï MODULE

Q

5SINGÏCHARTINGÏANDÏANALYSISÏTOOLSÏTOÏ EXAMINEÏPORTFOLIOÏSOLUTIONS

Q

6IEWINGÏDETERMINISTICÏORÏSTOCHASTICÏ PROJECTÏORÏPORTFOLIOÏDATA

Q Q

PREREQUISITE None

PREREQUISITE None

Q

$ETERMINISTICÏANALYSISÏVERSUSÏ-ONTEÏ #ARLOÏANALYSIS

Q

2ANDOMÏWALKSÏANDÏTHEIRÏINPUTÏ PARAMETERS

Q

Correlations

Q

Use of report settings

Q

6ISUALÏ-ONTEÏ#ARLOÏTREES

Q

Choice and chance nodes

AUDIENCE -ERAKÏ0EEPÏMODULEÏUSERSÏRESPONSIBLEÏFORÏ PREPARINGÏORÏMODIFYINGÏ-ERAKÏ0EEPÏMODELSÏ USINGÏTHEÏ-ERAKÏ&ISCALÏ-ODELÏ,IBRARYÏ application.

Setting up business rules and goals

PREREQUISITE

Generating portfolio solutions for VARIOUSÏOBJECTIVES

-ERAKÏ$ECISIONÏ4OOLÏ+ITÏ&UNDAMENTALSÏ COURSE Ï-ERAKÏ0EEPÏ&UNDAMENTALSÏCOURSE Ï and an understanding of basic Monte Carlo THEORY

Q

'ENERATINGÏPROJECTÏECONOMICSÏTHROUGHÏ -ERAKÏ0EEPÏANDÏ-ERAKÏ2ESULTSÏ"ROKERÏ MODULES

Q

,OADINGÏ-ICROSOFTÏ%XCELÏRESULTSÏDATAÏ through the Merak Results Broker MODULE

AUDIENCE 'EOLOGISTS ÏGEOPHYSICISTS ÏANDÏRESERVOIRÏ ENGINEERSÏINVOLVEDÏWITHÏPROSPECTÏ ASSESSMENT

#REATINGÏCOMPREHENSIVEÏBUSINESSÏ STRATEGIESÏWITHÏOPTIMALÏPORTFOLIOÏ solutions

COURSE CONTENT

AUDIENCE !NYONEÏRESPONSIBLEÏFORÏPORTFOLIOÏANALYSISÏ ORÏMANAGEMENTÏUSINGÏTHEÏ-ERAKÏ#APITALÏ 0LANNINGÏMODULE ÏINCLUDINGÏTHOSEÏWANTINGÏ to understand the role of portfolio MANAGEMENTÏINÏ%0 PREREQUISITE -ERAKÏ0EEPÏ&UNDAMENTALSÏCOURSE

Software




Field trips

Uses simulation

| 195 12/22/13 2:50 AM

ECONOMICS AND FINANCE Merak Peep Advanced

Merak Peep Fiscal Model Library Fundamentals


Skill – 1 Day

Skill – 4 Days

Skill – 1 Day

7ITHÏTHISÏCOURSE ÏATTENDEESÏWILLÏREACHÏ AÏNEWÏLEVELÏOFÏEXPERTISEÏASÏ-ERAKÏ0EEPÏ MODULEÏUSERSÏ4HEÏATTENDEESÏWILLÏLEARNÏTOÏ QUICKLYÏlNDÏANDÏEDITÏSEVERALÏ-ERAKÏ0EEPÏ CASES ÏMODIFYÏEXISTINGÏREPORTS ÏANDÏCREATEÏ new reports.

Attendees will learn to use Merak Fiscal -ODELÏ,IBRARYÏ&-, ÏMODULEÏTOÏITSÏFULLÏ ADVANTAGEÏBYÏUNDERSTANDINGÏTHEÏREPORTINGÏ ANDÏCOMPARATIVEÏCAPABILITIESÏWITHINÏANDÏ BETWEENÏTHEÏDIFFERENTÏlSCALÏREGIMES Ï WHETHERÏEXPLORINGÏAÏNEWÏAREAÏORÏANALYZINGÏ PROJECTSÏCLOSEÏTOÏHOME

4HISÏCOURSEÏCOMBINESÏAÏREVIEWÏOFÏTHEÏ BASICÏMETHODOLOGYÏFORÏEVALUATINGÏMULTIPLEÏ COMPARTMENTZONEÏPROSPECTSÏWITHÏ HANDS ONÏASSESSMENTÏOFÏREAL WORLDÏCASESÏ USINGÏ'EO8ÏSOFTWAREÏ4OPICSÏCOVEREDÏ in this course include a shared risk and DEPENDENCYÏGROUPÏAPPROACHÏTOÏMODELINGÏ MULTISEGMENTÏPROSPECTSÏPLUSÏVOLUMETRICÏ CORRELATIONSÏANDÏMULTIPLEÏSCENARIOS

COURSE CONTENT Q

Standard reports

Q

Reporting batch rollup

Q

Q

Q

Q

Q

Q

Filters, groups, and hierarchies to sort ANDÏORGANIZEÏDATA

COURSE CONTENT Q

Q

!DVANCEDÏBATCHÏFUNCTIONALITYÏTOÏ PERFORMÏMASSÏEDITS 2UNNINGÏSCRIPTSÏTOÏPERFORMÏMULTIPLEÏ EDITSÏSIMULTANEOUSLY 5SINGÏPERFORMINGÏRESULTÏSETÏSEARCHESÏ and rollup reporting to calculate SPECIlCÏORÏAGGREGATEÏRESULTS #ONSOLIDATINGÏCOMPLEXÏROYALTYÏANDÏ other calculations Scheduler tool for linking cases SEQUENTIALLYÏ

Q

5NDERSTANDÏHOWÏTHEÏ-ERAKÏ0EEPÏ MODULEÏANDÏTHEÏ-ERAKÏ&-,ÏMODULEÏ work together %XPLOREÏDATAÏENTRYÏANDÏNAVIGATIONÏINÏ -ERAKÏ0EEPÏ"ASICÏ&-,Ï2EPORTINGÏANDÏ graphics 2EVIEWÏ-ERAKÏ&-,ÏWORKINGÏ)NTERESTÏ positions, consolidations, and INCREMENTALÏVALUESÏ

Q

5NDERSTANDÏTHEÏMODELERSÏANDÏ NEGOTIATORSÏ-ERAKÏ&-,ÏMODULE

Q

,EARNÏABOUTÏlSCALÏSCENARIOSÏANDÏTHEÏ EXPLORATIONISTSÏ-ERAKÏ&-,ÏMODULE

Q

5NDERSTANDÏAUDITINGÏANDÏMANAGINGÏOFÏ MODELS

AUDIENCE

AUDIENCE

!NYONEÏWANTINGÏTOÏIMPROVEÏ-ERAKÏ0EEPÏ SKILLSÏBEYONDÏTHEÏFUNDAMENTALÏLEVELÏORÏTOÏ EVALUATEÏMULTIPLEÏPROJECTSÏUSINGÏ-ERAKÏ 0EEPÏSOFTWARE

!NYONEÏWHOÏUSESÏTHEÏ-ERAKÏ0EEPÏ&ISCALÏ -ODELÏ,IBRARYÏFORÏAÏPROJECTÏEVALUATION

PREREQUISITE

-ERAKÏ0EEPÏ&UNDAMENTALSÏCOURSE

-ERAKÏ0EEPÏ&UNDAMENTALSÏCOURSE

PREREQUISITE

NEW

COURSE CONTENT Q

Shared risk and dependencies

Q

-ODELINGÏMULTISEGMENTÏPROSPECTS

Q

6OLUMETRICÏCORRELATIONSÏANDÏMULTIPLEÏ scenarios

AUDIENCE 'EOLOGISTS ÏGEOPHYSICISTS ÏANDÏRESERVOIRÏ ENGINEERSÏFAMILIARÏWITHÏBASICÏPROSPECTÏ ASSESSMENTÏPRINCIPLES PREREQUISITE

Merak Enterprise Planning Advanced – 5 Days 4HEÏ-ERAKÏ%NTERPRISEÏ0LANNINGÏMODULEÏ PROVIDESÏAÏCOMPREHENSIVEÏENVIRONMENTÏ FORÏAÏLIVINGÏBUSINESSÏPLANÏUSEÏITÏTOÏSHIFTÏ FROMÏSTATIC ÏLENGTHYÏANNUALÏPLANNINGÏTOÏ MOREÏDYNAMIC ÏEVENT DRIVENÏORÏEVERGREENÏ planning. In this course, attendees will LEARNÏTOÏGENERATEÏTHEÏCONTEXTUALÏPLANNINGÏ INFORMATIONÏTHEIRÏORGANIZATIONÏREQUIRESÏ ANDÏHOWÏTHISÏINFORMATIONÏISÏCAPTUREDÏINÏ ANÏOPENÏANDÏACCESSIBLEÏFORMATÏ-ATERIALSÏ INCLUDEÏSETUPÏOFÏSCHEDULED ÏSTANDARDIZED Ï ANDÏENTERPRISE SCALEÏCALCULATIONSÏTOÏ SUPPORTÏTIMELYÏSYNCHRONIZATIONÏOFÏMULTIPLEÏ disparate data sources. COURSE CONTENT Q

7ORKmOW SYNCHRONIZATIONÏTHROUGHÏ calculation, reporting, and VISUALIZATION

Q

4YPICALÏDEPLOYMENTÏANDÏCONlGURATIONÏ scenarios

Q

$ATAÏmOWSÏDATAÏSOURCESÏMAPPINGÏTOÏ VARIABLES ÏSCENARIOS ÏANDÏATTRIBUTESÏ CALCULATIONÏSETTINGSÏANDÏAUTOMATEDÏ scheduling

Q

$ATAÏVISUALIZATIONÏONÏTHEÏDESKTOPÏANDÏ PUBLISHEDÏTOÏTHEÏ7EB

Q

$ATAÏCUBEÏCUSTOMIZATION INDICATORS Ï KEYÏPERFORMANCEÏINDICATORS Ï PERSPECTIVES ÏSECURITYÏROLES

None

AUDIENCE !NYONEÏRESPONSIBLEÏFORÏBUSINESSÏPLANNINGÏ USINGÏRESULTSÏFROMÏMULTIPLEÏSOFTWAREÏ TOOLSÏANDÏPROCESSES ÏANDÏADMINISTRATORSÏ who support engineering and corporate PLANNINGÏWORKmOWSÏACROSSÏANÏENTERPRISE PREREQUISITE -ERAKÏ0EEPÏ3OFTWAREÏ!DVANCEDÏCOURSEÏ ANDÏANÏINTERMEDIATEÏUNDERSTANDINGÏOFÏ MULTIPLEÏDATAÏSOURCES ÏDATAÏCUBES ÏANDÏ CALCULATIONÏSERVERS



12/22/13 2:50 AM

ECONOMICS AND FINANCE NExT TRAINING PORTFOLIO

Public and Private Classes

Training Programs

Competency Management

Petrotechnical disciplines

Classroom

Job profile and proficiency level definition

Facilities, operations, and maintenance

Workshop and field exposure

Competency assessment

Management and economics

On-the-job mentoring

Development planning and implementation

Health, safety, and environment (HSE)

Revision and evaluation

Schlumberger software

WHICH COURSE IS RIGHT FOR ME? NExT’s courses are organized into a convenient table by their technical discipline grouping and match the intended audience.

AWARENESS: Tailored for nontechnical professionals who need an overview of technical topics and broad understanding of a domain or software applications. FOUNDATION: Geared to technical professionals, including engineers, geoscientists, or operations personnel, who need an introduction to technical theory, techniques, or applied software use. Foundation courses frequently include exercises that require advanced understanding or abilities in math and physics. SKILL: Designed for practicing technical professionals who are experienced in the technical discipline and software or are seeking to cross train. ADVANCED: Engineered for experienced professionals who need to focus on new techniques and problems..

Software




Field trips

Uses simulation

| 197 12/22/13 2:50 AM

DEEPWATER EXPLORATION AND PRODUCTION COMPETENCY LEVEL


Drilling

Production


SKILL Deepwater Seismic Interpretation

Field Trip: Delta-Slope-Turbidite Deposition and Synsedimentary Deformation, County Clare, Ireland

Deepwater Well Project and Risk Management


Field Trip: Depositional Environments from Slope Aprons to Tropical Reefs, Tabernas and Sorbas Basins, Spain



Field Trip: Permian Basin Floor Fan Systems of Karoo, South Africa

HPHT Operational Awareness and Drilling Challenges


FOUNDATION Deepwater Reservoirs



Production Systems and Subsea Technologies


12/22/13 2:50 AM

DEEPWATER EXPLORATION AND PRODUCTION

Petrel


Petrel Petroleum Systembased Play-to-Prospect Exploration: Using Petrel Exploration Geology Software for Integrated Evaluation of Petroleum Systems, Plays, and Prospects

OLGA

Drillbench

PIPESIM

SKILL OLGA Advanced Blowout Control


SOFTWARE

ECLIPSE

COMPETENCY LEVEL

FOUNDATION

Software



OLGA Flow Assurance


OLGA Well Dynamics

Drillbench Dynamic Hydraulics and Temperature Modeling Software


Field trips

Uses simulation

| 199 12/22/13 2:50 AM

DEEPWATER EXPLORATION AND PRODUCTION Deepwater Reservoirs


Production Systems and Subsea Technologies





Skill – 5 Days

4HISÏIN DEPTHÏCOURSEÏPROVIDESÏTHEÏPROCESSÏ SEDIMENTOLOGYÏBACKGROUNDÏREQUIREDÏTOÏ UNDERSTANDÏDEEPWATERÏSYSTEMSÏANDÏTOÏ RECOGNIZEÏSEDIMENTÏGRAVITYÏmOWSÏONÏ subsurface datasets. Course participants WILLÏBEÏABLEÏTOÏ

This course will describe the different TYPESÏOFÏDEEPWATERÏDRILLINGÏUNITS Ï INCLUDINGÏTHEÏSPECIlCÏEQUIPMENTÏ REQUIREMENTSÏANDÏTECHNIQUESÏTOÏ spud a well. The goal of this course ISÏTOÏEXPOSEÏTHEÏATTENDEESÏTOÏBRIEFÏ BUTÏPRECISEÏINFORMATIONÏONÏmOATINGÏ DRILLINGÏRIGS Ï33ÏANDÏ$0$3 ÏANDÏTHEIRÏ SPECIlCÏEQUIPMENTÏFORÏDRILLINGÏWELLSÏ INÏDEEPWATERÏZONESÏ4ECHNIQUESÏANDÏ METHODSÏEMPLOYEDÏEXTENDINGÏFROMÏ THEÏARRIVALÏOFÏmOATINGÏDRILLINGÏUNITSÏONÏ AÏLOCATIONÏUNTILÏTHEÏCEMENTINGÏOFÏTHEÏ CASINGÏWILLÏBEÏPRESENTEDÏ-AJORÏISSUESÏ and solutions faced in deepwater drilling operations is also included as well as the ENVIRONMENTALÏFORCESÏANDÏTHEIRÏIMPACTSÏ ONÏDEEPWATERÏOPERATIONSÏ+EYÏLEARNINGÏ OBJECTIVESÏOFÏTHISÏCOURSEÏINCLUDEÏWHATÏISÏ ANÏ33ÏANDÏAÏ$0$3ÏWITHÏTHEIRÏADVANTAGESÏ ANDÏDISADVANTAGESÏDESCRIPTIONÏANDÏ FUNCTIONINGÏOFÏALLÏSPECIlCÏEQUIPMENTÏ DEPLOYEDÏINÏDEEPWATERÏOPERATIONS ÏEITHERÏ ONÏTHEÏmOATINGÏRIGÏORÏSUBSEAÏRISER Ï"/0 Ï WELLHEADS ÏTENSIONERSÏETC ÏTHEÏDIFFERENTÏ STATIONÏKEEPINGÏMETHODSÏFORÏMAINTAININGÏ AÏmOATINGÏDRILLINGÏVESSELÏONÏLOCATIONÏ MOORING ÏDYNAMICÏPOSITIONING ÏANDÏTHEÏ ENVIRONMENTALÏFORCESÏANDÏTHEIRÏIMPACT

!NÏINTRODUCTIONÏTOÏ303ÏANDÏFACILITIES Ï THISÏCOURSEÏTAKESÏTHEÏATTENDEESÏFROMÏ conceptual design to operation. The attendees will learn about the latest FACILITYÏDESIGNSÏANDÏIMPLEMENTATIONS Ï THEIRÏADVANTAGESÏANDÏDISADVANTAGES Ï ANDÏTHEÏRAPIDLYÏCHANGINGÏTRENDSÏOFÏFUTUREÏ technologies.

This course is designed to help drilling engineering professionals understand THEÏTECHNOLOGIES ÏTERMINOLOGY ÏCONCEPTS Ï PROCESSES ÏANDÏEQUIPMENTÏUSEDÏTOÏ drill deepwater oil and gas wells. The COURSEÏFOLLOWSÏAÏTYPICALÏDEEPWATERÏ DRILLINGÏPROGRAMÏANDÏDRILLINGÏPROCESSÏ FROMÏGEOLOGYÏTOÏRIGÏSELECTIONÏANDÏSTATIONÏ KEEPINGÏTOÏCONDUCTORÏDRIVINGÏANDÏSURFACEÏ CASINGÏSETTINGÏFOLLOWEDÏBYÏWELLHEADÏ SYSTEMS Ï"/0ÏANDÏMARINEÏRISERÏSYSTEMSÏ TOÏTYPICALÏDEEPWATERÏRIGÏEQUIPMENTÏ /NCEÏTHEÏDRILLINGÏPROCESSÏANDÏEQUIPMENTÏ ISÏREVIEWED ÏWEÏTHENÏLOOKÏATÏSOMEÏOFÏ the other aspects that are different for DEEPWATERÏDRILLINGÏTECHNOLOGYÏSUCHÏASÏ WELLÏCONTROL ÏSHALLOWÏHAZARDSÏANDÏTHENÏ WEÏMOVEÏTOÏSOMEÏOFÏTHEÏNEWÏEMERGINGÏ technologies such as dual gradient and MANAGEDÏPRESSUREÏDRILLINGÏ&INALLYÏWEÏ DISCUSSÏSOMEÏOFÏTHEÏTYPICALÏOPERATIONALÏ ASPECTSÏANDÏWORKOVERÏISSUESÏASSOCIATEDÏ with deepwater wells.

sÏ$IFFERENTIATEÏBETWEENÏMASSÏ TRANSPORTÏCOMPLEXES ÏSEDIMENTÏ GRAVITYÏmOWS ÏANDÏCONTOURSÏANDÏ PREDICTÏNETGROSSÏVALUESÏFORÏEACHÏINÏ SEISMICÏDATAÏ sÏ$IFFERENTIATEÏBETWEENÏCHANNELS Ï LOBES ÏMASSÏTRANSPORTÏCOMPLEXES ÏANDÏ contoured deposits on well logs sÏ)DENTIFYÏPROCESSESÏRESPONSIBLEÏFORÏ SEDIMENTARYÏSTRUCTURES ÏBEDFORMS Ï ANDÏLITHOLOGYÏANDÏUSEÏTHESEÏTOÏ DETERMINEÏDEPOSITIONÏENVIRONMENTSÏ ANDÏLATERALÏCONTINUITYÏOFÏRESERVOIRSÏ FROMÏCOREÏSAMPLESÏ sÏ#ORRELATEÏRESERVOIRÏSANDSTONESÏUSINGÏ CONCEPTSÏDEVELOPEDÏBYÏ-IKEÏ'ARDNERÏ INÏTHEÏ"RUSHYÏ#ANYONÏFORMATIONÏOFÏ the southwestern U.S. The course ALSOÏBUILDSÏONÏSEVERALÏOUTCROPÏ ANALOGS ÏINCLUDINGÏTHEÏ2OSSÏFORMATIONÏ of Ireland COURSE CONTENT Q

#OMPANY SPECIlCÏCASEÏSTUDIESÏ

Q

#OURSEÏMANUALS ÏINCLUDINGÏSEISMICÏ data, well logs, core photos, and other handouts

AUDIENCE

Q

303ÏCONCEPTS ÏDElNITIONS ÏANDÏ COMMONLYÏUSEDÏARCHITECTURES

Q

'ENERALÏDESIGNÏREQUIREMENTSÏANDÏ DRIVERSÏ

Q

303ÏEQUIPMENT ÏSELECTION ÏANDÏ operation

Q

&LOWÏLINESÏANDÏmOWÏASSURANCE

Q

&ACILITYÏMAINTENANCEÏANDÏREPAIR

Q

3UBSEAÏWELLÏINTERVENTION

Q

$IGITALÏOILÏlELD

Q

0RODUCTIONÏMONITORING ÏCONTROL ÏANDÏ OPTIMIZATIONÏTECHNOLOGY

Q

Data acquisition and data MANAGEMENT

COURSE CONTENT Q

Q

Floating drilling units

Q

6ESSELÏSTABILITYÏ

Q

-OORINGÏSYSTEMSÏ

Q

$YNAMICÏPOSITIONINGÏOPERATIONSÏ

Q

2ISERÏSYSTEMSÏ

Q

PREREQUISITE

Q

"/0ÏEQUIPMENTÏ

Q

%MERGENCYÏDISCONNECTÏ

Q

0LUGÏANDÏABANDONMENT

Subsea wellheads and casing operations

AUDIENCE /PERATORS ÏDRILLINGÏSUPERVISORS ÏJUNIORÏ LEVELÏSTAFF ÏCOMPANYÏREPRESENTATIVES ÏNEWÏ MANAGERS ÏDRILLINGÏCONTRACTORÏPERSONNELÏ INVOLVEDÏINÏDRILLING ÏMARINE ÏMAINTENANCE Ï SUPERVISION ÏMANAGEMENT ÏANDÏSERVICEÏ COMPANYÏMANAGEMENT ÏANDÏTEAMÏLEADERS

Drilling units

Q

$RILLINGÏEQUIPMENTÏSPECIlCÏTOÏ deepwater drilling

Q

0OREÏPRESSUREÏANDÏFRACTUREÏPRESSUREÏ window

Q

7ELLÏCONTROLÏ

Q

Riser selection

Q

(YDRATESÏ

Q

$RILLINGÏmUIDSÏ

PREREQUISITE

Q

General knowledge of oil and gas PRODUCTIONÏSYSTEMSÏANDÏOFFSHOREÏ PRODUCTIONÏSYSTEMS

$UALÏGRADIENTÏANDÏMANAGEDÏPRESSUREÏ drilling

Q

#OMPLETIONS

Q

)NTEGRATEDÏSYSTEMS

Q

$ISCUSSIONÏANDÏINTEGRATEDÏSYSTEMÏ EXAMPLES

COURSE CONTENT

Geoscientists who wish to understand DEEPWATERÏRESERVOIRS

Basic knowledge and understanding of GEOLOGY

COURSE CONTENT

AUDIENCE %NGINEERSÏINVOLVEDÏWITHÏSUBSEAÏFACILITIESÏ design or operations who want to LEARNÏABOUTÏEVOLVINGÏSUBSEAÏFACILITYÏ technologies.

AUDIENCE Drilling professionals with well design ANDÏOPERATIONSÏEXPERIENCEÏDESIRINGÏANÏ understanding of the challenges faced in THEÏDEEPWATERÏDRILLINGÏENVIRONMENT PREREQUISITE 5NDERSTANDÏBASICÏGEOMECHANICS Ï DRILLINGÏOPERATIONS ÏWELLÏPLACEMENT ÏWELLÏ PLANNING ÏANDÏDRILLINGÏmUIDSÏBASICS

PREREQUISITE Basic drilling operations knowledge ANDÏANÏUNDERSTANDINGÏOFÏTHEÏMARINEÏ ENVIRONMENTÏFORÏDRILLINGÏOPERATIONSÏ /FFSHOREÏDRILLINGÏEXPERIENCEÏISÏBENElCIAL



12/22/13 2:50 AM

DEEPWATER EXPLORATION AND PRODUCTION Deepwater Well Project and Risk Management NEW

Skill – 5 Days

4HEÏMAINÏGOALÏOFÏTHEÏCOURSEÏISÏTOÏ HIGHLIGHTÏTHEÏCRITICALÏPROJECTÏANDÏRISKÏ MANAGEMENTÏISSUESÏREQUIREDÏTOÏRUNÏ DEEPWATERÏWELLÏPROJECTSÏEFlCIENTLY Ï SAFELY ÏENVIRONMENTALLYÏFRIENDLYÏANDÏ COST EFFECTIVELYÏ"YÏTHEÏENDÏOFÏTHEÏCOURSE Ï ATTENDEESÏWILLÏUNDERSTANDÏTHEÏKEYÏISSUESÏ ANDÏPRINCIPLESÏOFÏDEEPWATERÏPROJECTÏ MANAGEMENTÏ4HEÏATTENDEESÏWILLÏBEÏABLEÏ TOÏAPPLYÏTHEÏPRINCIPLESÏINÏPRACTICEÏANDÏ INTEGRATEÏTHEMÏINÏTHEÏASSETÏORÏPROJECTÏ TEAMÏTOÏOPTIMIZEÏMANAGEMENTÏOFÏTHEÏWELLÏ PROJECTÏANDÏMANAGEÏTHEÏIDENTIlEDÏRISKSÏTOÏ MAXIMIZEÏVALUEÏ&OLLOWINGÏTHEÏDEEPWATERÏ WELLÏPROJECTÏMANAGEMENTÏPROCESSÏ FROMÏPROSPECTÏEVALUATIONÏTHROUGHÏ OPERATIONS ÏATTENDEESÏWILLÏDEVELOPÏ IMPORTANTÏSKILLSÏNEEDEDÏTOÏDRILLÏWELLSÏINÏAÏ DEEPWATERÏENVIRONMENTÏ4HEÏATTENDEESÏ WILLÏUNDERSTANDÏTHEÏCOMPLEXITIESÏOFÏAÏ deepwater drilling operation and will gain ANÏUNDERSTANDINGÏOFÏISSUESÏTHATÏMUSTÏ be addressed when drilling deepwater WELLSÏ4HEÏATTENDEESÏWILLÏALSOÏDEVELOPÏANÏ understanding of the challenges, choices, ANDÏCOMPROMISESÏTHATÏAREÏNECESSARYÏTOÏ drill deepwater wells.



Deepwater Seismic Interpretation

Skill – 5 Days

Skill – 3 Days

Skill – 5 Days

4HISÏCOURSEÏCOVERSÏTHEÏFUNDAMENTALSÏOFÏ 03!ÏWITHÏANÏEMPHASISÏONÏDEEPWATERÏ APPLICATIONSÏ03! ÏAÏRELATIVELYÏNEWÏ SPECIALIZATIONÏINÏTHEÏlELDÏOFÏPETROLEUMÏ GEOLOGY ÏISÏANÏINVESTIGATIONÏINÏTHEÏ GENERATIONÏOFÏHYDROCARBONSÏINÏTHEÏ subsurface andreconstructing the lLLINGÏHISTORYÏOFÏEXISTINGÏOILÏANDÏGASÏ ACCUMULATIONS ÏAIMINGÏTOÏQUANTIFYÏTHEÏ charge risk of undrilled prospects. $EEPWATERÏENVIRONMENTSÏPRESENTÏ THEÏPETROLEUMÏSYSTEMÏANALYSTÏWITHÏAÏ NUMBERÏOFÏSPECIlCÏCHALLENGESÏBECAUSEÏ SOURCEÏROCKSÏAREÏTYPICALLYÏBEYONDÏTHEÏ REACHÏOFÏTHEÏDRILLÏBITÏANDÏOIL TO SOURCEÏ ROCKÏCORRELATIONSÏAREÏCOMPLICATEDÏBYÏ OILÏTRANSFORMATIONÏPROCESSESÏSUCHÏ ASÏREMIGRATIONÏANDÏBIODEGRADATIONÏ &OLLOWINGÏAÏ DAYÏINTRODUCTIONÏTOÏTHEÏ03!Ï FUNDAMENTALS ÏCASEÏHISTORIESÏFROMÏTHEÏ 'ULFÏOFÏ-EXICO ÏOFFSHOREÏ7ESTÏ!FRICA Ï and the Mediterranean are presented. 3PECIALÏATTENTIONÏISÏGIVENÏTOÏGEOCHEMICALÏ WELLÏEVALUATIONS ÏWHICHÏFORMÏANÏESSENTIALÏ PARTÏOFÏ03! ÏNOTÏONLYÏINÏDEEPWATERÏ ENVIRONMENTSÏBUTÏALSOÏFORÏTHEÏEVALUATIONÏ OFÏUNCONVENTIONALÏHYDROCARBONSÏSUCHÏASÏ shale gas and basin center gas.

!DDRESSINGÏTHEÏCOMPLEXITIESÏOFÏDEEPÏ MARINEÏSYSTEMS ÏTHISÏCOURSEÏTEACHESÏ ATTENDEESÏHOWÏTHESEÏFACIESÏEVOLVEDÏONÏ the slope and in the open ocean, how THEYÏBUILDÏINTOÏDISTINCTIVEÏARCHITECTURALÏ ELEMENTS ÏANDÏHOWÏTOÏRECOGNIZEÏTHEMÏ 4HEÏCOURSEÏCOVERSÏHOWÏTOÏANALYZEÏANDÏ INTERPRETÏSEISMICÏRECORDS ÏSEAmOORÏ IMAGES ÏWELLÏLOGSÏINCLUDINGÏBOREHOLEÏ IMAGEÏLOGS ÏCOREÏMATERIALS ÏANDÏ outcrop characteristics of deepwater RESERVOIRÏCOMPONENTSÏWITHÏANÏEMPHASISÏ on internal architecture as related TOÏRESERVOIRÏPERFORMANCEÏ!TTENDEESÏ WILLÏPERFORMÏHANDS ONÏCASEÏSTUDIESÏOFÏ DEEPWATERÏPLAYSÏFROMÏAROUNDÏTHEÏWORLD Ï illustrating characteristics unique to their EXPLORATION ÏAPPRAISAL ÏDEVELOPMENT ÏANDÏ RESERVOIRÏMANAGEMENT

This course focuses on the interpretation of SEISMICÏDATAÏANDÏTHEÏDELICATEÏCONSTRUCTIONÏ OFÏSEISMICÏMAPSÏINÏTHEÏDEEPWATERÏREALM Ï WITHÏEMPHASISÏONÏPROXIMAL ÏINTERMEDIATE Ï ANDÏDISTALÏMARINEÏRESERVOIRSÏ4HEÏATTENDEESÏ will learn how acquisition and processing of $ÏANDÏ$ÏDATAÏRELATEÏTOÏTHEÏPRACTICALÏUSEÏ OFÏTHEÏEXTENSIVEÏANDÏGROWINGÏDEEPWATERÏ DATABASESÏINÏADDITIONÏTOÏSTUDYINGÏSEISMICÏ VELOCITIES ÏDEPTHÏCONVERSION ÏCOMPARISONSÏ OFÏ$ÏANDÏ$ÏDATA ÏANDÏTHEÏPRINCIPLESÏOFÏ $ÏANDÏ#ÏSEISMOLOGYÏ4HISÏKNOWLEDGEÏ WILLÏIMPROVEÏTHEIRÏUNDERSTANDINGÏOFÏHOWÏ $ÏDATASETÏTIMEÏSLICESÏANDÏAMPLITUDEÏANDÏ phase attributes can be applied for better RESERVOIRÏCHARACTERIZATIONSÏ#OMPLETEÏ HANDS ONÏMAPPINGÏPROBLEMSÏANDÏEXERCISESÏ AREÏINCLUDEDÏTHATÏEXPLOREÏGEOPHYSICALÏ EXPLORATIONÏANDÏDEVELOPMENTÏMAPPINGÏINÏ deepwater areas.

COURSE CONTENT Q

Q

COURSE CONTENT Q


Q

0ROJECTÏSETUP

Q

Q

4EAMÏRESPONSIBILITIESÏANDÏDECISIONS

Q

7HATÏISÏRISK

Q

COURSE CONTENT

2ISKÏMANAGEMENT

Source rocks

Q

"URIAL ÏTEMPERATURE ÏMATURITYÏ

Q

0ETROLEUMÏGEOCHEMISTRYÏ

Q

$EEPWATERÏWELLÏEVALUATIONSÏ

Q

Applications

Q

0ROJECTÏPLAN

Q

Tracking progress

AUDIENCE

Q

2ISKÏMANAGEMENTÏINÏACTION

Q

!PPLYINGÏRISKÏMANAGEMENTÏTOOLS

Q

(UMANÏFACTORSÏINÏDEEPWATERÏWELLÏ PROJECTS

'EOSCIENTISTSÏWORKINGÏINÏDEEPWATER Ï EXPLORATIONÏANDÏTHEIRÏDIRECTÏSUPERVISORSÏ INÏADDITIONÏTOÏRESERVOIRÏENGINEERS Ï PETROPHYSICISTS ÏANDÏPROSPECTÏPORTFOLIOÏ ANALYSTS PREREQUISITE

$RILLINGÏMANAGERS ÏOPERATIONSÏ superintendents, senior well engineers, well engineers, and wellsite leaders/ SUPERVISORSÏINVOLVEDÏINÏDEEPWATERÏWELLÏ PROJECTS

"ASICÏGEOLOGYÏANDÏCHEMISTRYÏ understanding, but not essential.

$OWNSLOPE ÏALONG SLOPE ÏANDÏ OPEN OCEANÏSYSTEMS

COURSE CONTENT Q

3EISMICÏINTERPRETATIONÏCONCEPTS Ï ACQUISITION ÏANDÏPROCESSINGÏWORKmOWS

Q

$EEPWATERÏPETROLEUMÏGEOLOGYÏ PROVINCESÏANDÏWORLDÏDISTRIBUTIONÏOFÏ deepwater basins

Q

%XPLORATIONÏANDÏPRODUCTIONÏINÏ deepwater

Q

3EISMICÏSTRATIGRAPHICÏMAPPINGÏINÏDEEPÏ and ultradeepwater

Q

!RCHITECTURALÏELEMENTSÏ.ATUREÏANDÏ recognition

Q

#HANNELÏSTYLEÏANDÏGEOMETRY

Q

,OBES ÏMOUNDS ÏANDÏSHEETS

Q

$EEPWATERÏMASSIVEÏSANDS

Q

4HIN BEDDEDÏTURBIDITES

Q

Q

$EEPWATERÏDRILLING ÏSEISMICÏSEQUENCEÏ STRATIGRAPHY ÏANDÏDEEPWATERÏPLAYSÏ REVIEW

$EEPWATERÏRESERVOIRÏSTRATIGRAPHY Ï TURBIDITESÏANDÏMAPPINGÏTECHNIQUES

Q

4IMEÏANDÏDEPTHÏMAPÏCONTOURINGÏINÏ deepwater

3UBSURFACEÏMODELS

Q

3EISMICÏVELOCITIESÏ!VERAGE ÏINTERVAL Ï .-/ ÏRMS ÏANDÏ$IXÏEQUATION

Q

$EPTHÏCONVERSIONÏTECHNIQUESÏANDÏ PRECISIONÏ034-ÏANDÏ03$-

Q

$EEPWATERÏRESERVOIRÏINTERPRETATIONÏ techniques

Q

#OMPARATIVEÏINTERPRETATIONÏOFÏ POSTSTACKÏANDÏPRESTACKÏTIMEÏMIGRATIONÏ and interpretation

Q

$EEPWATERÏPROSPECTSÏRICKSÏANDÏPROJECTÏ ECONOMICS

Q

AUDIENCE

$EEPWATERÏOVERVIEWÏANDÏBUILDINGÏ blocks

AUDIENCE 'EOLOGISTS ÏGEOPHYSICISTS ÏANDÏPETROLEUMÏ ENGINEERSÏINVOLVEDÏINÏEXPLORATIONÏANDÏ DEVELOPMENTÏOFÏDEEPWATERÏPLAYSÏANDÏ PROJECTÏMANAGERSÏOFÏDEEPWATERÏPLAYSÏANDÏ RESERVOIRÏPRODUCTION PREREQUISITE "ASICÏPETROLEUMÏGEOLOGY ÏBASICÏ STRATIGRAPHY ÏANDÏBASICÏSEDIMENTOLOGY

AUDIENCE PREREQUISITE

'EOLOGISTS ÏGEOPHYSICISTS ÏANDÏENGINEERSÏ WANTINGÏAÏBETTERÏUNDERSTANDINGÏSEISMICÏ INTERPRETATIONÏINÏDEEPWATERÏENVIRONMENTS

&OUNDATIONÏ$RILLINGÏ%NGINEERINGÏANDÏ Offshore Drilling Operations courses, and BASICÏEXPERIENCEÏINÏWELLÏPROJECTS

PREREQUISITE )NTERMEDIATEÏUNDERSTANDINGÏANDÏEXPERIENCEÏ OFÏSEISMICÏINTERPRETATIONÏTECHNIQUES

Software




Field trips

Uses simulation

| 201 12/22/13 2:50 AM

DEEPWATER EXPLORATION AND PRODUCTION Field Trip: Delta-Slope-Turbidite Deposition and Synsedimentary Deformation: County Clare, Ireland

Field Trip: Depositional Environments from Slope Aprons to Tropical Reefs - Tabernas and Sorbas Basins, Spain

Skill – 6 days

Skill – 5 Days

5SINGÏSEISMICÏSCALEÏCLIFFÏEXPOSURESÏ OFÏ.AMURIANÏSTRATA ÏTHISÏCOURSEÏWILLÏ FOCUSÏONÏDEPOSITIONALÏCOMPLEXITIESÏANDÏ SYNDEPOSITIONALÏDEFORMATIONÏSTRUCTURESÏ THATÏCHARACTERIZEÏDELTA SLOPE TURBIDITEÏ SUCCESSIONSÏ3TRUCTURESÏINCLUDEÏ MÏ high cliffs of the carboniferous strata OFÏ#OUNTYÏ#LAREÏCURRENTLYÏUNDERGOINGÏ INTENSIVEÏRESEARCHÏANDÏRECENTLYÏ HIGHLIGHTEDÏINÏAÏJOURNALÏARTICLEÏ4HEÏSTRATAÏ COMPRISEÏSOMEÏOFÏTHEÏMOSTÏSPECTACULARÏ SEDIMENTARYÏGEOLOGYÏINÏWESTERNÏ%UROPE Ï DISPLAYINGÏAÏWIDEÏRANGEÏOFÏDELTA ÏSLOPE Ï and turbidite facies and sequences, ENABLINGÏRECONSTRUCTIONÏOFÏTHEÏINlLLINGÏ AÏMAJORÏNORTHERNÏ%UROPEÏBASINÏ#YCLICITYÏ of the deltaic succession is thought to HAVEÏDRIVENÏEUSTATICÏSEA LEVELÏCHANGES Ï RESULTINGÏINÏEXTENSIVEÏmOODINGÏSURFACESÏ OVERLAINÏBYÏFOSSILIFEROUSÏMARINEÏBANDSÏ ANDÏINÏMAJORÏPALAEOVALLEYÏlLLÏSANDBODIESÏ 4HEÏDELTAICÏINTERVALSÏSHOWÏABUNDANTÏ SOFT SEDIMENTÏDEFORMATION ÏEGÏGROWTHÏ FAULTS ÏMUDÏDIAPIRS ÏANDÏSANDÏVOLCANOESÏ The course will include at least one boat TRIPÏTOÏVIEWÏKEYÏCLIFFÏEXPOSURESÏ4HEÏ COURSEÏBASEÏISÏ+ILKEE Ï#OUNTYÏ#LARE COURSE CONTENT Q

Q Q

Q

Q

Q

Q

)NTRODUCEÏTHEÏLOCALÏSTRATIGRAPHYÏANDÏ setting Mouth bar sands 0ENETRATIVEÏMUDÏDIAPIR ÏmOODINGÏ SURFACES ÏANDÏMARINEÏBANDS General basinal content, and Ross FORMATIONÏTURBIDITES Turbidite facies, including channels ANDÏMEGAmUTESÏ "RIDGES ÏMAJORÏSLUMPÏSHEETS ÏTURBIDITEÏ CHANNELS ÏANDÏSANDÏVOLCANOES "OATÏTRIPÏTOÏVIEWÏ2OSSÏFORMATIONÏINÏ sea cliffs between Carrigaholt and Loop Head and possible boat trip to VIEWÏBASINALÏ#LAREÏSHALESÏANDÏ2OSSÏ FORMATIONÏBASE


Q

Q

Q

3OUTHÏOFÏ4ULLIGÏ0OINTÏ'ULLÏ)SLANDÏ &ORMATIONÏMAJORÏBASIN lLLINGÏ SLOPEÏANDÏSLOPEÏRAMP ÏLOWERÏPARTÏ OFÏ4ULLIGÏCYCLOTHEMÏOLDESTÏDELTAICÏ PROGRADATION Ï4ULLIGÏ3ANDSTONEÏ PALAEOVALLEY +ILLARDÏ5PPERÏPARTÏOFÏ4ULLIGÏSLOPEÏ SUCCESSIONÏMINORÏMOUTHÏBAR Ï ABANDONMENTmOODINGÏEVENTS Ï 4ULLIGÏ3ANDSTONEÏWITHÏSOFT SEDIMENTÏ DEFORMATIONÏ 4RUKLIEVEÏ4ULLIGÏPROGRADATION Ï mOODINGÏSURFACES ÏMINORÏ PARASEQUENCES ÏPALAEOVALLEYÏEROSIONÏ ANDÏSTACKINGÏWAVE INmUENCEDÏ MOUTH BARSÏMARINEÏBANDSÏ

Q

&OOHAGHÏ0OINTÏ'ROWTHÏFAULTINGÏINÏ $OONLICKEYÏCYCLOTHEMÏ

Q

7ESTÏ%ND Ï+ILKEEÏ-INORÏMOUTHÏBARSÏ INÏ4ULLIGÏCYCLOTHEMÏNON PENETRATIVEÏ MUDÏDIAPERÏ+ILKEEÏCYCLOTHEMÏANDÏ sandstone.

Q

#ARROWMOREÏ0OINTÏ5PPERÏPARTÏOFÏ 4ULLIGÏCYCLOTHEMÏCHANNELÏSANDSTONEÏ mOODINGÏSURFACES

Q

3PANISHÏ0OINTÏ%XTENSIONALÏFAULTINGÏ OFÏMOUTHÏBARÏSANDSÏOVERÏDIAPERÏ $OONLICKEYÏCYCLOTHEM

Q

$OOLINÏBASINALÏMUDSTONEÏFACIESÏATÏ NORTHERNÏMARGINÏOFÏBASINÏ

Q

&ISHERSTREETÏ"ASALÏTURBIDITESÏOFÏ NORTHERNÏMARGINÏANDÏMAJORÏSLUMPÏ sheet.

Q

#LIFFSÏOFÏ-OHERÏ.ORTHERNÏEQUIVALENTÏ OFÏ'ULLÏ)SLANDÏANDÏ4ULLIGÏCYCLOTHEMÏ

4HISÏ DAYÏlELDÏCOURSEÏOFFERSÏATTENDEESÏ ANÏEXTENSIVEÏSERIESÏOFÏOUTCROPÏ EXAMINATIONS ÏlELD BASEDÏCORRELATIONS Ï RESERVOIRÏDESCRIPTIONS ÏINSTRUCTIONS ÏANDÏ EXERCISESÏ4HEÏCOURSEÏAIMSÏTOÏFAMILIARIZEÏ THEÏATTENDEESÏWITHÏTHEÏSTRATIGRAPHY Ï shape, and scale of depositional bodies in SMALLÏACTIVEÏ.EOGENEÏBASINSÏ4HEÏVALUEÏ of sequence stratigraphic approaches, PALEOBATHYMETRICÏANALYSES ÏANDÏSTRUCTURALÏ setting of the basin on predicting THEÏLARGE SCALEÏCHARACTERÏOFÏTHEÏLATEÏ Miocene deposits will be addressed in ANÏAPPRAISALÏANDÏDEVELOPMENTÏCONTEXTÏ /UTCROPÏSTUDIESÏWILLÏILLUSTRATEÏTHEÏTYPESÏ OFÏGEOLOGICALÏHETEROGENEITYÏTHATÏOCCURÏINÏ such sequences and show the geological processes responsible for these different HIERARCHICALÏSCALESÏOFÏVARIABILITYÏ2ELAXEDÏ TEAMÏEXERCISESÏATÏTHEÏOUTCROPSÏWILLÏ enhance knowledge transfer. COURSE CONTENT Q

Q

)NTRODUCTIONÏTOÏTHEÏ0ALEOCENEÏTOÏ 0LEISTOCENEÏINlLLÏOFÏTHEÏ4ABERNASÏ basin !SSESSINGÏMASSÏmOWÏPROCESSESÏANDÏ deposits in the basal succession

Q

4ABERNASÏBASINÏLATEÏ-IOCENE

Q

!SSESSÏSEDIMENTARYÏPROCESSESÏINÏ HIGHÏNETÏTOÏGROSSÏTURBIDITEÏSYSTEM

Q

Map depositional architecture of scour lobes

Q

3ORBASÏBASINÏ0ALEOCENE 0LIOCENE

Q

3EDIMENTÏPRODUCTIONÏDURINGÏRELATIVEÏ INCREASEÏINÏSEAÏLEVELÏLATEÏ4ORTONIANÏ TOÏLATEÏ-ESSINIAN

Q

-ESSINIANÏEVAPORITEÏCYCLES

Q

#ARBONERASÏBASINÏ3ERRAVALLIAN 0LIOCENE

Q

)NTRODUCTIONÏATÏTHEÏVOLCANICÏBASEMENTÏ WITHÏSEDIMENTÏONLAPÏ%ARLYÏ4ORTONIAN

AUDIENCE %XPLORATIONÏANDÏPRODUCTIONÏGEOLOGISTS Ï GEOPHYSICISTS ÏANDÏPETROLEUMÏENGINEERSÏ who need a sound understanding of DEEP MARINEÏANDÏSHALLOWÏSEDIMENTSÏANDÏ THEIRÏARCHITECTURALÏELEMENTS PREREQUISITE "ASICÏKNOWLEDGEÏOFÏGEOLOGY

AUDIENCE 0ETROLEUMÏGEOLOGISTS ÏGENERALÏGEOLOGISTS Ï SEDIMENTOLOGISTS ÏRESERVOIRÏMODELLERS Ï ANDÏRESERVOIRÏENGINEERS PREREQUISITE None


12/22/13 2:50 AM

DEEPWATER EXPLORATION AND PRODUCTION Economics of Deepwater Projects NEW

Skill – 3 Days

4HISÏ DAYÏCOURSEÏISÏFORÏATTENDEESÏWHOÏ ALREADYÏHAVEÏSOMEÏEXPERIENCEÏRUNNINGÏ PROJECTÏECONOMICSÏINÏTHEÏOILÏANDÏGASÏ INDUSTRYÏBUTÏWOULDÏLIKEÏTOÏLEARNÏHOWÏ TOÏMODELÏANDÏEVALUATEÏTHEÏECONOMICSÏ OFÏDEEPWATERÏDEVELOPMENTÏPROJECTSÏ !NÏOVERVIEWÏOFÏTHEÏEXPLORATION Ï DEVELOPMENT ÏANDÏPRODUCTIONÏPROCESSESÏ INVOLVEDÏINÏDEEPWATERÏPROJECTSÏWILLÏ BEÏPRESENTEDÏ!NÏEVALUATIONÏMODELÏ ANDÏMETHODÏFORÏEVALUATINGÏDEEPWATERÏ PROJECTSÏWILLÏTHENÏBEÏPRESENTEDÏANDÏ discussed using supporting case studies. Attendees will learn how to incorporate COMMONÏTECHNICALÏANDÏNONTECHNICALÏ RISKSÏANDÏUNCERTAINTIESÏTOÏARRIVEÏATÏAÏ COMPLETEÏEVALUATIONÏOFÏTHEÏECONOMICSÏOFÏ DEEPWATERÏPROJECTS COURSE CONTENT Q

Q

&RAMEWORKÏFORÏDEEPWATERÏECONOMICÏ EVALUATIONS $ECISIONÏFRAMEWORKÏOFÏDEEPWATERÏ PROJECTSÏ

Q

$EVELOPMENTÏSCHEDULEÏANDÏCASHÏmOW

Q

$EEPWATERÏDECISIONÏANALYSIS

Q

$ECISIONÏANALYSISÏSTRUCTURE

Q

2ISKÏIDENTIlCATIONÏANDÏINCORPORATION

Q

Decision trees

Field Trip: Permian Basin Floor Fan Systems of Karoo, South Africa

HPHT Operational Awareness and Drilling Challenges


Skill – 6 Days

Skill – 5 Days

Skill – 5 Days

This course will help attendees understand the lithofacies and ARCHITECTURALÏRELATIONSHIPSÏOFÏTHEÏ0ERMIANÏ BASINÏmOORÏFANÏSYSTEMÏINÏTHEÏ4ANQUA +AROOÏAREAÏWESTERNÏ#APE Ï3OUTHÏ!FRICA Ï FROMÏOUTCROPS ÏCORES ÏANDÏLOGSÏ4HISÏAREAÏ CONTAINSÏSOMEÏOFÏTHEÏWORLDSÏBESTÏBASINÏ mOORÏFANÏEXPOSURESÏ4HISÏREGIONÏHASÏ BEENÏTHEÏTOPICÏOFÏAÏ%UROPEAN SPONSOREDÏ RESEARCHÏPROJECTÏINÏWHICHÏAÏLARGEÏAMOUNTÏ of outcrop data has been acquired and SEVENÏRESEARCHÏBOREHOLESÏWEREÏDRILLED Ï CORED ÏANDÏLOGGEDÏWITHÏSTATE OF THE ARTÏ logging suites. These data and the IMPORTANTÏRESULTSÏOFÏTHEÏPROJECTÏWILLÏBEÏ SHAREDÏWITHÏTHEÏATTENDEESÏ(IKINGÏOVERÏ THEÏSUCCESSIONÏFROMÏTHEÏBASINALÏFANSÏ across the shelf edge to the prodelta deposits is a highlight of the course. 4HEÏCOURSEÏBASEÏISÏTHEÏ)NVERDOORNÏ'AMEÏ Lodge.

4HISÏCOURSEÏCOVERSÏTHEÏMAJORÏASPECTSÏOFÏ (0(4ÏWELLÏPROJECTSÏ4HEÏTOPICSÏINCLUDEÏ theories, technicalities, and practicalities OFÏ(0(4ÏWELLS ÏCOMPLETEÏWITHÏIMPENDINGÏ risks and plausible challenges. This course is also includes case studies on BOTHÏSUCCESSFULÏ(0(4ÏWELLÏPROJECTSÏANDÏ THEÏERRORSÏCOMMITTEDÏINÏPASTÏPROJECTSÏ WITHÏSPECIALÏEMPHASISÏONÏGEOPRESSUREÏ DETECTIONÏANALYSISÏTHATÏWILLÏBENElTÏ ATTENDEESÏ0RACTICALÏEXERCISESÏANDÏ ASSESSMENTSÏAREÏINCLUDEDÏTHROUGHOUTÏ THISÏCOURSEÏWITHÏINTERACTIVEÏDISCUSSIONÏTOÏ MEETÏTHEÏSPECIlCÏNEEDSÏOFÏALLÏATTENDEES

4HISÏ DAYÏCOURSEÏCOVERSÏTHEÏTHEORYÏ ANDÏAPPLICATIONÏOFÏSEDIMENTOLOGYÏANDÏ DEPOSITIONALÏENVIRONMENTSÏOFÏDEEPWATERÏ deposits. The course consists of an EXTENSIVEÏSERIESÏOFÏTOPIC RELATEDÏMODULESÏ in addition to workshops on attendee datasets.

COURSE CONTENT Q

/RDOVICIANÏTOÏ$EVONIANÏSUCCESSIONÏ

Q

/VERVIEWÏOFÏ7ESTERNÏBASINÏMARGINÏ ANDÏITSÏDEVELOPMENT

Q

3TUDYÏINTERNALÏARCHITECTURE Ï SEDIMENTARYÏSTRUCTURES ÏANDÏ&ANÏÏ sheet sands

Q

,OBEÏARCHITECTURE ÏBEDS ELEMENTS LOBEÏASSOCIATIONS ÏLOCALÏ CHANNELIZATION ÏANDÏLINKEDÏDEBRITES

Q

)NVERDOORNÏCOREÏWORKSHOP ÏLOGSÏANDÏ BOREHOLEÏIMAGES ÏANDÏCOMPARISONÏ with outcrops

PREREQUISITE %XPERIENCEÏWITHÏPETROLEUMÏECONOMICSÏORÏ EQUIVALENT

#HANNELÏGEOMETRIES ÏLEVEES ÏCOLLAPSEÏ STRUCTURES ÏPALEOmOWÏRELATIONSHIPS Ï ANDÏTHIN BEDDEDÏOVERBANKÏDEPOSITS

Q

AUDIENCE %NGINEERS ÏECONOMISTS ÏMANAGERS ÏORÏ OTHERÏTECHNICALÏSTAFFÏWITHÏEXPERIENCEÏINÏ PROJECTÏECONOMICSÏWHOÏWANTÏTOÏLEARNÏHOWÏ TOÏMODELÏANDÏEVALUATEÏTHEÏECONOMICSÏOFÏ DEEPWATERÏPROJECTS

COURSE CONTENT

Q

Using well data and outcrop ANALOGUESÏFORÏRESERVOIRÏMODELINGÏ

Q

.EWÏINFORMATIONÏFROMÏCORESLOGSÏNOTÏ OBSERVEDÏINÏOUTCROPS

Q

(IKEÏENTIREÏSEDIMENTARYÏSUCCESSIONÏ FROMÏBASINÏmOORÏFANSÏTOÏSLOPEÏ deposits, shelf edge transition, and prodelta deposits

COURSE CONTENT Q

,ECTUREÏMODULESÏSUPPORTEDÏANDÏ COMPLEMENTEDÏBYÏAÏNUMBERÏOFÏ PAPER BASEDÏEXERCISESÏMOSTLYÏBUILTÏ AROUNDÏCORRELATIONÏPROBLEMS

Q

&ULLÏSETÏOFÏLECTUREÏMATERIALSÏANDÏ EXERCISESÏANDÏTHEÏBOOKÏh0ETROLEUMÏ 3YSTEMSÏOFÏ$EEPWATERÏ3ETTINGSvÏBYÏ 0Ï7EIMERÏANDÏ2-Ï3LATTÏGIVENÏTOÏ EACHÏATTENDEEÏ;SUBJECTÏTOÏAVAILABILITYÏ FROMÏTHEÏPUBLISHERSÏANDÏTOÏTIMELYÏ ADVICEÏBYÏTHEÏCLIENTÏONÏTHEÏREQUIREDÏ NUMBERÏOFÏCOPIES=

Q

$ElNINGÏANDÏMANAGINGÏ(0(4ÏWELLSÏ ANDÏENVIRONMENT

Q

'EOPHYSICALÏMETHODSÏFORÏDETECTIONÏ ANDÏANALYSISÏOFÏGEOPRESSURE

Q

(0(4ÏWELLÏLOGGINGÏISSUESÏ

Q

Adoption of new technologies

AUDIENCE

Q

3URFACEÏFACILITYÏCONSIDERATIONS

Geologists

Q

$OWNHOLEÏEQUIPMENTÏANDÏmUIDS

Q

#EMENTINGÏCHALLENGES

Q

(0(4ÏDRILLINGÏPROCEDURES

Q

7ELL CONTROLÏMETHODS

Q

(0(4ÏWELLÏTESTINGÏ

PREREQUISITE 2EASONABLEÏKNOWLEDGEÏOFÏPETROLEUMÏ GEOLOGY

AUDIENCE 7ELLÏCONSTRUCTIONÏPROFESSIONALSÏWITHÏ ÏYEARSÏORÏMOREÏWELLÏCONSTRUCTIONÏ EXPERIENCEÏANDÏSOMEÏBACKGROUNDÏINÏ(0(4Ï issues. PREREQUISITE -INIMUMÏOFÏÏYEARSÏOFÏEXPERIENCEÏINÏWELLÏ CONSTRUCTIONÏANDÏSOMEÏEXPOSUREÏTOÏ(0(4Ï well issues.

AUDIENCE 0ETROLEUMÏGEOLOGISTS ÏGENERALÏGEOLOGISTS Ï SEDIMENTOLOGISTS ÏRESERVOIRÏMODELERS Ï RESERVOIRÏENGINEERS ÏANDÏSEISMICÏ interpreters. PREREQUISITE None

Software




Field trips

Uses simulation

| 203 12/22/13 2:50 AM

DEEPWATER EXPLORATION AND PRODUCTION Drillbench Dynamic Well Control Modeling Software Foundation – 2 Days

NEW

4HISÏ DAYÏCOURSEÏTEACHESÏTHEÏ FUNDAMENTALSÏOFÏUSINGÏTHEÏ$RILLBENCHÏ 0RESMODÏ+ICKÏSOFTWAREÏ4HEÏCOURSEÏ shows the attendees how to enter the required well data and how to run the DYNAMICÏWELLÏCONTROLÏSIMULATIONSÏUSINGÏ the software. The course contains a MIXÏOFÏ-ICROSOFTÏ0OWER0OINTÏSLIDESÏANDÏ INDIVIDUALÏHANDS ONÏEXERCISESÏTOÏTEACHÏ the attendees how to use the software. At the end of the course, the attendees will be able to enter the required well DATAÏANDÏRUNÏWELLÏCONTROLÏSIMULATIONSÏ using the software. COURSE CONTENT

Drillbench Dynamic Hydraulics and Temperature Modeling Software Foundation – 2 Days

NEW

4HISÏ DAYÏCOURSEÏTEACHESÏTHEÏ FUNDAMENTALSÏOFÏUSINGÏTHEÏ$RILLBENCHÏ 0RESMODÏHYDRAULICSÏSOFTWAREÏ!TTENDEESÏ will learn how to enter the required WELLÏDATAÏANDÏHOWÏTOÏRUNÏTHEÏDYNAMICÏ SIMULATIONSÏWITHÏTHEÏSOFTWAREÏ4HEÏ COURSEÏISÏAÏMIXÏOFÏ-ICROSOFTÏ0OWER0OINTÏ SLIDESÏANDÏINDIVIDUALÏHANDS ONÏEXERCISESÏ TOÏFAMILIARIZEÏTHEÏATTENDEESÏINÏTHEÏUSEÏOFÏ the software. At the end of the course, the attendees will be able to enter the REQUIREDÏWELLÏDATAÏANDÏRUNÏSIMULATIONSÏ using the software. COURSE CONTENT Q

(YDRAULICSÏANDÏTEMPERATUREÏMODELINGÏ introduction


Q


!DVANCEDÏSOFTWAREÏOPTIONSÏ

Q

!DVANCEDÏFEATURESÏOFÏTHEÏSOFTWAREÏ (OLEÏCLEANING ÏMANAGEDÏPRESSUREÏ DRILLING ÏANDÏDUAL GRADIENTÏDRILLINGÏ operations

Q

7ELLÏCONTROLÏMODELINGÏ

Q Q Q

!DVANCEDÏSOFTWAREÏFEATURESÏ Managed pressure drilling and well CONTROLÏSIMULATIONS

AUDIENCE

AUDIENCE

$RILLINGÏENGINEERSÏANDÏDRILLINGÏSUPERVISORSÏ REQUIRINGÏAÏBETTERÏANDÏAÏMOREÏDETAILEDÏ understanding of potential well control issues.

$RILLINGÏANDÏmUIDÏMUD ÏENGINEERSÏDEALINGÏ WITHÏDRILLINGÏHYDRAULICSÏCALCULATIONS Ï DRILLINGÏMANAGERS ÏANDÏDRILLINGÏSUPERVISORSÏ requiring a better understanding of DRILLINGÏmUIDÏHYDRAULICS

PREREQUISITE &AMILIARÏWITHÏWELLÏCONTROLÏPRINCIPLESÏINÏ ADDITIONÏTOÏHAVINGÏANÏUNDERSTANDINGÏOFÏ THEÏBASICSÏOFÏmUIDÏANDÏGASÏBEHAVIORÏANDÏ with circulating pressure losses and basic RESERVOIRÏINmOW

PREREQUISITE #OMPREHENSIVEÏUNDERSTANDINGÏOFÏWELLÏ DESIGNÏANDÏHYDRAULICSÏINÏADDITIONÏTOÏANÏ understanding of the basics of drilling mUIDSÏRHEOLOGY

OLGA Flow Assurance

OLGA Well Dynamics



4HISÏ DAYÏmOWÏASSURANCEÏWITHÏTHEÏ /,'!ÏMULTIPHASEÏmOWÏSIMULATORÏCOURSEÏ is intended to turn the beginner into an /,'!ÏSIMULATORÏUSER ÏCAPABLEÏOFÏRUNNINGÏ REALISTICÏmOWÏASSURANCEÏTASKSÏ!ÏMIXTUREÏ OFÏLECTURESÏANDÏHANDS ONÏEXERCISESÏ HELPSÏTHEÏATTENDEESÏUNDERSTANDÏTHEÏmOWÏ ASSURANCEÏCHALLENGES ÏTHEÏFUNDAMENTALSÏ OFÏMULTIPHASEÏPIPELINEÏTHERMO HYDRAULICS Ï ANDÏHOWÏTOÏAPPLYÏ/,'!ÏINÏREALISTICÏmOWÏ ASSURANCEÏISSUESÏ4HEÏEXERCISESÏAREÏ CONDUCTEDÏUSINGÏTHEÏ/,'!Ï'5)Ï!LLÏMAJORÏ FEATURESÏOFÏTHEÏ'5)ÏAREÏCOVERED ÏINCLUDINGÏ MODELÏBUILDING ÏCASEÏRUNS ÏPARAMETRICÏ STUDIES ÏANDÏEFFECTIVEÏPOSTPROCESSINGÏ &LUIDÏPROPERTYÏTABLESÏFORÏTHEÏ/,'!Ï SIMULATORÏAREÏGENERATEDÏWITHÏ064SIMÏ THIRD PARTYÏCOMPOSITIONALÏPRESSURE VOLUME TEMPERATUREÏCOMPOSITIONALÏ ANALYSISÏ/URÏEXPERIENCEDÏINSTRUCTORSÏ focus on teaching attendees how to turn DATAÏINTOÏAÏHIGH QUALITYÏANDÏEFFECTIVEÏ /,'!ÏMODELÏANDÏHOWÏTOÏPERFORMÏ SIMULATIONS

4HISÏ DAYÏCOURSEÏISÏINTENDEDÏTOÏTRAINÏ engineers who work with production ANDÏWELLÏPERFORMANCEÏINÏTHEÏUSEÏOFÏ /,'!ÏMULTIPHASEÏPIPELINEÏANDÏTRANSIENTÏ MODELINGÏTOÏSIMULATEÏTHEÏmOWÏTRANSIENTSÏ INÏWELLSÏANDÏPRODUCTIONÏSYSTEMSÏ4HESEÏ AREÏENGINEERSÏWHOÏHAVEÏAÏNEEDÏTOÏ SIMULATEÏTHEÏOFFSHOREÏWELLÏOPERATIONÏ scenarios. The course has a good BALANCEÏINÏCONTENTÏBETWEENÏTHEÏWELLÏmOWÏ DYNAMICSÏANDÏTHEÏHANDS ONÏ/,'!ÏSKILLÏ learning. This course also helps those ATTENDEESÏWHOÏAREÏNEWÏ/,'!ÏSIMULATORÏ USERSÏTOÏQUICKLYÏGRASPÏTHEÏhDYNAMICvÏ concept, gain basic skills to use the /,'!ÏSIMULATORÏINDEPENDENTLY ÏANDÏLAYÏ AÏSOLIDÏFOUNDATIONÏFORÏBUILDINGÏADVANCEDÏ MODELINGÏCAPABILITIES

COURSE CONTENT

COURSE CONTENT Q

)NTRODUCTIONÏTOÏ/,'!ÏSIMULATORÏ CAPABILITYÏFORÏWELLÏMODELING

Q

4HEÏ/,'!ÏSIMULATORÏMODELÏANDÏITSÏ EXECUTION

Q

Q

"ASICÏMULTIPHASEÏPRODUCTIONÏ HYDRAULICSÏANDÏTHERMALÏISSUESÏ

064ÏASPECTSÏINÏ/,'!ÏSIMULATIONÏANDÏ 064SIMÏ/,'!ÏINTERFACE

Q

Q

)NTRODUCTIONÏTOÏ/,'!ÏTOPOLOGYÏANDÏ BASICÏASSUMPTIONS

7ELLÏMODELÏINJECTIVITYÏMODELÏBUILDINGÏ THEÏ/,'!ÏSIMULATOR

Q

Q

)NTRODUCTIONÏTOÏ064SIMÏANALYSIS

!RTIlCIALÏLIFTÏ%30GAS LIFT ÏMODELINGÏ WITHÏTHEÏ/,'!ÏSIMULATOR

Q

-UDÏANDÏWELLÏENGINEERINGÏmUIDÏ MODELINGÏANDÏAPPLICATIONS

Q

7ELLÏOPERATIONÏSCENARIOSÏINCLUDEDÏINÏ THEÏEXERCISES

Q

3IMPLEÏGAS LIFTÏMODELING

Q

7ELL PIPELINEÏINTEGRATEDÏMODELINGÏFORÏ SLUGGINGÏSIMULATION

Q

!DVANCEDÏGAS LIFTÏMODELING ÏINCLUDINGÏ UNLOADINGÏSIMULATIONS

Q

Flow assurance issues for oil and GAS CONDENSATEÏPRODUCTION

Q

4ERRAINÏSLUGGINGÏMITIGATION Ï HYDRODYNAMICÏSLUGGING ÏANDÏ/,'!Ï slug tracking

Q

3HUT IN ÏCOOL DOWN ÏSTART UPÏANDÏ DEPRESSURIZATIONÏOFÏAÏWELL mOWLINE RISERÏCONlGURATION

Q

"UILDINGÏAÏSIMULATIONÏMODELÏWITHÏ MINIMUMÏINFORMATION

Q

'ASÏCONDENSATEÏPIPELINE MODELINGÏ CHARACTERISTICÏSTEADY STATEÏBEHAVIOR Ï PIGGING ÏTURNDOWN ÏRAMP UP Ï THREE PHASEÏmOW ÏSEPARATORÏWITHÏ LEVELÏCONTROL

AUDIENCE 0RODUCTIONÏANDÏWELLÏPERFORMANCEÏ ENGINEERSÏINVOLVEDÏWITHÏOFFSHOREÏWELLÏ operations.

AUDIENCE

PREREQUISITE

"EGINNERÏTOÏINTERMEDIATEÏ/,'!ÏSIMULATORÏ USER ÏPROSPECTIVEÏ/,'!ÏSIMULATORÏ licensee, and the design or operations PROFESSIONALÏINTERESTEDÏINÏEXPLORINGÏ THEÏUSESÏANDÏCAPABILITIESÏOFÏMULTIPHASEÏ TRANSIENTÏSIMULATIONS

.OÏPREVIOUSÏ/,'!ÏEXPERIENCEÏISÏ NECESSARY ÏBUTÏKNOWLEDGEÏOFÏWELLÏ PERFORMANCEÏANDÏMULTIPHASEÏmOWÏ MODELINGÏWOULDÏBEÏADVANTAGEOUS

PREREQUISITE .OÏPREVIOUSÏEXPERIENCEÏWITHÏTHEÏ /,'!ÏSIMULATORÏISÏNECESSARY ÏBUTÏAÏ GENERALÏKNOWLEDGEÏOFÏPIPEÏmOWÏANDÏ THERMODYNAMICSÏWOULDÏBEÏADVANTAGEOUS



12/22/13 2:50 AM

DEEPWATER EXPLORATION AND PRODUCTION Introduction to INTERSECT


Skill – 2 Days

Skill – 3 Days

4HEÏ).4%23%#4Ï2ESERVOIRÏ3IMULATIONÏ COURSEÏINTRODUCESÏRESERVOIRÏENGINEERSÏ TOÏMETHODSÏOFÏCONSTRUCTINGÏSIMULATIONÏ MODELSÏUSINGÏ).4%23%#4ÏNEXTÏGENERATIONÏ RESERVOIRÏSIMULATIONÏSOFTWAREÏ4HEÏ TRAININGÏDISCUSSESÏTHEÏMAINÏFEATURESÏ OFÏTHEÏ).4%23%#4ÏSIMULATORÏRELATIVEÏTOÏ WORKINGÏWITHÏINPUTÏDATAÏFROMÏTHEÏ0ETRELÏ PLATFORMÏORÏ%#,)03%ÏSIMULATORÏ!LONGÏ THEÏWAY ÏATTENDEESÏWILLÏALSOÏBEÏEXPOSEDÏ TOÏTHEÏBASICÏFEATURESÏOFÏTHEÏ).4%23%#4Ï SIMULATORÏ4HEÏCOURSEÏINCORPORATESÏ INFORMATIONÏABOUTÏUSINGÏ0ETRELÏPRE ÏANDÏ POST PROCESSORSÏASÏTHEÏPRIMARYÏFRONT ENDÏ FORÏTHEÏ).4%23%#4ÏSIMULATOR

4HISÏ DAYÏCOURSEÏINTRODUCESÏATTENDEESÏ to the principles and concepts related to blowout control operations and the use of the OLGA ABC software. This course PROVIDESÏANÏOVERVIEWÏOFÏSO CALLEDÏTERTIARYÏ well control options and the engineering calculations required to ensure that a WELLÏKILLÏCANÏBEÏACHIEVEDÏ4HISÏCOURSEÏ also deals with the basics of relief well PLANNINGÏANDÏDYNAMICÏWELLÏKILLÏOPERATIONSÏ for blowout wells.

COURSE CONTENT Q

/VERVIEWÏOFÏRESERVOIRÏSIMULATIONÏ USINGÏTHEÏ).4%23%#4ÏSIMULATORÏ

Q

$ATAÏCREATIONÏTHROUGHÏTHEÏ0ETRELÏ 2ESERVOIRÏ%NGINEERINGÏAPPLICATIONÏ

NEW

COURSE CONTENT Q

7ELLÏDESIGNÏMODELINGÏ

Q

"LOWOUTÏDYNAMICSÏANDÏCHALLENGES

Q

Relief well planning

Q

$YNAMICÏWELLÏKILLÏOPERATIONSÏ

AUDIENCE $RILLINGÏENGINEERS ÏWELLSITEÏSUPERVISORS Ï ANDÏSERVICEÏPROVIDERSÏWHOÏDESIGN ÏPLAN Ï ANDÏMANAGEÏDRILLINGÏOPERATIONS

Q

$ATAÏEDITINGÏUSINGÏTHEÏ%#,)03%Ï ).4%23%#4Ï-IGRATORÏ

Q

&IELDÏMANAGEMENTÏ

PREREQUISITE

Q


Q

)MPORTANTÏBEHAVIORALÏDIFFERENCESÏINÏ %#,)03%ÏANDÏ).4%23%#4ÏSOFTWARE

-INIMUMÏOFÏÏYEARSÏOFÏDRILLINGÏRELATEDÏ EXPERIENCEÏANDÏAÏSOLIDÏUNDERSTANDINGÏ OFÏCONVENTIONALÏWELLÏCONTROLÏANDÏmUIDÏ HYDRAULICSÏPRINCIPLES

AUDIENCE 2ESERVOIRÏENGINEERSÏWORKINGÏONÏ SIMULATIONÏSTUDIES PREREQUISITE "ACKGROUNDÏINÏRESERVOIRÏENGINEERING

Petrel Petroleum System-based Play-to-Prospect Exploration: Using Petrel Exploration Geology Software for Integrated Evaluation of Petroleum Systems, Plays, and Prospects Skill – Days )NÏTHISÏ DAYÏCOURSE ÏTHEÏATTENDEEÏWILLÏ LEARNÏTOÏUSEÏTHEÏ0ETRELÏ%0ÏSOFTWAREÏ PLATFORMÏ0ETROLEUMÏ3YSTEMSÏ1UICKÏ,OOKÏ ANDÏ0LAYÏTOÏ0ROSPECTÏ2ISKÏMODULESÏ4HEÏ COURSEÏATTENDEESÏWILLÏUNDERTAKEÏPLAYÏ EVALUATIONÏEXERCISESÏTHATÏINTEGRATEÏ ALLÏTHEÏPETROLEUMÏSYSTEMÏELEMENTSÏ INTOÏGEOLOGICALLYÏBASEDÏOBJECTIVESÏANDÏ DOCUMENTEDÏRESULTSÏTHATÏCANÏBEÏUSEDÏTOÏ understand and rank the opportunities. How to use the software tools and DEVELOPÏAÏBETTERÏUNDERSTANDINGÏOFÏTHEÏ FUNDAMENTALSÏOFÏPLAYÏANDÏPROSPECTÏ EVALUATIONÏAREÏALSOÏINCLUDEDÏINÏTHEÏ COURSEÏINÏADDITIONÏTOÏTHEÏREASONSÏWHYÏ an integrated approach results in better EVALUATIONSÏANDÏBETTERÏEXPLORATIONÏ success. COURSE CONTENT !TTENDEESÏWILLÏEVALUATEÏAÏCONCESSIONÏ AREAÏUSINGÏTHEÏ0ETRELÏWORKmOWÏTOOLSÏ "EGINNINGÏWITHÏTHEÏINITIALÏEXPLORATIONÏ DATA ÏTHEÏATTENDEESÏWILLÏLEARNÏTOÏCOMBINEÏ RESULTSÏFROMÏPETROLEUMÏSYSTEMSÏMODELINGÏ WITHÏTHEIRÏPLAYÏFAIRWAYÏMAPSÏANDÏ TRANSFORMÏTHEMÏINTOÏPLAYÏCHANCEÏMAPSÏ 4HEYÏWILLÏALSOÏLEARNÏTOÏUSEÏTHEÏRESULTSÏ FROMÏTHISÏANALYSISÏTOÏMAKEÏPROBABILISTICÏ VOLUMETRICÏANDÏCHANCEÏOFÏSUCCESSÏ ASSESSMENTÏOFÏTHEIRÏPROSPECTSÏTHATÏHAVEÏ AÏCLEARÏLINKÏBACKÏTOÏTHEÏPLAYÏEVALUATIONÏ ANDÏPETROLEUMÏSYSTEMÏANALYSISÏ,ASTLY Ï attendees will learn how to keep their PLAYÏANDÏPROSPECTÏEVALUATIONÏLIVEÏANDÏ USABLEÏWHENEVERÏNEWÏUNDERSTANDINGÏORÏ DATAÏBECOMESÏAVAILABLE

AUDIENCE Geoscientists working with prospect EXPLORATIONÏFUNDAMENTALSÏANDÏWORKmOWSÏ WHOÏNEEDÏTOÏLEARNÏHOWÏTOÏPERFORMÏTHEMÏ USINGÏTHEÏ0ETRELÏ%0ÏSOFTWAREÏPLATFORM PREREQUISITE )DEALLY Ï0ETRELÏ&UNDAMENTALSÏCOURSE ÏANDÏ SHOULDÏBEÏABLEÏTOÏWORKÏWITHÏTHEÏ0ETRELÏ PROCESSES ÏINPUT ÏANDÏ7INDOWSÏTABSÏ 3KILLSÏINÏ0ETRELÏSEISMICÏINTERPRETATION Ï PROPERTYÏMODELING ÏWELLÏCORRELATIONÏAREÏ not required.

PIPESIM Artificial Lift Design and Optimization Skill – 2 Days 5SINGÏTHEÏ0)0%3)-ÏPRODUCTIONÏSYSTEMÏ ANALYSISÏSOFTWARE ÏATTENDEESÏWILLÏLEARNÏ TOÏEVALUATEÏARTIlCIALÏLIFTÏOPTIONSÏFORÏTHEÏ CONCEPTUALÏDESIGNÏOFÏAÏDEEPWATERÏlELDÏ DEVELOPMENTÏ4HEÏATTENDEESÏWILLÏALSOÏ LEARNÏHOWÏTOÏOPTIMIZEÏGASÏLIFTÏALLOCATIONÏ FORÏAÏlELDÏONÏTHEÏBASISÏOFÏCURRENTÏ operating conditions and constraints. COURSE CONTENT Q

Conceptual design for deepwater DEVELOPMENT

Q

Subsea tieback design

Q

)NmOWÏPERFORMANCEÏEVALUATION

Q

!NALYSISÏOFÏGASÏLIFTÏDESIGN

Q

%30ÏDESIGN

Q

-ULTIPHASEÏBOOSTERÏPERFORMANCE

Q

&IELDÏPERFORMANCEÏFORECAST

Q

/PTIMIZATIONÏOFÏGASÏLIFTÏALLOCATION

AUDIENCE !NYONEÏINVOLVEDÏINÏEVALUATINGÏARTIlCIALÏ LIFTÏOPTIONS ÏOPTIMIZEÏGASÏLIFTÏALLOCATION Ï ANDÏPERFORMÏ%30ÏDESIGNÏUSINGÏ0)0%3)-Ï SIMULATORÏSOFTWARE PREREQUISITE 0)0%3)-Ï&UNDAMENTALSÏCOURSEÏORÏAÏ WORKINGÏKNOWLEDGEÏOFÏ0)0%3)-ÏSIMULATORÏ software.

Software




Field trips

Uses simulation

| 205 12/22/13 2:50 AM

COMPETENCY LEVEL

Geomechanics

Petrel

SOFTWARE

GEOMECHANICS

ADVANCED Seismic Geomechanics

Pore Pressure Prediction Methods

SKILL Intermediate Petroleum Geomechanics


Geomechanics Applications in Coalbed Methane

Geomechanics Applications in Shale Gas

Geomechanics Applications in Heavy Oil

FOUNDATION Fundamentals of Petroleum Geomechanics



12/22/13 2:50 AM

GEOMECHANICS NExT SUBSURFACE INTEGRATION PROGRAM Fast track your asset team development Learning objectives:

The NExT Subsurface Integration program

able data sources to build a static reservoir model

develops the reservoir characterization skills of

based in petrophysics. Through learning-by-doing,

an asset team. Through world-class, hands-on

students identify bypassed potential in existing

t Conduct log analysis while learning the limits of borehole acquisition methods

NExT Subsurface Integration program provides

t Evaluate the effects of depositional environments upon reservoir geometry and quality

instruction and mentoring, teams solve complex reservoir problems using the data from their

This multiweek program guides students through

an immersive learning environment. Based on 40 years of proven experience, the program fast

-

t Determine the porosity, permeability, saturation, and stress-dependent parameters that affect reservoir performance

tracks the development of each student.

t Integrate wellbore data to build a reservoir model t t Understand and apply subsurface integration practices t Learn and use software tools for reservoir analysis and modeling – Petrel

Immersive Training Delivers t Practical reservoir characterization skills t Solutions to complex reservoir problems t

Software




Field trips

Uses simulation

| 207 12/22/13 2:50 AM

GEOMECHANICS Fundamentals of Petroleum Geomechanics




Foundation – 5 days

Skill – 2 Days

Skill – 3 Days

Skill – 2 Days

!TTENDEESÏWILLÏLEARNÏTHEÏFUNDAMENTALSÏOFÏ ROCKÏMECHANICS ÏTHEÏORIGINÏOFÏSTRESSESÏINÏ the subsurface, and how in situ stresses CANÏBEÏUNDERSTOODÏFROMÏWELLBOREÏDATAÏ 4HISÏCOURSE ÏUSINGÏCLASSROOMÏINSTRUCTION Ï EXERCISES ÏANDÏWORKSHOPS ÏTEACHESÏ ATTENDEESÏHOWÏTOÏAPPLYÏINÏSITUÏSTRESSÏ DATAÏTOÏCRITICALÏPROBLEMSÏINÏEXPLORATIONÏ ANDÏDEVELOPMENT

%XPLOREÏTHEÏASPECTSÏOFÏGEOMECHANICSÏFORÏ COALBEDÏMETHANEÏ#"- ÏRECOVERYÏTHATÏ CANÏRESULTÏINÏBETTERÏlELDÏDEVELOPMENTÏ and operational decisions. A unique FEATUREÏOFÏTHISÏCOURSEÏISÏTHEÏUNIlEDÏ GEOMECHANICSÏAPPROACHÏTHATÏCOMBINESÏ THEORETICAL ÏLABORATORYÏCOREÏTESTING ÏANDÏ lELDÏASPECTSÏFORÏEFFECTIVEÏEXPLOITATIONÏ OFÏTHESEÏUNCONVENTIONALÏRESERVOIRSÏ #OURSEÏMATERIALÏCOVERSÏTHEÏFUNDAMENTALSÏ OFÏGEOMECHANICSÏASÏAPPLIEDÏTOÏCOAL Ï cleats, and natural fractures and their INmUENCEÏONÏDRILLING ÏWELLBOREÏSTABILITY Ï ANDÏSTIMULATIONÏ!TTENDEESÏWILLÏLEARNÏTHEÏ CRITICALÏELEMENTSÏINÏDESIGNINGÏCOALBEDÏ COMPLETIONSÏANDÏTHEÏGEOMECHANICALÏ ASPECTSÏFORÏ#"-ÏENHANCEDÏRECOVERYÏ efforts and CO sequestration.

Structured to help engineers and GEOSCIENTISTSÏMAKEÏINFORMEDÏDECISIONSÏONÏ DEVELOPMENTÏSTRATEGIESÏANDÏOPERATIONSÏ INÏHEAVYÏOILÏSANDS ÏTHEÏCOURSEÏMATERIALÏ PRESENTSÏTHEÏESSENTIALÏGEOMECHANICSÏ ASPECTSÏEMPLOYEDÏINÏTHERMAL BASEDÏ RECOVERYÏOPERATIONSÏ!TTENDEESÏWILLÏLEARNÏ HOWÏTOÏBUILDÏ-%-SÏANDÏTHEÏADVANTAGESÏ OFÏCOUPLINGÏGEOMECHANICSÏMODELSÏWITHÏ RESERVOIRÏMODELSÏ4HEÏATTENDEESÏWILLÏALSOÏ LEARNÏABOUTÏTHEÏGEOMECHANICALÏEFFECTSÏ THATÏCANÏRESULTÏFROMÏ3!'$ÏPROJECTSÏANDÏ keep up to date with technologies and TOOLSÏFORÏMONITORINGÏTHEÏINTEGRITYÏOFÏTHEÏ RESERVOIRÏANDÏTHEÏCAPROCK

4HISÏCOURSEÏPRESENTSÏTHEÏFUNDAMENTALSÏ OFÏGEOMECHANICSÏASÏTHEYÏAPPLYÏTOÏ EXPLOITATIONÏOFÏSHALEÏGASÏRESERVOIRSÏ4HEÏ COURSEÏCOMBINESÏTHEORETICAL ÏLABORATORYÏ COREÏTESTING ÏANDÏlELDÏASPECTS Ï resulting in a consolidated approach to UNDERSTANDINGÏTHEÏOPTIMALÏMETHODOLOGIESÏ ANDÏTECHNOLOGIESÏFORÏEFlCIENTÏRECOVERYÏ OFÏTHESEÏRESOURCESÏ&IELDÏEXAMPLESÏFROMÏ UNCONVENTIONALÏRESERVOIRSÏREINFORCEÏ THEÏATTENDEESÏUNDERSTANDINGÏOFÏTHESEÏ FUNDAMENTALSÏANDÏTHEIRÏAPPLICATIONS

COURSE CONTENT Q

Q

Q

Q

)MPACTÏOFÏGEOMECHANICSÏONÏOILlELDÏ DEVELOPMENTÏ$RILLING ÏCOMPLETIONS Ï ANDÏlELDÏPRODUCTIONÏLIFE 0RINCIPALÏSTRESSES ÏPOREÏPRESSURE Ï EFFECTIVEÏSTRESSES ÏSTRESSÏANDÏSTRAIN Ï ELASTICITY ÏYIELD ÏANDÏFAILUREÏENVELOPES ,ABORATORYÏTESTINGÏ0ROCEDURES Ï LIMITATIONS ÏUNCONlNEDÏCOMPRESSION Ï TRIAXIALÏCOMPRESSION ÏTHICK WALLED CYLINDERÏTESTS

COURSE CONTENT Q

3TATEÏOFÏSTRESSÏINÏTHEÏ%ARTH ÏPOREÏ pressure, and fracture gradient

Q

7ELLBOREÏINSTABILITY

Q

-ECHANICALÏEARTHÏMODELÏ construction, operational aspects of WELLBOREÏSTABILITYÏCONTROL

Q

Sand production and prediction

Q

2ESERVOIRÏGEOMECHANICS

Q

AUDIENCE 4ECHNICALÏPROFESSIONALSÏORÏMANAGERSÏ CONCERNEDÏWITHÏWELLBOREÏSTABILITY Ï FRACTUREÏSTIMULATION ÏRESERVOIRÏDRAINAGEÏ PATTERNS ÏNATURALLYÏFRACTUREDÏRESERVOIRS Ï OVERPRESSURES ÏANDÏFAULTÏSEALÏANALYSIS

#OALÏCHARACTERISTICSÏ#OALÏSTRUCTUREÏ CHARACTERIZATION ÏEFFECTÏOFÏCOALÏCLEATSÏ ANDÏNATURALÏFRACTURESÏONÏMECHANICALÏ properties, strength and stresses, ANDÏEVALUATIONÏOFÏCOALÏMECHANICALÏ PROPERTIESÏANDÏSTRENGTHÏFROMÏCOREÏ data

Q

7ELLBOREÏSTABILITYÏINÏCOALÏ"OREHOLEÏ STRESSESÏANDÏNEAR WELLBOREÏ MECHANICSÏ

Q

#OALÏSTIMULATIONÏ"ASICSÏOFÏFRACTUREÏ GRADIENTÏANDÏHYDRAULICÏFRACTURING

Q

#OMMONÏCOMPLETIONÏTECHNIQUES

Q

'EOMECHANICALÏIMPACTSÏONÏ#"-Ï ENHANCEDÏRECOVERYÏPROJECTSÏANDÏ#/ sequestration

PREREQUISITE None

&UNDAMENTALSÏOFÏGEOMECHANICSÏ 3TRESSÏANDÏSTRAIN ÏMECHANICALÏ properties, in situ stresses, principle OFÏEFFECTIVEÏSTRESS ÏCOMPUTATIONÏOFÏ MECHANICALÏPROPERTIESÏANDÏSTRENGTHÏ PARAMETERSÏFROMÏLOGS ÏANDÏCALIBRATIONÏ with static properties

COURSE CONTENT Q

&UNDAMENTALSÏOFÏGEOMECHANICSÏINÏ UNCONVENTIONALÏRESERVOIRS

Q

3HALEÏHETEROGENEITYÏEVALUATIONÏ

Q

2EVIEWÏOFÏWORKmOWSÏUSINGÏ GEOMECHANICSÏPRINCIPLESÏ

Q

$ESIGNÏOFÏDATA ACQUISITIONÏPROGRAMSÏ FORÏEFFECTIVEÏGEOMECHANICSÏANALYSESÏ

Q

7ORKmOWSÏFORÏESTIMATIONÏOFÏ ANISOTROPICÏPARAMETERSÏUSINGÏ ACOUSTICÏAZIMUTHALÏANISOTROPY

COURSE CONTENT Q

"ASICÏPRINCIPLESÏOFÏROCKÏMECHANICSÏ

Q

)N DEPTHÏDISCUSSIONÏOFÏEARTHÏSTRESSESÏ

Q

4YPESÏOFÏROCKÏFAILURESÏANDÏTHEIRÏ causes

Q

-%-S

Q

#APROCKÏINTEGRITYÏANALYSISÏTOÏASSESSÏ HYDRAULICÏANDÏMECHANICALÏINTEGRITY

Q

7ORKmOWÏFORÏCOUPLEDÏRESERVOIR GEOMECHANICSÏMODELINGÏ

Q

-ECHANICALÏEARTHÏMODELSÏANDÏTIGHTÏ ROCKÏANALYSES

Q

2ESERVOIRÏMONITORING

Q

+EYÏGEOMECHANICALÏELEMENTSÏ AFFECTINGÏHYDRAULICÏFRACTUREÏ STIMULATIONÏDESIGN

Q

#OMPLETIONÏ

AUDIENCE %NGINEERS ÏGEOSCIENTISTS ÏANDÏ TECHNOLOGISTSÏINVOLVEDÏINÏEXPLORATION Ï DRILLING ÏCOMPLETION ÏANDÏPRODUCTIONÏINÏ UNCONVENTIONALÏRESERVOIRSÏASSETÏANDÏ TECHNICALÏMANAGERS PREREQUISITE "ACHELORSÏDEGREEÏINÏENGINEERINGÏORÏ geosciences.

AUDIENCE %NGINEERS ÏGEOSCIENTISTS ÏANDÏ TECHNOLOGISTSÏINVOLVEDÏINÏEXPLORATION Ï DRILLING ÏCOMPLETIONS ÏANDÏPRODUCTIONÏINÏ UNCONVENTIONALÏRESERVOIRS PREREQUISITE "ACHELORSÏDEGREEÏINÏENGINEERINGÏORÏ geosciences.

AUDIENCE %NGINEERS ÏGEOSCIENTISTS ÏANDÏ TECHNOLOGISTSÏINVOLVEDÏINÏEXPLORATION Ï DRILLING ÏCOMPLETIONS ÏANDÏPRODUCTIONÏINÏ UNCONVENTIONALÏRESERVOIRSÏASSETÏANDÏ TECHNICALÏMANAGERS PREREQUISITE "ACHELORSÏDEGREEÏINÏENGINEERINGÏORÏ geosciences.



12/22/13 2:50 AM

GEOMECHANICS Intermediate Petroleum Geomechanics

Pore Pressure Prediction Methods

Seismic Geomechanics


Skill – 5 Days

Advanced – 3 Days

Advanced – 1 Day

Skill – 2 Days

4HISÏCOURSEÏOPENSÏWITHÏAÏBRIEFÏREVIEWÏ of the principles of elastic and isotropic BEHAVIORSÏOFÏROCK ÏFUNDAMENTALSÏOFÏ GEOMECHANICS ÏEARTHÏSTRESSES ÏANDÏ MECHANICALÏEARTHÏMODELS ÏANDÏTHENÏMOVESÏ TOÏMOREÏADVANCEDÏTOPICSÏ!TTENDEESÏ WILLÏLEARNÏTHEÏIMPACTÏOFÏREVERSIBLEÏANDÏ NONREVERSIBLEÏGEOMECHANICALÏBEHAVIORÏ ONÏDRILLING ÏSTIMULATION ÏSANDÏPRODUCTION Ï ANDÏINJECTIONÏOPERATIONSÏINÏADDITIONÏ TOÏINVESTIGATINGÏANISOTROPY ÏITSÏNATUREÏ ANDÏEFFECTÏONÏGEOMECHANICS ÏANDÏITSÏ SIGNIlCANCEÏANDÏINmUENCEÏONÏWELLÏ CONSTRUCTIONÏANDÏlELDÏDEVELOPMENTÏ The attendees will obtain a better UNDERSTANDINGÏOFÏTHEÏMECHANICSÏOFÏSALT Ï ITSÏSHORT TERMÏANDÏLONG TERMÏBEHAVIOR Ï ANDÏTHEÏIMPACTSÏONÏDRILLINGÏSUBSALTÏANDÏ presalt.

!ÏPREDRILLÏESTIMATEÏOFÏFORMATIONÏPOREÏ PRESSUREÏISÏAÏKEYÏREQUIREMENTÏFORÏ SUCCESSFULÏEXPLORATIONÏANDÏDRILLINGÏ4HISÏ course teaches attendees the basics OFÏFORMATIONÏPOREÏPRESSURE ÏINCLUDINGÏ TECHNIQUESÏFORÏPREDICTINGÏFORMATIONÏ PRESSURE ÏANALYZINGÏPOREÏPRESSUREÏDATA Ï detecting and collecting pressure data, ANDÏUNDERSTANDINGÏNORMAL ÏOVER ÏANDÏ UNDERÏPRESSUREDÏENVIRONMENTSÏ0RACTICALÏ ANALYSISÏEXERCISESÏREINFORCEÏTHEÏ presentations.

)NÏTHISÏADVANCEDÏCOURSE ÏATTENDEESÏAREÏ INTRODUCEDÏTOÏTHEÏWORKmOWSÏAVAILABLEÏ TOÏBUILDÏANDÏRUNÏCALIBRATEDÏRESERVOIRÏ GEOMECHANICALÏMODELSÏTHATÏMAXIMIZEÏ USEÏOFÏ$ÏANDÏ$ÏSEISMICÏDATAÏ2OCKÏ PHYSICS ÏRELATINGÏTHEÏSTATEÏOFÏSTRESSÏ INÏTHEÏ%ARTHÏWITHÏTHEÏPROPAGATIONÏ VELOCITYÏOFÏSEISMICÏWAVES ÏFORMSÏTHEÏLINKÏ BETWEENÏSEISMICÏOBSERVATIONSÏANDÏTHEÏ GEOMECHANICALÏMODELÏ$ISCUSSIONSÏOFÏTHISÏ LINKÏINCLUDEÏBOTHÏEXPERIMENTALÏDATAÏANDÏ THEÏTHEORETICALÏVIEWPOINTÏ4HEÏATTENDEESÏ WILLÏLEARNÏHOWÏAÏCOMBINATIONÏOFÏ$Ï GEOMECHANICALÏMODELS ÏCOUPLEDÏWITHÏmOWÏ MODELSÏCALIBRATEDÏWITHÏ$ÏANDÏ$ÏSEISMICÏ data, can increase their understanding OFÏTHEÏRESERVOIRÏDEPLETIONÏPROCESSESÏ ANDÏTHEÏSTRESSÏSTATEÏINÏTHEÏRESERVOIRÏANDÏ surrounding rocks.

4HISÏCOURSEÏINTRODUCESÏRESERVOIRÏ ENGINEERSÏANDÏCONSULTANTSÏTOÏSOMEÏ BASICÏCONCEPTSÏINÏGEOMECHANICSÏANDÏ THEÏ0ETRELÏPLATFORMÏPRODUCTÏ!TTENDEESÏ will learn how to incorporate data about GEOMECHANICALÏEFFECTSÏINTOÏRESERVOIRÏ MODELSÏOFÏWELLÏPRODUCTIONÏBEHAVIOR

COURSE CONTENT Q

Q

Q

)MPORTANCEÏOFÏREVERSIBLEÏANDÏ NONREVERSIBLEÏBEHAVIORSÏOFÏROCKSÏ FORÏWELLÏCONSTRUCTIONÏANDÏlELDÏ DEVELOPMENT 3IGNIlCANCEÏOFÏANISOTROPICÏ BEHAVIORÏOFÏROCKSÏWHENÏCONSIDERINGÏ MECHANICALÏPROPERTIESÏANDÏSTRESSES Challenges in drilling salt and CONSEQUENTÏlELDÏDEVELOPMENT Ï MITIGATION ÏANDÏMANAGEMENTÏ MEASURES

COURSE CONTENT Q

&ORMATIONÏPOREÏPRESSUREÏ FUNDAMENTALS

Q

0OREÏPRESSUREÏESTIMATIONÏTECHNIQUES

Q

0OREÏPRESSUREÏPREDICTIONÏIMPACTÏONÏ EXPLORATIONÏANDÏDRILLINGÏSUCCESS

Q

0RESSUREÏDISTRIBUTIONÏCONCEPTSÏANDÏ application

Q

&LUIDÏMIGRATIONÏMODELÏBACKGROUNDÏ ANDÏDEVELOPMENT

Q

(ANDS ONÏPOREÏPRESSUREÏDATAÏANALYSIS

Q

Geoscientists and engineers wanting ANÏUNDERSTANDINGÏOFÏTHEÏIMPACTÏOFÏPOREÏ PRESSUREÏONÏDRILLING ÏWELLBOREÏSTABILITY Ï ANDÏRESERVOIRÏMANAGEMENT

'EOLOGISTS ÏGEOPHYSICISTS ÏGEOMECHANICS Ï DRILLING ÏPRODUCTION ÏCOMPLETION ÏANDÏ RESERVOIRÏENGINEERS ÏANDÏEXPLORATIONÏ SUPERVISORSÏANDÏMANAGERSÏINVOLVEDÏ WITHÏGEOMECHANICSÏCHALLENGESÏOFÏlELDÏ DEVELOPMENT

"ASICÏUNDERSTANDINGÏOFÏDRILLING ÏGEOLOGY Ï GEOPHYSICS ÏANDÏRISKSÏASSOCIATEDÏWITHÏ drilling operations.

PREREQUISITE &UNDAMENTALSÏOFÏ0ETROLEUMÏ 'EOMECHANICSÏCOURSEÏORÏAÏSTRONGÏ UNDERSTANDINGÏOFÏGEOMECHANICSÏ FUNDAMENTALS



/VERVIEWÏOFÏWORKmOWSÏAVAILABLEÏTOÏ BUILD ÏRUN ÏANDÏCALIBRATEÏRESERVOIRÏ GEOMECHANICALÏMODELSÏTHATÏMAXIMIZEÏ USEÏOFÏ$ÏANDÏ$ÏSEISMICÏDATA

Q

7ORKmOWÏAPPLICATIONSÏTOÏlELDÏ DEVELOPMENTÏANDÏRESERVOIRÏ MANAGEMENT

Q

7ORKmOWÏLIMITATIONSÏ

Q

!DVANCEDÏWORKmOWSÏANDÏTECHNIQUESÏ FORÏDESIGNÏOFÏRESERVOIRÏMANAGEMENTÏ strategies

AUDIENCE

PREREQUISITE

AUDIENCE

Software

COURSE CONTENT

AUDIENCE -ULTIDISCIPLINARYÏASSETÏTEAMÏMEMBERS Ï INCLUDINGÏGEOLOGISTS ÏGEOPHYSICISTS Ï ASSETÏMANAGERS ÏANDÏRESERVOIR ÏDRILLING Ï PRODUCTION ÏANDÏCOMPLETIONÏENGINEERS

NEW

)NÏADDITIONÏTOÏINTRODUCINGÏGEOMECHANICSÏ concepts, this course presents the TYPESÏOFÏDATAÏUSEDÏFORÏGEOMECHANICALÏ MODELINGÏINÏTHEÏPETROLEUMÏINDUSTRY Ï ANDÏSOMEÏOFÏTHEÏGEOMECHANICALÏEFFECTSÏ OBSERVEDÏINÏOILÏANDÏGASÏRESERVOIRSÏANDÏ THEÏSUBSURFACEÏDURINGÏHYDROCARBONÏ production. The course also includes HOWÏTOÏBUILDÏRESERVOIRÏMODELSÏTHATÏSHOWÏ GEOMECHANICALÏEFFECTSÏSUCHÏASÏPRESSURE Ï stress, and strain, as well as data on RESERVOIRÏmOW ÏILLUSTRATINGÏTHEÏEFFECTSÏ OVERÏTIME ÏANDÏHOWÏTOÏBUILDÏRESERVOIRÏ GEOMECHANICALÏMODELSÏUSINGÏTHEÏ0ETRELÏ SOFTWAREÏPLATFORM COURSE CONTENT Q


Q


Q

4HEÏUSEÏOFÏ0ETRELÏGEOMECHANICSÏ software

AUDIENCE 2ESERVOIRÏENGINEERSÏANDÏGEOTECHNICALÏ consultants. PREREQUISITE 0ETRELÏRESERVOIRÏENGINEERINGÏSOFTWAREÏANDÏ %#,)03%ÏRESERVOIRÏSIMULATIONÏSOFTWARE

PREREQUISITE "ACHELORSÏDEGREEÏINÏENGINEERINGÏORÏ geosciences.


Field trips

Uses simulation

| 209 12/22/13 2:50 AM

UNCONVENTIONAL RESOURCES COMPETENCY LEVEL

Coal Seam Gas

ADVANCED

Tight Gas

Shale Gas


Production Data Analysis: Shale Gas, Tight Gas and Coalbed Methane

Heavy Oil

Gas Shale and Liquids Production Exploiting Production Sweet Spots

Shale Play Production: Exploiting Production Sweet Spots

Unconventional Gas Reservoirs - Focus on Coalbed Methane and Introductions to Shale and Tight Sand Reservoirs

SKILL

Heavy Oil Transportion and Processing





Shale Oil Fundamentals

Production Forecasting and Reserves Estimates in Unconventional Reservoirs with Workshop


FOUNDATION


Introduction to the Geology of Coalbed Methane

Introduction to Unconventional Reservoirs - Shale Gas and Liquids Characterization and Production

Heavy Oil Exploitation


12/22/13 2:50 AM

UNCONVENTIONAL RESOURCES Petrel

OFM

ECLIPSE


PetroMod Petroleum Systems Modeling for Shale Plays

Software




SKILL



Field trips

ADVANCED

SOFTWARE

PetroMod

COMPETENCY LEVEL

Uses simulation

| 211 12/22/13 2:50 AM

UNCONVENTIONAL RESOURCES Heavy Oil Exploitation

Introduction to Unconventional Reservoirs - Shale Gas and Liquids Characterization and Production




Skill – 4 Days

4HISÏFOUNDATIONÏCOURSEÏCOVERSÏTHEÏFULLÏ %0ÏLIFEÏCYCLEÏWITHÏMAJORÏFOCUSÏONÏTHEÏ CHALLENGESÏINÏEXPLOITATIONÏ4HEÏCOURSEÏ introduces attendees to the applications OFÏVARIOUSÏKEYÏTECHNOLOGIESÏANDÏTHEIRÏ appropriate interpretations along with SYSTEMATICÏWORKmOWSÏANDÏlELDÏEXAMPLESÏ !TTENDEESÏWILLÏLEARNÏWAYSÏTOÏREDUCEÏ THEÏLIFTINGÏCOSTÏANDÏMAKEÏHEAVYÏOILÏMOREÏ ECONOMICALLYÏVIABLEÏASSETS

5NCONVENTIONALÏGASÏANDÏLIQUIDSÏRESOURCESÏ AREÏEVOLVINGÏASÏAÏMAJORÏSOURCEÏOFÏENERGYÏ NOTÏONLYÏINÏTHEÏ53 ÏBUTÏWORLD WIDEÏ)NÏ THISÏCOURSE ÏATTENDEESÏAREÏPROVIDEDÏ with a thorough discussion of the MAJORÏUNCONVENTIONALÏGASÏANDÏLIQUIDSÏ resource s along with the geological and PETROPHYSICALÏUNIQUENESSÏ!TTENDEESÏ WILLÏLEARNÏTHEÏMETHODSÏFORÏIDENTIFYING Ï CHARACTERIZING ÏDEVELOPINGÏANDÏPERFORMINGÏ ASSESSMENTSÏONÏTHESEÏRESOURCES

COURSE CONTENT Q

Q

(EAVYÏOILSÏ$ElNITION ÏGEOLOGICÏ FEATURES ÏTECHNOLOGIESÏANDÏWORKmOWSÏ FORÏSAMPLINGÏANDÏPHASEÏBEHAVIORÏ CHARACTERIZATION ÏANDÏPRODUCTIONÏ challenges 2ECOVERYÏMETHODOLOGIESÏ.ONTHERMALÏ ANDÏTHERMAL ÏTOE TO HEELÏAIRÏINJECTIONÏ WITHÏANDÏWITHOUTÏSOLIDÏCATALYST Ï ANDÏSTEAM SOLVENT BASEDÏHYBRIDÏ processes

COURSE CONTENT Q

Q

Q

'ENERALÏOVERVIEWÏOFÏSHALEÏ RESERVOIRSGEOLOGY ÏCORE Ï INGREDIENTSÏOFÏPRODUCTIVEÏRESERVOIR Ï STRESSÏANDÏSTIMULATION &UNDAMENTALSÏOFÏSHALEÏPETROPHYSICALÏ EVALUATIONÏ&OCUSÏONÏCREATIONÏ OFÏGENERAL ÏACCURATEÏ%,!.0LUSÏ PETROPHYSICALÏMODEL %SSENTIALSÏOFÏFAR lELDÏANDÏNEAR lELDÏ STRESSÏINÏANÏANISOTROPICÏFORMATIONÏ $EMONSTRATEÏSTRESSÏCALCULATIONSÏANDÏ RELEVANCEÏTOÏWELLÏOPTIMIZATION

Q

.ONTHERMALÏANDÏTHERMALÏSIMULATIONÏ processes

Q

#OMPLETIONSÏTYPESÏANDÏREQUIREMENTSÏ FORÏTHERMALÏRECOVERYÏPROCESSES ÏSANDÏ CONTROLÏANDÏMANAGEMENTÏTECHNIQUES

Q

/VERVIEWÏOFÏLIQUID PRODUCINGÏSHALESÏ

Q

"ASICSÏOFÏPRODUCTIONÏMECHANISMSÏ

0RODUCTIONÏTECHNIQUESÏANDÏLIFTÏ METHODSÏ

Q

$EMONSTRATIONÏOFÏCALCULATIONSÏOFÏ PRODUCIBLEÏHYDROCARBONÏVOLUMESÏANDÏ PAYÏIDENTIlCATIONÏ

Q

Q

Surface processing and upgrading SCHEMES ÏTRANSPORTATIONÏ METHODOLOGIES ÏSTORAGEÏPRACTICES

AUDIENCE %NGINEERS ÏGEOSCIENTISTS ÏlNANCIALÏ DECISIONÏMAKERSÏANDÏMANAGERSÏWHOÏ WANTÏTOÏHAVEÏAÏBASICÏUNDERSTANDINGÏOFÏ UNCONVENTIONALÏSHALEÏLIQUIDSÏANDÏGASÏ RESOURCESÏANDÏHOWÏTHEYÏAREÏEFFECTIVELYÏ EXPLOITED PREREQUISITE +NOWLEDGEÏOFÏGENERALÏSCIENCESÏANDÏ FUNDAMENTALSÏOFÏGEOSCIENCESÏANDÏ engineering.

4HISÏCOURSE ÏPARTICULARLYÏSUITABLEÏFORÏ ATTENDEESÏINVOLVEDÏWITHÏSHALEÏGASÏANDÏ COALBEDÏMETHANE ÏPRESENTSÏAÏPROBABILISTICÏ APPROACHÏTHATÏCANÏBEÏIMMEDIATELYÏ IMPLEMENTEDÏFORÏECONOMICÏEVALUATIONÏ OFÏUNCONVENTIONALÏGASÏRESOURCESÏ #ASEÏSTUDIESÏHIGHLIGHTÏTHEÏTECHNOLOGYÏ ANDÏWORKmOWSÏTHATÏCANÏHELPÏREDUCEÏ THEÏUNCERTAINTYÏINÏYOURÏEVALUATIONSÏ #OURSEÏMATERIALÏINCLUDESÏANÏOVERVIEWÏ OFÏWORLDWIDEÏUNCONVENTIONALÏACTIVITY Ï DISCUSSIONÏOFÏTECHNICALÏANDÏDEVELOPMENTÏ uncertainties, and the use of a decision ANALYSISÏPROCESSÏINCLUDINGÏSENSITIVITIES Ï DECISIONÏTREES ÏANDÏVALUEÏOFÏINFORMATION COURSE CONTENT Q

7ORLDWIDEÏUNCONVENTIONALÏGASÏ ACTIVITY

Q

)MPACTÏOFÏUNCONVENTIONALÏGASÏ PROJECTSÏONÏCOMPANYÏPORTFOLIO

Q

5NCERTAINTYÏANDÏRISKÏANALYSIS

Q

4ECHNICALÏANDÏDEVELOPMENTÏ uncertainties and risks

Q

Q

6ALUEÏOFÏINFORMATIONÏDURINGÏPILOTÏANDÏ appraisal phases

Q


Q

"UILDINGÏECONOMICÏCASESÏANDÏDECISIONÏ MODELS

Q

AUDIENCE -ULTIDISCIPLINARYÏASSETÏTEAMÏMEMBERS Ï INCLUDINGÏGEOLOGISTS ÏGEOPHYSICISTS Ï ASSETÏMANAGERSÏANDÏRESERVOIR ÏDRILLING Ï PRODUCTION ÏCOMPLETION ÏANDÏFACILITIESÏ engineers.

Strategies and technologies to MINIMIZEÏUNCERTAINTYÏANDÏRISK

Considerations and options for MODELING

Q

-ULTIPLEÏDECISIONÏANALYSESÏEXERCISE

Q

"REAK EVENÏPRICE ÏHURDLEÏRATE ÏANDÏ OTHERÏMETRICS

Q

#ASEÏSTUDIESÏANDÏPRACTICEÏPROBLEMS

PREREQUISITE

AUDIENCE

"ACHELORSÏDEGREEÏINÏENGINEERINGÏORÏ geosciences.

'EOSCIENTISTS ÏENGINEERS ÏCOMMERCIALÏ TEAMÏMEMBERS ÏORÏMANAGERSÏWANTINGÏTOÏ MODELÏANDÏANALYZEÏTHEÏBUSINESSÏIMPACTÏOFÏ UNCONVENTIONALÏRESOURCES PREREQUISITE %XPERIENCEÏWITHÏPETROLEUMÏECONOMICSÏ THEORYÏANDÏAPPLIEDÏSOFTWAREÏUSE



12/22/13 2:50 AM

UNCONVENTIONAL RESOURCES Introduction to the Geology of Coalbed Methane




Skill – 2 Days

Skill – 3 Days

%XPLOREÏTHEÏASPECTSÏOFÏGEOMECHANICSÏ FORÏ#"-ÏRECOVERYÏTHATÏCANÏRESULTÏINÏ BETTERÏlELDÏDEVELOPMENTÏANDÏOPERATIONALÏ decisions. A unique feature of this COURSEÏISÏTHEÏUNIlEDÏGEOMECHANICSÏ APPROACHÏTHATÏCOMBINESÏTHEORETICAL Ï LABORATORYÏCOREÏTESTING ÏANDÏlELDÏ ASPECTSÏFORÏEFFECTIVEÏEXPLOITATIONÏOFÏ THESEÏUNCONVENTIONALÏRESERVOIRSÏ#OURSEÏ MATERIALÏCOVERSÏTHEÏFUNDAMENTALSÏ OFÏGEOMECHANICSÏASÏAPPLIEDÏTOÏCOAL Ï cleats, and natural fractures and their INmUENCEÏONÏDRILLING ÏWELLBOREÏSTABILITY Ï ANDÏSTIMULATIONÏ!TTENDEESÏWILLÏLEARNÏTHEÏ CRITICALÏELEMENTSÏINÏDESIGNINGÏCOALBEDÏ COMPLETIONSÏANDÏTHEÏGEOMECHANICALÏ ASPECTSÏFORÏ#"-ÏENHANCEDÏRECOVERYÏ efforts and CO sequestration.

Structured to help engineers and GEOSCIENTISTSÏMAKEÏINFORMEDÏDECISIONSÏONÏ DEVELOPMENTÏSTRATEGIESÏANDÏOPERATIONSÏ INÏHEAVYÏOILÏSANDS ÏTHEÏCOURSEÏMATERIALÏ PRESENTSÏTHEÏESSENTIALÏGEOMECHANICSÏ ASPECTSÏEMPLOYEDÏINÏTHERMAL BASEDÏ RECOVERYÏOPERATIONSÏ!TTENDEESÏWILLÏLEARNÏ HOWÏTOÏBUILDÏ-%-SÏANDÏTHEÏADVANTAGESÏ OFÏCOUPLINGÏGEOMECHANICSÏMODELSÏWITHÏ RESERVOIRÏMODELSÏ4HEÏATTENDEESÏWILLÏALSOÏ LEARNÏABOUTÏTHEÏGEOMECHANICALÏEFFECTSÏ THATÏCANÏRESULTÏFROMÏ3!'$ÏPROJECTSÏANDÏ keep up to date with technologies and TOOLSÏFORÏMONITORINGÏTHEÏINTEGRITYÏOFÏTHEÏ RESERVOIRÏANDÏTHEÏCAPROCK

4HISÏCOURSEÏREVIEWSÏ Ï#"-ÏORIGINS Ï ÏCONTROLSÏONÏ#"-ÏOCCURRENCEÏANDÏ PRODUCTION Ï ÏMETHODSÏOFÏASSESSINGÏ #"-ÏRESOURCESÏANDÏPRODUCIBILITYÏINÏ VARIOUSÏGEOLOGICÏSETTINGS Ï ÏCONTROLSÏONÏ COALBEDÏGASÏCOMPOSITION Ï ÏINmUENCESÏ ONÏPERMEABILITYÏANDÏPRODUCTIONÏRATES Ï Ï HYDROLOGICÏISSUESÏANDÏWATERÏPRODUCTION Ï ANDÏ ÏMETHODSÏOFÏDRILLING ÏCOMPLETING Ï ANDÏSTIMULATINGÏ#"-ÏWELLSÏ)NÏTHEÏ53 Ï #"-ÏACCOUNTSÏFORÏAPPROXIMATELYÏÏOFÏ BOTHÏNATURALÏGASÏPRODUCTIONÏANDÏRESERVESÏ )NTERNATIONALLY ÏHOWEVER Ï#"-ÏPLAYSÏ AÏMUCHÏLESSÏIMPORTANTÏROLEÏINÏMEETINGÏ ENERGYÏDEMANDS ÏEVENÏINÏCOUNTRIESÏWHEREÏ coal and CBM are abundant. %XAMPLESÏFROMÏSEVERALÏBASINSÏWILLÏBEÏ PRESENTEDÏTOÏCLARIFYÏCONTROLSÏONÏ#"-Ï OCCURRENCEÏANDÏPRODUCIBILITYÏANDÏTOÏ DEMONSTRATEÏTHEÏORIGINSÏOFÏHIGHLYÏ PRODUCTIVEÏ#"-ÏFAIRWAYSÏORÏSWEETSPOTSÏ The properties of contrasting coalbed GASÏSYSTEMSÏIE ÏTHERMOGENICÏVSÏ BIOGENICÏSYSTEMÏANDÏWATER PRODUCTIVEÏ ANDÏWATER FREEÏSYSTEMS ÏWILLÏBEÏDESCRIBEDÏ INÏTERMSÏOFÏTHEIRÏORIGINS ÏGASÏRESOURCES Ï ANDÏ#"-ÏPLAYÏCHARACTERISTICSÏ$RILLING Ï COMPLETION ÏANDÏSTIMULATIONÏOFÏ#"-ÏWELLSÏ are considerations in relation to geologic controls of best engineering practices. Understanding these factors can FACILITATEÏDEVELOPMENTÏOFÏ#"-ÏRESOURCESÏ FROMÏDIVERSEÏPHYSICALÏSETTINGS

COURSE CONTENT Q

#OALÏDEPOSITIONALÏSYSTEMSÏ

Q

Resource delineation questions

Q

Structural settings

Q

-ACERALÏTYPESÏANDÏRESERVOIRÏmUIDÏ COMPOSITIONÏ

Q

#OALBEDÏGASÏORIGINSÏANDÏCOALÏTHERMALÏ MATURITYÏ

Q

#OALBEDÏPERMEABILITYÏ

Q

(YDROLOGICÏANALYSISÏ

Q

#OALÏTONNAGEÏESTIMATINGÏANDÏCOALBEDÏ GASÏVOLUMESÏ

Q

#OALBEDÏGASÏDRILLING ÏCOMPLETIONS Ï ANDÏPRODUCTIONÏMETHODSÏ

Q

#OALBEDÏGASÏSTIMULATION ÏANDÏ COMPLETIONÏADVISORÏ

Q

7ATER LIFTÏMETHODSÏFORÏCOALBEDÏGASÏ wells

Q

7ATERÏDISPOSALÏMETHODSÏ

Q

COURSE CONTENT Q

#OALBEDÏGASÏEXPLORATIONÏMODELSÏ

AUDIENCE 2ESERVOIRÏANDÏPRODUCTIONÏENGINEERS Ï GEOSCIENTISTS ÏANDÏTECHNICALÏMANAGERSÏ RESPONSIBLEÏFORÏMAKINGÏEXPLORATIONÏANDÏ DEVELOPMENTÏDECISIONSÏANDÏOPTIMIZINGÏ RECOVERYÏFROMÏCOALBEDÏMETHANEÏ RESERVOIRS

Q

PREREQUISITE "ASICÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGYÏ and engineering principles.

&UNDAMENTALSÏOFÏGEOMECHANICSÏ 3TRESSÏANDÏSTRAIN ÏMECHANICALÏ properties, in situ stresses, principle OFÏEFFECTIVEÏSTRESS ÏCOMPUTATIONÏOFÏ MECHANICALÏPROPERTIESÏANDÏSTRENGTHÏ PARAMETERSÏFROMÏLOGS ÏANDÏCALIBRATIONÏ with static properties #OALÏCHARACTERISTICSÏ#OALÏSTRUCTUREÏ CHARACTERIZATION ÏEFFECTÏOFÏCOALÏCLEATSÏ ANDÏNATURALÏFRACTURESÏONÏMECHANICALÏ properties, strength and stresses, ANDÏEVALUATIONÏOFÏCOALÏMECHANICALÏ PROPERTIESÏANDÏSTRENGTHÏFROMÏCOREÏ data

Q

7ELLBOREÏSTABILITYÏINÏCOALÏ"OREHOLEÏ STRESSESÏANDÏNEAR WELLBOREÏ MECHANICSÏ

Q

#OALÏSTIMULATIONÏ"ASICSÏOFÏFRACTUREÏ GRADIENTÏANDÏHYDRAULICÏFRACTURING

Q

#OMMONÏCOMPLETIONÏTECHNIQUES

Q

'EOMECHANICALÏIMPACTSÏONÏ#"-Ï ENHANCEDÏRECOVERYÏPROJECTSÏANDÏ#/ sequestration

COURSE CONTENT Q

"ASICÏPRINCIPLESÏOFÏROCKÏMECHANICSÏ

Q

)N DEPTHÏDISCUSSIONÏOFÏEARTHÏSTRESSESÏ

Q

4YPESÏOFÏROCKÏFAILURESÏANDÏTHEIRÏ causes

Q

-%-S

Q

#APROCKÏINTEGRITYÏANALYSISÏTOÏASSESSÏ HYDRAULICÏANDÏMECHANICALÏINTEGRITY

Q

7ORKmOWÏFORÏCOUPLEDÏRESERVOIR GEOMECHANICSÏMODELINGÏ

Q

2ESERVOIRÏMONITORING

AUDIENCE %NGINEERS ÏGEOSCIENTISTS ÏANDÏ TECHNOLOGISTSÏINVOLVEDÏINÏEXPLORATION Ï DRILLING ÏCOMPLETION ÏANDÏPRODUCTIONÏINÏ UNCONVENTIONALÏRESERVOIRSÏASSETÏANDÏ TECHNICALÏMANAGERS PREREQUISITE "ACHELORSÏDEGREEÏINÏENGINEERINGÏORÏ geosciences.

AUDIENCE %NGINEERS ÏGEOSCIENTISTS ÏANDÏ TECHNOLOGISTSÏINVOLVEDÏINÏEXPLORATION Ï DRILLING ÏCOMPLETIONS ÏANDÏPRODUCTIONÏINÏ UNCONVENTIONALÏRESERVOIRSÏASSETÏANDÏ TECHNICALÏMANAGERS PREREQUISITE "ACHELORSÏDEGREEÏINÏENGINEERINGÏORÏ geosciences.

Software




Field trips

Uses simulation

| 213 12/22/13 2:50 AM

UNCONVENTIONAL RESOURCES Petroleum Systems and Exploration and Development Geochemistry



Shale Oil Fundamentals

Skill – 2 Days

Skill – 5 Days

Skill – 3 Days

4HISÏCOURSEÏPRESENTSÏTHEÏFUNDAMENTALSÏ OFÏGEOMECHANICSÏASÏTHEYÏAPPLYÏTOÏ EXPLOITATIONÏOFÏSHALEÏGASÏRESERVOIRSÏ4HEÏ COURSEÏCOMBINESÏTHEORETICAL ÏLABORATORYÏ COREÏTESTING ÏANDÏlELDÏASPECTS Ï resulting in a consolidated approach to UNDERSTANDINGÏTHEÏOPTIMALÏMETHODOLOGIESÏ ANDÏTECHNOLOGIESÏFORÏEFlCIENTÏRECOVERYÏ OFÏTHESEÏRESOURCESÏ&IELDÏEXAMPLESÏFROMÏ UNCONVENTIONALÏRESERVOIRSÏREINFORCEÏ THEÏATTENDEESÏUNDERSTANDINGÏOFÏTHESEÏ FUNDAMENTALSÏANDÏTHEIRÏAPPLICATIONS

4HISÏINTRODUCTORYÏHEAVYÏANDÏEXTRA HEAVYÏ oil course focuses on storage, transport, ANDÏTREATMENTÏANDÏENCOMPASSESÏTHEÏ TECHNOLOGYÏANALYSISÏFORÏTRANSPORTATIONÏ Attendees will learn how to assess the mOWÏOFÏHEAVYÏOILÏINÏAÏGATHERINGÏSYSTEMÏ ANDÏTECHNIQUESÏFORÏMITIGATINGÏmOWÏ PROBLEMSÏINHERENTÏTOÏHEAVYÏOILÏOPERATIONSÏ INÏADDITIONÏTOÏUSINGÏMODELINGÏSOFTWARE Ï DEVELOPINGÏGATHERINGÏSCENARIOS ÏANDÏ MODELINGÏTRANSPORTATIONÏISSUES

4HISÏCOURSEÏISÏDESIGNEDÏTOÏCOVERÏTHEÏ TYPICALÏWORKmOWÏPERFORMEDÏDURINGÏ THEÏEXPLORATION ÏDEVELOPMENT ÏANDÏ EXPLOITATIONÏOFÏAÏSHALEÏRESERVOIRÏPLAYÏ The attendee will learn about the INTEGRATIONÏOFÏDISCIPLINESÏIMPORTANTÏ INÏSTUDYINGÏSHALESÏ4HISÏWORKmOWÏHASÏ BEENÏDEVELOPEDÏBASEDÏONÏEXPERIENCEÏ INÏMULTIPLEÏSHALEÏPLAYSÏINÏ.ORTHÏ !MERICAÏANDÏWILLÏBEÏREFERREDÏTOÏASÏTHEÏ 3HALEÏ/PERATINGÏ#YCLEÏ4HISÏCYCLEÏISÏ COMPOSEDÏOFÏTHEÏFOLLOWINGÏPHASESÏTHEÏ EXPLORATIONÏPHASE ÏPILOTÏPROJECTÏPHASE Ï APPRAISALÏPHASE ÏFACTORYÏMODEPHASE Ï ANDÏREASSESSMENTÏPHASEÏ4HEÏULTIMATEÏ GOALÏOFÏTHEÏINVESTIGATIONÏINTOÏEACHÏSHALEÏ RESERVOIRÏISÏTOÏDEVELOPÏANÏUNDERSTANDINGÏ of the geologic factors that control PRODUCTIONÏFROMÏTHEÏSHALEÏRESERVOIRÏANDÏ THENÏDETERMINEÏTHEÏBESTÏMETHODSÏFORÏ PRODUCINGÏTHEM

COURSE CONTENT

COURSE CONTENT Q


Q

&UNDAMENTALSÏOFÏGEOMECHANICSÏINÏ UNCONVENTIONALÏRESERVOIRS

Q

3HALEÏHETEROGENEITYÏEVALUATIONÏ

Q

Q

2EVIEWÏOFÏWORKmOWSÏUSINGÏ GEOMECHANICSÏPRINCIPLESÏ

)SOTHERMALÏmOWÏINÏPIPELINE Ï INCOMPRESSIBLEÏSINGLE PHASEÏmOWÏ

Q


Q


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$ESIGNÏOFÏDATA ACQUISITIONÏPROGRAMSÏ FORÏEFFECTIVEÏGEOMECHANICSÏANALYSESÏ

Q

7ORKmOWSÏFORÏESTIMATIONÏOFÏ ANISOTROPICÏPARAMETERSÏUSINGÏ ACOUSTICÏAZIMUTHALÏANISOTROPY

Q

Q

-ECHANICALÏEARTHÏMODELSÏANDÏTIGHTÏ ROCKÏANALYSES

Q

+EYÏGEOMECHANICALÏELEMENTSÏ AFFECTINGÏHYDRAULICÏFRACTUREÏ STIMULATIONÏDESIGN

Q

#OMPLETIONÏ

Q

Q

AUDIENCE

Q

$ILUENTÏIMPACTSÏONÏDENSITY ÏVISCOSITY Ï PRESSUREÏREQUIREMENT 4ERRAINÏTOPOGRAPHYÏEFFECTÏONÏHEAVYÏ oil transport, including water as CONVEYANCEÏMEDIUM 'AS LIQUIDÏmOWÏINÏAÏGATHERINGÏSYSTEM Ï correlations Structure of gathering network and basic equations

NEW

COURSE CONTENT Q

5NCONVENTIONALÏRESERVOIRSÏOVERVIEWÏ

Q

Shale basics

Skill – 5 Days !PPLICATIONS ORIENTED ÏTHISÏCOURSEÏ presents interpretation guidelines to EVALUATEÏPROSPECTIVEÏSOURCEÏROCKSÏANDÏ DElNEÏPETROLEUMÏSYSTEMSÏ!TTENDEESÏWILLÏ LEARNÏABOUTÏSOMEÏOFÏTHEÏMAINÏAPPLICATIONSÏ OFÏGEOCHEMISTRYÏTOÏREDUCEÏTHEÏRISKÏINÏ%0Ï TOTALÏORGANICÏCARBON ÏROCK EVALUATIONÏ PYROLYSIS ÏVITRINITEÏREmECTANCE ÏTHERMALÏ ALTERATIONÏINDEX ÏKEROGENÏELEMENTALÏ ANALYSIS ÏGEOCHEMICALÏLOGSÏANDÏMAPS Ï RECONSTRUCTEDÏGENERATIVEÏPOTENTIALÏ CALCULATIONS ÏANDÏGASÏCHROMATOGRAPHY COURSE CONTENT Q

&UNDAMENTALSÏOFÏPETROLEUMÏ GEOCHEMISTRY

Q

"ASICÏGEOCHEMICALÏMEASUREMENTSÏ and interpretation pitfalls

Q

Construction of the original PETROLEUMÏGENERATIVEÏPOTENTIALÏOFÏ spent source rock

Q

)DENTIlCATIONÏANDÏQUANTIlCATIONÏOFÏ ELEMENTSÏANDÏPROCESSESÏTHATÏCONTROLÏ PETROLEUMÏSYSTEMSÏ

Q

'EOSCIENCE ÏGEOCHEMICAL ÏANDÏ GEOMECHANICALÏCONSIDERATIONS

Q

#OLLECTIONÏOFÏOILÏANDÏROCKÏSAMPLESÏANDÏ EVALUATIONÏOFÏDATAÏQUALITY

Q

3HALEÏEXPLORATIONÏPROJECTSÏANDÏ considerations

Q

Q

2ECONNAISSANCEÏMETHODSÏ

5SEÏOFÏBIOMARKERSÏANDÏISOTOPESÏ to correlate oils and source rocks ANDÏASSESSÏTHERMALÏMATURITYÏANDÏ biodegradation

Q

3CREENINGÏANDÏRANKINGÏSHALEÏPLAYSÏ

Q

-INERALOGY ÏPOROSITY ÏANDÏ PERMEABILITYÏDETERMINATIONÏ

%NGINEERS ÏGEOSCIENTISTS ÏANDÏ TECHNOLOGISTSÏINVOLVEDÏINÏEXPLORATION Ï DRILLING ÏCOMPLETIONS ÏANDÏPRODUCTIONÏINÏ UNCONVENTIONALÏRESERVOIRS

AUDIENCE %NGINEERSÏANDÏPRODUCTIONÏMANAGERSÏ INTERESTEDÏINÏHEAVYÏOILÏGATHERINGÏANDÏ transportation.

Q

2ESERVOIRÏEVALUATIONÏTOOLSÏ

Q

&RACTUREÏCHARACTERIZATION ÏPREDICTION Ï ANDÏDETECTIONÏMETHODSÏ

PREREQUISITE

PREREQUISITE

Q

"ACHELORSÏDEGREEÏINÏENGINEERINGÏORÏ geosciences.

"ASICÏKNOWLEDGEÏOFÏHYDROCARBONÏ PROPERTIES ÏmUIDÏmOW ÏANDÏPRODUCTIONÏ surface facilities design and operations.

(YDRAULICÏFRACTURING ÏHORIZONTALÏ BOREHOLE ÏLATERALÏLANDING ÏCOMPLETION Ï ANDÏENVIRONMENTALÏCONSIDERATIONSÏ

AUDIENCE

AUDIENCE %XPLORATIONÏANDÏDEVELOPMENTÏGEOLOGISTS Ï GEOCHEMICALÏCOORDINATORS ÏMANAGERS Ï ANDÏGEOSCIENTISTSÏWHOÏREQUIREÏMOREÏ KNOWLEDGEÏABOUTÏPETROLEUMÏSYSTEMS Ï PETROLEUMÏGEOCHEMISTRY ÏANDÏBASINÏ MODELING PREREQUISITE +NOWLEDGEÏOFÏBASICÏPETROLEUMÏGEOLOGYÏ ANDÏPETROLEUMÏSYSTEMS

'EOSCIENTISTS ÏENGINEERS ÏANDÏMANAGERSÏ wishing to know about shale oil EXPLORATIONÏANDÏDEVELOPMENT PREREQUISITE None



12/22/13 2:50 AM

UNCONVENTIONAL RESOURCES Production Forecasting and Reserves Estimates in Unconventional Reservoirs with Workshop

Shale Plays Evaluation: Finding Production Sweet Spots


Skill – 2 Days

Advanced – 4 Days

Advanced – 5 Days

3HALEÏGASÏRESERVOIRSÏHAVEÏDISTINCTÏ CHARACTERISTICSÏTHATÏREQUIREÏSPECIlCÏ EVALUATIONÏTECHNIQUESÏ)NÏTHISÏCOURSE Ï attendees will learn the geologic, GEOPHYSICAL ÏANDÏPETROPHYSICALÏATTRIBUTESÏ OFÏTHESEÏRESERVOIRS ÏINCLUDINGÏTHEÏORIGINÏ ANDÏACCUMULATIONÏOFÏTHEÏNATURALÏGASÏ 4HEÏATTENDEESÏWILLÏGAINÏEXPOSUREÏTOÏTHEÏ METHODSÏANDÏWORKmOWSÏFORÏIDENTIFYING Ï CHARACTERIZING ÏANDÏDEVELOPINGÏSHALEÏ GASÏRESERVOIRSÏ)NSTRUCTIONÏINCLUDESÏlELDÏ EXAMPLESÏTHATÏDELIVERÏAÏFOUNDATIONÏFORÏ UNDERSTANDINGÏTHEÏEXPLORATION ÏAPPRAISAL Ï and location of production sweet spots FORÏDEVELOPMENTÏ#OURSEÏEXERCISESÏ DEMONSTRATEÏHOWÏTOÏASSESSÏECONOMICÏ VIABILITYÏOFÏASSETS

4HISÏOVERVIEWÏOFÏTIGHTÏGASÏRESERVOIRSÏ COVERSÏTHEIRÏEVALUATION ÏCOMPLETION Ï STIMULATION ÏANDÏDEVELOPMENTÏ-ATERIALÏ ENCOMPASSESÏGEOLOGICÏCHARACTERISTICS Ï FORMATIONÏEVALUATION ÏESTIMATIONÏOFÏ RESERVESÏANDÏWELLÏPERFORMANCE ÏHYDRAULICÏ FRACTUREÏTREATMENTÏDESIGNÏANDÏEXECUTION Ï ANDÏlELDÏDEVELOPMENTÏCONSIDERATIONS

4HISÏ DAYÏWORKSHOPÏWILLÏPROVIDEÏ ATTENDEESÏWITHÏANÏOVERVIEWÏOFÏSYSTEMATICÏ procedures for forecasting production FROMÏINDIVIDUALÏWELLSÏINÏLOW PERMEABILITYÏ OILÏANDÏGASÏRESERVOIRS ÏWITHÏANÏEMPHASISÏ ONÏSHALEÏPLAYSÏ4HEÏWORKSHOPÏWILLÏPROVIDEÏ BACKGROUNDÏMATERIALÏLEADINGÏTOÏANÏ UNDERSTANDINGÏOFÏFORECASTINGÏMETHODS Ï and will concentrate on traditional !RPSÏEQUATION ÏDECLINEÏMODELSÏANDÏ MOREÏRECENTÏMODELSÏDESIGNEDÏTOÏPROVIDEÏ FORECASTSÏWITHÏIMPROVEDÏACCURACYÏDURINGÏ THEÏLONG DURATIONÏTRANSIENTÏmOWÏPERIODSÏ USUALLYÏLINEARÏmOW ÏASSOCIATEDÏWITHÏ LOW PERMEABILITY ÏHYDRAULICALLYÏFRACTUREDÏ WELLSÏ!PPLICATIONSÏOFÏTHEÏTHEORYÏWILLÏBEÏ ILLUSTRATEDÏWITHÏIN CLASSÏEXERCISES

AUDIENCE 0ETROLEUMÏENGINEERS ÏGEOLOGISTS Ï RESERVESÏANALYSTSÏANDÏANYONEÏWHOSEÏJOBÏ responsibilities or professional interest INCLUDEÏTHEÏRESERVESÏESTIMATION PREREQUISITE "ASICÏUNDERSTANDINGÏOFÏGEOLOGYÏANDÏ RESERVOIRÏENGINEERING

COURSE CONTENT

COURSE CONTENT

Q


Q

&LUIDÏmOWÏTHEORYÏ

Q

4RANSIENTÏRADIALÏANDÏLINEARÏmOWÏ

Q

$EPTHÏOFÏINVESTIGATIONÏ

Q

$ECLINEÏCURVEÏANALYSISÏUSINGÏ!RPSÏ DECLINEÏMODELÏ

Q


Q

!DVANCEDÏDECLINEÏCURVEÏANALYSISÏ

Q

#OMBINATIONÏTRANSIENT "$&ÏMODELSÏ

Q

)DEALÏFORECASTINGÏMODELÏ

COURSE CONTENT Q

)NTRODUCTIONÏTOÏTIGHTÏGASÏRESERVOIRS

Q

&ORMATIONÏEVALUATION

Q

Statistical correlations

Q

7ELLÏTESTING

Q

%STIMATIONÏOFÏRESERVESÏANDÏPREDICTIONÏ OFÏPERFORMANCE

Q

7ELLÏCOMPLETIONSÏANDÏWORKOVERS

Q

(YDRAULICÏFRACTUREÏTREATMENTÏDESIGNÏ ANDÏEXECUTION

Q

&IELDÏDEVELOPMENTÏCONSIDERATIONS Ï STRATEGIES ÏANDÏECONOMICS

Q

#RITICALÏPARAMETERS

Q

)NlLLÏPOTENTIAL

Q

5NCONVENTIONALÏVERSUSÏCONVENTIONALÏ RESERVOIRSÏ

Q

'EOLOGIC ÏGEOCHEMICAL ÏANDÏ GEOMECHANICALÏCONSIDERATIONSÏINÏ EXPLOITATIONÏ

Q

2OLEÏOFÏGEOMECHANICSÏINÏBASINÏ MODELING ÏPETROLEUMÏSYSTEMSÏ ANALYSIS ÏANDÏRISKÏASSESSMENT

AUDIENCE

Q

$EVELOPMENTÏOFÏ-%-S ÏINCLUDINGÏ thickness, depth, pressure, and gas STORAGEÏCAPACITY

2ESERVOIRÏENGINEERSÏANDÏPRODUCTIONÏ ENGINEERSÏRESPONSIBLEÏFORÏOPTIMIZINGÏ RECOVERYÏFROMÏTIGHTÏGASÏRESERVOIRS

Q

&ORMATIONÏEVALUATIONÏMETHODOLOGIESÏ -INERALOGY ÏPOROSITY ÏPERMEABILITY Ï FREEÏANDÏTOTALÏGASÏQUANTIlCATION Ï adsorbed gas

Q

Q

Q

Correlation of wireline logs, borehole IMAGES ÏMICROSEISMICÏANALYSIS ÏANDÏ WIRELINEÏFORMATIONÏTESTS

5NDERSTANDINGÏOFÏPETROLEUMÏENGINEERINGÏ and a strong background in production or operations.

)NÏSITUÏPERMEABILITYÏANDÏDETERMINATIONÏ OFÏPERMEABILITYÏANISOTROPY Calculations of gas in place

Q

+EYÏCRITERIAÏGOVERNINGÏWELLBOREÏ PLACEMENT ÏINCLUDINGÏDRAINAGEÏAREASÏ and borehole spacing

Q

0ENETRATIONÏOFÏPRODUCTIONÏSWEETÏ SPOTSÏANDÏTHEIRÏECONOMICSÏ

Q

PREREQUISITE

Statistical drilling and sweet spot drilling

AUDIENCE /PERATINGÏCOMPANYÏMULTIDISCIPLINARYÏ ASSETÏTEAMÏMEMBERS ÏENGINEERS Ï GEOSCIENTISTS ÏlNANCIALÏDECISION MAKERS Ï ANDÏRESOURCEÏMANAGERS PREREQUISITE "ACHELORSÏDEGREEÏINÏGEOSCIENCES

Software




Field trips

Uses simulation

| 215 12/22/13 2:50 AM

UNCONVENTIONAL RESOURCES Production Data Analysis: Shale Gas, Tight Gas, and Coalbed Methane

Shale Plays Production: Exploiting Production Sweet Spots

Unconventional Gas Reservoirs: Focus on Coalbed Methane and Introductions to Shale and Tight Sand Reservoirs

Advanced – 3 Days

Advanced – 4 Days

Advanced – 5 Days

4HISÏCOURSEÏISÏDESIGNEDÏTOÏIMPLEMENTÏ AÏCOMPREHENSIVEÏLEARNINGÏMODULEÏOFÏ production data interpretation and ANALYSIS ÏINCLUDINGÏTHEÏPRINCIPLESÏOFÏ PRODUCTIONÏFUNDAMENTALS ÏTECHNOLOGIES Ï ANDÏWORKmOWSÏWITHÏAPPLICATIONSÏANDÏlELDÏ EXAMPLESÏFORÏUNCONVENTIONALÏRECOURSESÏ 0RODUCTIONÏANALYSISÏREQUIRESÏHANDLINGÏ ANDÏCONDITIONINGÏLARGEÏVOLUMESÏOFÏ MULTIPLEÏSOURCE ÏMULTIPLEÏFREQUENCYÏDATA Ï IDENTIFYINGÏANDÏSYNCHRONIZINGÏEVENTS ÏANDÏ assigning the appropriate production rate TOÏEACHÏEVENTÏ4HESEÏCRITICALÏSTEPSÏENABLEÏ PRODUCTIONÏENGINEERSÏTOÏMAKEÏEFlCIENTÏ INTERPRETATIONÏANDÏANALYSISÏOFÏTHEÏDATAÏ ANDÏTOÏOPTIMIZEÏWELLÏPRODUCTIVITYÏUSINGÏ ADVANCEDÏMETHODOLOGIES

!CCORDINGÏTOÏSOMEÏINDUSTRYÏFORECASTERS Ï THEÏ%0ÏGASÏBOOMÏISÏJUSTÏBEGINNINGÏ In this course, the focus is on the ENGINEERINGÏASPECTSÏOFÏEXPLOITINGÏ SHALEÏGASÏRESERVOIRSÏ!TTENDEESÏWILLÏ GAINÏANÏUNDERSTANDINGÏOFÏTHEÏMETHODSÏ ANDÏWORKmOWSÏFORÏCHARACTERIZINGÏANDÏ DEVELOPINGÏTHESEÏUNCONVENTIONALÏ RESOURCES ÏINCLUDINGÏRESERVOIRÏEVALUATION Ï WELLÏARCHITECTUREÏANDÏPLACEMENT Ï COMPLETIONS ÏHYDRAULICÏFRACTUREÏ TREATMENTS ÏANDÏPRODUCTIONÏ4HEÏCOURSEÏ ALSOÏINCLUDESÏTHEÏFUNDAMENTALSÏOFÏTHEÏ ASSETÏEXPLOITATIONÏLIFEÏCYCLEÏ)NSTRUCTIONÏ INCLUDESÏlELDÏEXAMPLESÏANDÏIN CLASSÏ EXERCISESÏONÏTHEÏECONOMICÏVIABILITYÏOFÏ these assets.

4HISÏCOURSE ÏWITHÏITSÏEMPHASISÏONÏCOALBEDÏ METHANEÏRESERVOIRSÏANDÏOVERVIEWÏOFÏ SHALEÏGASÏANDÏTIGHTÏGASÏSANDÏRESERVOIRS Ï COVERSÏTHEÏCRITICALÏASPECTSÏOFÏTHESEÏTHREEÏ UNCONVENTIONALÏRESOURCESÏ!TTENDEESÏ will learn the role that natural fractures PLAYÏINÏmUIDÏmOWÏFROMÏTHESEÏTYPICALLYÏLOW PERMEABILITYÏFORMATIONSÏINÏADDITIONÏTOÏ LEARNINGÏTHEÏOPTIMALÏDRILLING ÏCOMPLETION Ï ANDÏSTIMULATIONÏPRACTICESÏFORÏPRODUCTIONÏ FROMÏTHESEÏRESERVOIRS

COURSE CONTENT

COURSE CONTENT

Q

3CIENCEÏ&OUNDATIONALÏUNDERSTANDINGÏ OFÏPRINCIPLESÏANDÏGOVERNINGÏFACTORSÏOFÏ production

Q

4ECHNOLOGIESÏ%XPOSUREÏTOÏSENSORÏ TECHNOLOGIESÏANDÏTOOLSÏNECESSARYÏFORÏ data conditioning

Q

7ORKmOWSÏ3KILLSÏTOÏAPPLYÏ METHODOLOGIESÏANDÏWORKmOWSÏTOÏ enable data interpretation and ANALYSISÏ

AUDIENCE 0RACTICINGÏRESERVOIR ÏPRODUCTION ÏANDÏ facilities engineers and engineering and ASSETÏMANAGERS PREREQUISITE YEARÏGEOSCIENCEENGINEERINGÏDEGREE

Q

5NCONVENTIONALÏVERSUSÏCONVENTIONALÏ RESERVOIRS

Q

)N DEPTHÏDISCUSSIONÏOFÏSHALEÏGASÏ ANDÏSHALEÏOILÏRESERVOIRSÏ%VALUATIONÏ METHODOLOGIESÏANDÏWORKmOWSÏBASICÏ GEOLOGIC ÏGEOPHYSICAL ÏPETROPHYSICAL Ï ANDÏGEOMECHANICALÏCONSIDERATIONS

Q

Introduction to drilling operations and TOÏMETHODOLOGIESÏANDÏWORKmOWSÏFORÏ well architecture, construction, and PLACEMENT

Q

"ESTÏPRACTICESÏ7ELLÏCOMPLETIONS Ï STIMULATIONÏSTRATEGIES ÏOPERATIONS Ï ANDÏEVALUATIONS

Q

0RODUCTIONÏANDÏlELDÏREDEVELOPMENTÏ STRATEGIESÏTOÏMAINTAINÏECONOMICÏ production

AUDIENCE -ULTIDISCIPLINARYÏASSETÏTEAMÏMEMBERS Ï GEOLOGISTS ÏGEOPHYSICISTS ÏRESERVOIRÏ DRILLING ÏPRODUCTION ÏCOMPLETION ÏANDÏ FACILITIESÏENGINEERS ÏANDÏMANAGERS PREREQUISITE "ACHELORSÏDEGREEÏINÏENGINEERINGÏORÏ GEOSCIENCES ÏORÏEXPERIENCEÏINÏEXPLOITATIONÏ OFÏUNCONVENTIONALÏGASÏRESERVOIRS

COURSE CONTENT Q

5NCONVENTIONALÏGASÏ/RIGINSÏINÏ SELF SOURCINGÏRESERVOIRS ÏTHERMALÏ MATURATION ÏANDÏHYDROCARBONÏ generation

Q

4HERMOGENICÏVERSUSÏBIOGENICÏ SELF SOURCINGÏGASÏRESERVOIRS ÏCONTROLSÏ ONÏGASÏOCCURRENCEÏANDÏPRODUCIBILITY

Q

Role of natural fractures in UNCONVENTIONALÏGASÏPRODUCTION Ï REVIEWÏOFÏHYDROLOGYÏROLEÏINÏWATERÏ PRODUCTIONÏANDÏMANAGEMENT

Q

$RILLING ÏCOMPLETION ÏANDÏSTIMULATIONÏ PRACTICESÏWITHÏAÏFOCUSÏONÏMATUREÏ53Ï basins

Q

%XAMPLESÏOFÏMATUREÏUNCONVENTIONALÏ GASÏPLAYSÏAROUNDÏTHEÏWORLD

AUDIENCE /PERATINGÏCOMPANYÏMULTIDISCIPLINARYÏ PERSONNEL ÏINCLUDINGÏASSETÏTEAMÏ MEMBERS ÏENGINEERS ÏGEOSCIENTISTS Ï lNANCIALÏDECISION MAKERS ÏANDÏRESOURCEÏ MANAGERS PREREQUISITE "ACHELORSÏDEGREEÏINÏENGINEERINGÏORÏ geosciences.



12/22/13 2:50 AM

UNCONVENTIONAL RESOURCES PetroMod Petroleum Systems Modeling for Shale Plays


Skill – 5 Days

Advanced – 5 Days

4HISÏCOURSEÏINTRODUCESÏRESERVOIRÏ ENGINEERSÏANDÏCONSULTANTSÏTOÏSOMEÏBASICÏ CONCEPTSÏINÏGEOMECHANICSÏANDÏTHEÏ0ETRELÏ PLATFORMÏ!TTENDEESÏWILLÏLEARNÏHOWÏTOÏ INCORPORATEÏDATAÏABOUTÏGEOMECHANICALÏ EFFECTSÏINTOÏRESERVOIRÏMODELSÏOFÏWELLÏ PRODUCTIONÏBEHAVIOR

3HALEÏRESOURCEÏEXPLORATIONÏISÏAÏNEWÏ AREAÏOFÏEXPLORATIONÏFORÏUNCONVENTIONALÏ RESERVOIRSÏ)NÏCONTRASTÏWITHÏCONVENTIONALÏ PETROLEUMÏSYSTEMSÏANALYSIS ÏSHALEÏPLAYSÏ AREÏCHARACTERIZEDÏBYÏAÏSINGLEÏENCLOSEDÏ SYSTEMÏCHARGE ÏRESERVOIRÏANDÏTRAPÏINÏONEÏ FORMATION

)NÏADDITIONÏTOÏINTRODUCINGÏGEOMECHANICSÏ concepts, this course presents the TYPESÏOFÏDATAÏUSEDÏFORÏGEOMECHANICALÏ MODELINGÏINÏTHEÏPETROLEUMÏINDUSTRY Ï ANDÏSOMEÏOFÏTHEÏGEOMECHANICALÏEFFECTSÏ OBSERVEDÏINÏOILÏANDÏGASÏRESERVOIRSÏANDÏ THEÏSUBSURFACEÏDURINGÏHYDROCARBONÏ production. The course also includes HOWÏTOÏBUILDÏRESERVOIRÏMODELSÏTHATÏSHOWÏ GEOMECHANICALÏEFFECTSÏSUCHÏASÏPRESSURE Ï stress, and strain, as well as data on RESERVOIRÏmOW ÏILLUSTRATINGÏTHEÏEFFECTSÏ OVERÏTIME ÏANDÏHOWÏTOÏBUILDÏRESERVOIRÏ GEOMECHANICALÏMODELSÏUSINGÏTHEÏ0ETRELÏ SOFTWAREÏPLATFORM

4HEÏ DAYÏ0ETROLEUMÏ3YSTEMSÏ-ODELINGÏ FORÏ3HALEÏ0LAYSÏCOURSEÏCOVERSÏALLÏASPECTSÏ OFÏTHISÏUNCONVENTIONALÏPETROLEUMÏSYSTEMÏ 0ARTICIPANTSÏWILLÏUSEÏ0ETRO-ODÏSOFTWAREÏ TOÏEXPLOREÏTOOLSÏANDÏWORKmOWSÏDIRECTLYÏ APPLICABLEÏTOÏSOLVINGÏTHEÏCHALLENGESÏFACEDÏ INÏSHALEÏRESOURCEÏEXPLOITATION

4HERMALÏRECOVERYÏMETHODSÏAREÏTYPICALLYÏ USEDÏINÏHEAVYÏOILÏRESERVOIRSÏWHEREÏTHEÏOILÏ VISCOSITYÏISÏHIGHÏATÏRESERVOIRÏTEMPERATURESÏ BUTÏREDUCESÏASÏTHEÏTEMPERATUREÏ increases. Attendees will learn how TOÏUSEÏ%#,)03%Ï4HERMALÏ%0ÏSOFTWAREÏ PLATFORMÏTOÏEXTENDÏTHEÏ%#,)03%Ï"LACKOILÏ SIMULATORÏTOÏSTUDYÏPROBLEMSÏSUCHÏASÏ STEAMÏINJECTION ÏHOTÏmUIDÏORÏGASÏINJECTION Ï WELLBOREÏHEATERS ÏANDÏSIMPLEÏCOMBUSTION



Skill – 2 Days

Skill – 2 Days

4HISÏCOURSEÏPROVIDESÏTOOLSÏANDÏPROCEDURESÏ FORÏANALYZINGÏPRODUCTIONÏDATAÏFROMÏ shale gas wells. The attendees will learn to use diagnostic plots and SPECIALÏANALYSISÏTECHNIQUESÏTOÏFORECASTÏ production. Attendees will also learn SCREENINGÏMETHODSÏFORÏSELECTINGÏWORKOVERÏ candidates. COURSE CONTENT Q

&LOWÏREGIMESÏINÏUNCONVENTIONALÏ RESERVOIRSÏ

Q

"ASICSÏOFÏHYDRAULICÏFRACTURINGÏ

Q

'RAPHICALÏANALYSISÏTOOLS

Q

"ETAÏVALUEÏPLOT

Q

2ATEÏCUMULATIVEÏRATIOÏPLOTÏ

Q

2ATEÏINVERSEÏPLOTÏ

Q

2ATEÏTIMEÏPLOTÏ

Q

0RODUCTIONÏFORECASTINGÏ

Q

%STIMATIONÏOFÏRECOVERYÏ

Q

2ESTIMULATIONÏCANDIDATEÏSCREENING

!NYONEÏWHOÏNEEDSÏTOÏANALYZEÏPRODUCTIONÏ DATAÏFROMÏSHALEÏGASÏWELLS PREREQUISITE /&-ÏSOFTWAREÏPROlCIENCYÏORÏ/&-Ï &UNDAMENTALSÏCOURSE


Q


Q

4HEÏUSEÏOFÏ0ETRELÏGEOMECHANICSÏ software

2ESERVOIRÏENGINEERSÏANDÏGEOTECHNICALÏ consultants. PREREQUISITE 0ETRELÏRESERVOIRÏENGINEERINGÏSOFTWAREÏANDÏ %#,)03%ÏSIMULATORÏSOFTWARE

Software



Q

)NTRODUCTIONÏTOÏGLOBALÏSHALEÏPLAYSÏ

Q

3HALESÏ ÏRESERVOIRÏANDÏCHARGEÏ Ï CHARACTERIZATION ÏPROPERTIESÏANDÏ challenges

Q

3HALESÏ ÏCHARGE ÏTRAPÏANDÏSEALÏ Ï ,ANGMUIRÏADSORPTION ÏPRINCIPLES

Q

'EOMECHANICSÏ ÏTHEORETICALÏOVERVIEWÏ

Q

3HALEÏPLAYÏPETROLEUMÏSYSTEMÏ ASSESSMENTÏ

Q

)NDIVIDUALÏBASINÏEXERCISESÏ

Q

3HALEÏPLAYÏEXPLORATION

Q

064ÏPRACTICESÏANDÏPHASEÏBEHAVIORÏ CONCEPTSÏOFÏHEAVYÏOILS

Q

7ORLDWIDEÏTHERMALÏRECOVERYÏ processes and screening criteria

Q

+EYÏFEATURESÏOFÏTHERMALÏRESERVOIRÏ SIMULATION

Q

%QUATIONSÏINÏ%#,)03%Ï4HERMALÏ SIMULATORÏSOFTWARE

Q

3!'$ÏRECOVERYÏANDÏTHEÏ MULTISEGMENTEDÏWELLÏMODEL

Q

3IMULATIONÏOFÏFOAMYÏOIL

Q

3TRUCTUREÏREQUIREMENTSÏANDÏKEYWORDSÏ FORÏ%#,)03%Ï4HERMALÏSIMULATORÏ software

AUDIENCE

AUDIENCE

AUDIENCE

COURSE CONTENT

COURSE CONTENT

COURSE CONTENT Q

AUDIENCE

NEW

5NCONVENTIONAL ÏEXPLORATIONÏGEOLOGISTS Ï "03- ÏGEOSCIENTISTSÏANDÏGEOCHEMISTSÏ ENGAGEDÏINÏTHEÏPETROLEUMÏSYSTEMSÏ MODELINGÏOFÏSHALEÏPLAYS PREREQUISITE

2ESERVOIRÏENGINEERSÏINTERESTEDÏINÏLEARNINGÏ SIMULATIONÏOFÏTHERMALÏPROCESSESÏUSINGÏ %#,)03%Ï4HERMALÏSIMULATOR PREREQUISITE %XPERIENCEÏWITHÏTHEÏ%#,)03%Ï"LACKOILÏ SIMULATOR

)NTRODUCTIONÏTOÏ0ETRO-ODÏCOURSEÏREQUIREDÏ WITHINÏLASTÏÏYEARS ÏORÏEXISTINGÏ0ETRO-ODÏ software user.


Field trips

Uses simulation

| 217 12/22/13 2:50 AM

SCHLUMBERGER LEARNING CENTERS Kellyville Learning Center Tulsa, OK, USA

European Learning Center Melun, France

Siberian Training Center Tyumen, Russia

Sugar Land Learning Center Houston, TX, USA Middle East Learning Center Abu Dhabi, UAE

Brazil Research Geoscience Center Rio de Janeiro, Brazil

NExT has access to well-equipped, global Schlumberger training centers and technical facilities, where participants gain practical, hands-on experiences.



12/22/13 2:50 AM

TECHNICAL COURSE INDEX

Software




Field trips

Uses simulation

| 219 12/22/13 2:50 AM

TECHNICAL COURSE INDEX Advances in Well Test Interpretation 122

Basic Production Logging 20, 83, 132

Drilling Fluids 99

A Strategic Approach to Oil and Gas Exploration 53, 186

Basic Reservoir Monitoring 20, 83

Drilling Operations Management Simulation 102

Acid Stimulation Techniques 134

Basin Analysis and Petroleum Systems Modeling 38

Drilling Optimization 103

Advanced Carbonate Petrophysics From Pores to Logs 86

Becoming an Inspirational Leader in Oil and Gas 186

Drilling Project and Risk Management 103

Advanced Core and Log Interpretation 87

Borehole Seismic Acquisition, Processing and Operations 70

Drillstring Design 103

Advanced Formation Evaluation in Carbonates 89 Advanced Formation Evaluation in Carbonates, Clastics and Basement Rock 89 Advanced Formation Evaluation in Sandstones 90 Advanced Gas Lift Design & Troubleshooting 135 Advanced Integrated Reservoir Analysis 23, 87 Advanced Natural Gas Engineering 115 Advanced Nodal Analysis for Production Engineers 135 Advanced Production Data Analysis and Nodal Analysis 138 Advanced Production Logging 90 Advanced Slickline Operations 135 Advanced Well Test Analysis 115 Advances in Information Technology for Oil and Gas 184

Borehole Seismic Technology 68

Economics of Deepwater Projects 191, 203

Carbonate Seismic Reservoir Analysis 73 Carbonate Sequence Stratigraphy and Application to Petroleum Reservoirs 43 Cased Hole Logging and Formation Evaluation 84 Casing Design 101

Economics of Petroleum Exploration 44, 192 Economics of Unconventional Resources 192, 212 Electric Submersible Pumps - Advanced 139 Electric Submersible Pumps: Application Engineering 136 Electrical Protection Systems and Equipment 168

Cathodic Protection 176 Cement Integrity Assurance and Evaluation 101

Electrical Submersible Pumps 176

Cementing Operations 102

Enhanced Oil Recovery Processes: Chemical, Miscible and Thermal 112

Characterization, Evaluation and Enhanced Oil Recovery in Naturally Fractured Reservoirs 120

Equipment Inspection and Maintenance 176

Clastic Sedimentology for Exploration and Development 24, 43

Evaluation and Management of Fractured Reservoirs 53 Exploration and Production Accounting - Level 1 190

Analysis and Development of Tight Gas Reservoirs 119, 215

Communication and Presentation Skills for Project Managers 181

Analysis of Production Performance Curves 119

Communication Systems 167

Exploration and Production Accounting - Level 3 192

Applications of Borehole Imaging to Hydrocarbon Exploration & Production 42

Completion and Production Engineering 132

Exploration Methods and Workflows: Integrating Petroleum System, Play and Prospect Evaluation and Assessment 39

Applied Capillary Pressure and Saturation Heigh Modeling 82 Applied Core Analysis - How to Interpret Core Data 87, 115 Applied Geostatistics 43 Applied Geostatistics for Petroleum Engineers and Geoscientists 23, 115 Applied Production Logging and Reservoir Monitoring 25, 91, 139 Applied Project Management - Oil and Gas 23, 184 Applied Reservoir Engineering 116 Applied Reservoir Petrophysics and Characterization 91 Applied Reservoir Simulation 116 Applied Structural Geology in Hydrocarbon Systems Analysis 53 Artificial Lift Technology 132 Assuring Flow from Pore to Process 119, 139, 162 Auditing in the E&P Industry 191 Automation, Instrumentation, Measurements, and Process Control 160, 178 AVO and Seismic inversion 70 Basic Core Analysis 82, 112 Basic Logging Methods and Formation Evaluation 20, 83 Basic Petrophysics, Quick Look and Log Quality Control 83

Condition-Based Maintenance For Static and Rotating Equipments 160 Conducting an Integrated Reservoir Study 14, 24, 116 Contracts, Procurements and Partnering 184 Control Room 176 Control Systems and Equipment 167 Crude Oil and Water Treatment 156 Data Room Management and Rapid Asset Evaluation 120 Deepwater Drilling Design and Operations 102, 200 Deepwater Petroleum Systems: Fundamentals and Applications 44, 201 Deepwater Reservoirs 38, 200 Deepwater Sedimentary Systems: Exploration and Production 44, 201 Deepwater Seismic Interpretation 70, 201 Deepwater Well Project and Risk Management 102, 201 Design, Diagnosis and Optimization of Gas Lift Systems 135 Development Geology 21, 39 Dipmeter and Borehole Image Logging 87 Directional Drilling and Surveying 98 Drill Bits and Hydraulics 98

Exploration and Production Accounting - Level 2 192

Export System Operations 168 Failure Mode Effect Analysis Applied to Production Operations 160, 177 Field Trip: Arid coastline carbonates and evaporites of Abu Dhabi, UAE 45

Control Systems 167

Drilling Engineering 99

220 |

Dynamic Pressure Drilling 105

Field Trip: Characterisation and Petrel 3D Modelling of Fluvio-Deltaic Sedimentary Architecture, Upper Carboniferous: East Kentucky, USA 45 Field Trip: Delta-Slope-Turbidite Deposition and Synsedimentary Deformation - County Clare, Ireland 46, 202 Field Trip: Depositional Environments from Slope Aprons to Tropical Reefs - Tabernas & Sorbas Basins, Spain 46, 202 Field Trip: Fluvial and Deltaic Architecture and Advanced Modeling using Petrel - Utah / Colorado, USA 47 Field Trip: Foreland Basin Syntectonic Sedimentation: Southern Pyrenees, Spain 47 Field Trip: Late Palaeozoic-Early Mesozoic Sedimentation in S.W.Province, UK 48 Field Trip: Oligo-Miocene Carbonate Sedimentary Models of Malta – Analogues for Cenozoic Reservoirs Worldwide 48 Field Trip: Permian basin Floor Fan Systems of Karoo, South Africa 49, 203


TECHNICAL COURSE INDEX Introduction to the Geology of Coalbed Methane 213

Field Trip: Practical Fracture Analysis of Clastic Reservoirs with Petrel - Casper, Wyoming, USA 44

Horizontal Wells, Applications, Drilling, Completion, Productivity and Surveillance 117

Field Trip: Reservoir-scale heterogeneity in Upper Miocene Platforms of the Balearic Islands, Spain 49

Horizontal, Extended Reach and Multilateral Drilling 103

Introduction to Unconventional Reservoirs - Shale Gas and Liquids Characterization and Production 212

HPHT Operational Awareness and Drilling Challenges 104, 203

IWCF Surface Well Control Certification 105

HSE in Exploration and Production 170

Knowledge Management 181

Hydraulic Control Panels 178

Low-Voltage Distribution Systems and Equipment 171

Hydraulic Fracture Treatment Design and Quality Control 137

Maintenance 158

Field Trip: Syn-Rift Carbonate Platforms; MioceneRecent Gulf of Suez 50 Firefighting and Safety 168 First Time Leadership and Supervision 182 Fishing, Perforating and other Slickline Applications 136 Flare System Operations 168 Forecasting Production and Estimating Reserves in Low Permeability Oil and Gas Reservoirs 121 Formation Damage and Mitigation 136 Formation Evaluation: Heriot-Watt University Program 84 Formation Testing: Wireline and LWD 117 Fractured Reservoir Characterization with Emphasis on Carbonates 39 Full Life Cycle Fluid Evaluation - Downhole to Laboratory 121, 140 Fundamentals of Field Development Planning 13, 20, 113 Fundamentals of Petroleum Geomechanics 99, 208

Hydraulic Fracturing 133

Maintenance and Reliability 158 Maintenance Cost Control 158

Instrumentation and Control Basics 170 Integrated 3D Reservoir Modeling Workshop 25, 50 Integrated Approach to Optimize the Economy of the Asset Life Cycle 14 Integrated Production and Well Operations Modeling Using a Physical Simulator 133 Integrated Reservoir Management 113

Maintenance Integrated Planning 158 Maintenance Management and Control Indicators 161 Mapping the Subsurface 50 Mastering Finance for Nonfinancial Oil and Gas Personnel 13, 190 Microsoft Project for Oil and Gas 182

Integrated Resevoir Analysis 21, 84

Mud Logging - Surface Gas Measurement and Fluid Characterization 51, 104

Integrated Wellbore and Reservoir Analysis: From Pore to Well Test Scale 84

Mud Logging Operations 41, 100

Intermediate Petroleum Geomechanics 209

Multiphase Flow 161 MWD and LWD Tool Physics and Applications 88

Fundamentals of Reservoir Engineering 21, 112

Intermediate Production Logging and Reservoir Monitoring 25, 88

Gas Processing and Conditioning 156, 169

International Business Communication Skills 184

Negotiation Skills for the Oil and Gas Industry 185

Gas Processing Operations 169

International Management Skills 185

New Advances in Well Test Interpretation 122

General Production Engineering 133

International Oil and Gas Exploitation Contracts 185

Nodal Analysis - Subsurface Operations 134

Generator Control 169

Introduction to Biostratigraphy 40

Nonseismic Geophysical Methods 68

Geological Assessment of Reservoir Seals and Pay 54

Introduction to Deepwater Rig Operations 99, 200

Offshore Drilling Operations 100

Geology of Clastic Reservoirs 40

Introduction to Drilling 12, 98

Offshore Facilities 156

Geomechanics Applications in Coal-Bed Methane 208, 213

Introduction to Finance and Accounting in Oil and Gas 10, 190

Oil and Gas Asset Management 14, 182

Introduction to Flow Assurance 133, 157, 170

Oil and Gas Reserves and Evaluation II 117

Introduction to Geology 13, 38

Oil Processing and Conditioning 171

Introduction to Geology Including Day Pyrenees Field Trip 38

Oil Processing Operations 171

Geomechanics Applications in Heavy Oil 208, 213 Geomechanics Applications in Shale Gas 208, 214 Geostatistical Reservoir Modeling: Standard Approaches and Best Practices 54 Global Tectonics and Geological Prospecting Tools for Exploration 40

Introduction to Geophysics 12, 68

Natural Gas Reservoir Engineering 113

Oil and Gas Reserves and Evaluation I 113

Oilfield Corrosion Management 161, 178 Oilfield Water Management 137

Hazard and Operability 177

Introduction to Geoscience 11

HAZOP/HAZID and SIL 157, 177

Introduction to High Temperature ESP Applications 137

Openhole and Cased Hole Data Acquisition and Interpretation 88

Health, Safety, and Environment in Exploration and Production 13, 157

Introduction to HYSYS Software in Oil and Gas Processing 157

Operations and Wellsite Geology 41

Heat Exchangers 169

Introduction to Petroleum Economics 12, 82, 190

Heavy Oil Exploitation 212

Introduction to Petrophysics 12

Heavy Oil Transportation and Processing 160, 177, 214

Introduction to Production Engineering 11, 132

High Gas/Oil Ratio Well Liquid Unloading 136

Introduction to Production Logging and Reservoir Monitoring 82

High-Voltage Distribution Systems and Equipment 170 History Matching and Reservoir Optimization 120

Software


Personal Breakthrough Impact 182 Petroleum Decision and Risk Analysis 22, 191 Petroleum Economics 22, 191 Petroleum Economics: Heriot-Watt University Program 193 Petroleum Exploration and Production 10

Introduction to Reservoir Engineering 11, 112

Petroleum Geology 41

Introduction to Surface Facilities 11, 156, 167

Petroleum Geoscience - Heriot-Watt University Program 41


Field trips

Uses simulation

| 221

TECHNICAL COURSE INDEX Reservoir Management and Monitoring 118

Structural Geology 52

Reservoir Monitoring Solutions Workshop 26, 91

Stuck Pipe and Fishing Operations 104 Stuck Pipe and Hole Cleaning 105

Petrophysics for Drilling Engineers 85, 100

Reservoir Optimization using Applied Oilfield Manager (OFM) Software 114

Pipelines Operation and Maintenance 171

Reservoir Simulation - Heriott-Watt University Program 118

Piping and Pipeline Design, Maintenance and Operation 172

Resources and Reserves Evaluation 26, 122

Plant Turnaround Management (Programmed Plant Shutdown) 161

Rig Awareness and Familiarization 98

Petroleum Systems and Exploration and Development Geochemistry 51, 214 Petroleum Technology 10

Play-to-Prospect Exploration : Integrated Exploration Techniques and workflows using Petrel E&P Software Platform 51 Pore Pressure Prediction Methods 209 Portfolio Management 193 Power Generation Systems and Equipment 172 Powerful Technical Presentations 185 Practical AVO and Seismic Inversion with Petrel E&P Software Platform 71 Practical Depth Conversion and Depth Imaging for the Interpreter 71 Practical Directional Drilling and Surveying 104 Practical Seismic Attributes with Petrel E&P Software Platform 71 Practical Seismic Interpretation with Petrel E&P Software Platform 73

Risk, Uncertainty and Decisions in E&P Projects 25, 193 Rock Physics and Statistical Rock Physics for Seismic Reservoir Characterization and Quantitative Interpretation 72

Subsea Production Systems (SPS) and Subsea Technologies 162 Subsurface Facies Analysis - Integrating Borehole Images & Well Logs with Rock Physics and Seismic Data to Develop Geologic Models 52 Subsurface-Surface Production Optimization 138, 162 Sucker Rod Pumps - Application Engineering 138 Supply Chain Strategy 186

Rotary Equipment Design and Operations 173

Surface Facility Production Operations 159

Rotating Electrical Systems and Equipment 173

Tendering and Technical Bidding 186

Rotating Equipment Operations and Maintenance 173

The Wellsite Coach 183

Rotating and Reciprocating Equipment Control and Protection 179

Tool Physics of High Technology Imaging and Logging Tools 88

Safety Systems 173

Tool Physics- Standard Logging Tools 86

Sand Control 138

Ultimate PMP ® Prep Boot Camp 183

Sedimentology and Depositional Environments of Deepwater Deposits 52, 203

Unconventional Gas Reservoirs: Focus on Coalbed Methane and Introduction to Shale and Tight Sand Reservoirs 216

Seismic Acquisition and Processing 69 Seismic Attribute and Image Interpretation 72

Utilities Operations 174 Utilities: Design and Operations 159, 174

Practical Wireline Logging for Geoscientists 85

Seismic Geomechanics 209

Principles of Reservoir Engineering - Heriot-Watt University Program 114

Seismic Interpretation Fundamentals 68

Valves Operation and Maintenance 175 Vessels 175

Problem Solving (RCA), 178

Seismic Interpretation Mapping with Petrel E&P Software Platform 72

Process Control Systems 172

Seismic Petrophysics and Rock Properties 73

Water Treatment Operations 175

Process Safeguarding (Flare, ESD, Vent, Depressurizing, Fire and Gas) 179

Seismic processing for interpreters and others 69

Waterflood Management 118

Seismic Stratigraphy 69

Waterflooding and Applied Reservoir Simulation 118

Process Variable Measurements & Control Equipment 172

Seismic Structural Interpretation 73

Well Control 101

Production Data Analysis: Shale Gas, Tight Gas and Coal-Bed Methane 122, 140, 216

Selection, Operation and Maintenance of Pumps, Compressors and Prime Movers 159

Well Design and Construction Engineering - HeriotWatt University Program 105

Production Forecasting and Reserves Estimates in Unconventional Reservoirs with Workshop 215

Separation Process Operations 174

Well Integrity 92, 106

Sequence Stratigraphy: Principles and Applications 53

Well Placement Fundamentals 21, 86, 101

Shale Oil Fundamentals 214

Well Test Design and Analysis 114

Shale Plays Evaluation: Finding Production Sweet Spots 215

Workovers and Completions 134

Production Logging Solutions Workshop 26, 91 Production Systems (SPS) and Subsea Technologies 200 Production Technology: Heriot-Watt University Program 137 Project Management 22, 183

222 |

Risk and Reliability Engineering 159

Subsea Control Systems 179

Project Management for Team Members 10, 181

Shale Plays Production: Exploiting Production Sweet Spots 216

Project Management Fundamentals 183

Siliciclastic Reservoirs in Fluvial to Shelf Transitions 42

Project Risk Analysis and Management 26, 187

Slickline Operations 134

Prospect Evaluation, Risks and Volumes 22, 42

Static Equipment Design and Operation 174

PVT Properties of Reservoir Fluids 114

Statistics and Petrophysics 86

Reliability for O&M 179

Strategic Project Management 187

Water Treatment 175

Well Testing Operations 119 Workovers and Completions 134


SOFTWARE COURSE INDEX

Software




Field trips

Uses simulation

| 223 12/22/13 2:50 AM

SOFTWARE COURSE INDEX Avocet Avocet for Administrators 162 Avocet Integrated Asset Modeler Fundamentals 27, 123, 140, 163

GeoFrame Charisma Seismic Data Loading and Data Management 147 GeoFrame Charisma Seismic Interpretation 74 GeoFrame CPS-3 Advanced Mapping and Volumetrics 63

Avocet Volumes Manager for End Users 163

GeoFrame CPS-3 Mapping Fundamentals 55, 74, 92

Avocet Workflow Manager - Level 1 164

GeoFrame Fundamentals 55, 74

Avocet Workflow Manager - Level 2 164

GeoFrame Geology Office 56

Drillbench

GeoFrame GeoViz Advanced Seismic Interpretation and Visualization Techniques 78

Drillbench Dynamic Hydraulics and Temperature Modeling Software106, 204 Drillbench Dynamic Well Control Modeling Software 106, 204

GeoFrame GeoViz Seismic Interpretation and Visualization Techniques Fundamentals 75 GeoFrame GIS 76

Merak Merak Capital Planning Fundamentals 195

Merak Enterprise Planning 196 Merak Peep Advanced 196 Merak Peep Decline Fundamentals 194 Merak Peep Fiscal Model Library Fundamentals 196

ECLIPSE

GeoFrame IESX Seismic Data Loading and Data Management 148

ECLIPSE Applied Reservoir Simulation Fundamentals 123

MEPO Introduction 124

Merak Decision Tool Kit Fundamentals 194

GeoFrame IESX Gathers Seismic Workflow 76

ECLIPSE Advanced Topics 126

MEPO Advanced 27, 129

Merak Decision Tool Kit and Merak Peep Monte Carlo 29, 195

WELLFLO Underbalanced Hydraulics Modeling 107

FrontSim Streamline Reservoir Simulation 123

MEPO

GeoFrame IESX Seismic Interpretation 75 GeoFrame InDepth Conversion Software 77 GeoFrame Litho ToolKit Facies Classification 64, 94

Merak Peep Fundamentals 194 Merak Peep Fundamentals and Merak Peep Decline Fundamentals Combined Course 16, 27, 194 Merak VOLTS Reserves Management Fundamentals 195 Ocean

GeoFrame Seismic Attribute ToolKit Workflow 75

Ocean Software Development Framework Fundamentals for Petrel 153

GeoFrame Synthetics 79

Open Inventor .NET: 3D Visualization for Ocean 153

GeoX

OFM

GeoX Advanced Risk and Resource Assessment 63, 196

Diagnosis and Analysis of Shale Gas Wells using OFM 125, 142, 217

GeoX Basic Risk and Resource Assessment 55, 193

OFM Administration 124, 141

GeoX Prospect Assessment Concepts and Applications 57, 195

OFM Advanced Topics 129, 144

eSearch Administration 150 eSearch Fundamentals 147

InnerLogix

eSearch Intermediate 150

InnerLogix DQM Intermediate 148

FrontSim

InnerLogix DQM Solution Workshop 147

FrontSim Streamline Reservoir Simulation 123

INTERSECT

OFM Using Oil and Waterflood Examples (Intermediate) 127, 143

GeoFrame

Introduction to INTERSECT 29, 126, 205

OFM Waterflood Analysis 127, 144

ECLIPSE Blackoil Reservoir Simulation 27, 123 ECLIPSE Compositional Simulation 126 ECLIPSE Equation of State and Pressure-TemperatureVolume 126 ECLIPSE Simulation of Naturally Fractured Reservoirs 128 ECLIPSE Thermal Reservoir Simulation 128, 217 eSearch

OFM Fundamentals Using Gas Operations Examples 15, 28, 124, 141 OFM Fundamentals Using Oil and Waterflood Production Examples 16, 28, 124, 141

GeoFrame Administration 55, 147

224 |


OLGA

Petrel Structural Modeling 30, 60

ProSource Seismic Fundamentals 149

OLGA Advanced Blowout Control 107, 205

Petrel Velocity Modeling 31, 61, 77

Studio

OLGA Advanced Flow Assurance 144, 165

Petrel Well Correlation 57, 92

Studio Manager 149

OLGA Flow Assurance 141, 163, 204

Petrel Well Deliverability 31, 143

Techlog

OLGA Well Dynamics 142, 163, 204

Petrel Well Design 28, 57, 106, 125

Techlog Advanced Analysis 64, 79, 95

Petrel

PetroMod

Techlog Borehole Image Interpretation 65, 95

Petrel Advanced Property Modeling 63, 94

Introduction to PetroMod 56

Techlog for Geologists 32, 65, 95

Petrel Advanced Wells 58, 93, 127

PetroMod Advanced Topics 64

Techlog Formation Evaluation 65, 95, 129

Petrel Assisted History Matching and Uncertainty Analysis 31, 127

PetroMod Calibration Workflows for Petroleum Systems Models 61

Techlog Formation Evaluation with Quanti.Elan 62, 94

Petrel Fracture Modeling 58

PetroMod Petroleum Systems Modeling for Shale Plays 62, 217

Petrel Fundamentals 15, 54, 74 Petrel Fundamentals and Petrel Geology Combined Course 56 Petrel Geological Workflows and Uncertainty Analysis 32, 61, 78, 128

PetroMod Quantification of Uncertainty Analyses in Petroleum Systems Modeling 64

Techlog Python 58, 93, 153 WELLFLO WELLFLO Underbalanced Hydraulics Modeling 107

PetroMod Structural Analysis for Petroleum Systems Modeling 62 PetroMod Version 11 to Release 2011.1/2012.1 Update 62

Petrel Geology 28, 57 Petrel Geophysics: Seismic Interpretation Workflow Tools 76 Petrel Geophysics: Seismic Visualization and Interpretation 75 Petrel Introduction to Structural and Fault Analysis Module (RDR) 59

PIPESIM PIPESIM Artificial Lift Design and Optimization 144, 205 PIPESIM Fundamentals 15, 125, 142, 164 PIPESIM Gas Field Production Operations 29, 142, 164 ProSource

Petrel Petroleum System-Based Play-to-Prospect Exploration: Using Petrel Exploration Geology Software for Integrated Evaluation of Petroleum Systems, Plays and Prospects 59, 78, 205

ProSource Enterprise Advanced 150

Petrel Prestack Seismic Interpretation 77

ProSource Framework Fundamentals 148

Petrel Property Modeling 30, 60, 93

ProSource Front Office Administration 151

Petrel Proxy Modeling and Optimization 129

ProSource Front Office Fundamentals 16, 149

Petrel Reservoir Engineering 29, 125

ProSource Logs Advanced 151

Petrel Reservoir Geomechanics 58, 128, 209, 217

ProSource Logs Fundamentals 149

Petrel Seismic Well Tie 77

ProSource Seismic Advanced 151

Software

Techlog Fundamentals 15, 54, 92, 122


ProSource Enterprise Fundamentals 148 ProSource Framework Advanced 150


Field trips

Uses simulation

| 225

GEOLOGY FIELD TRIPS Where do you want your classroom to be? Geology can be studied in the classroom, but it can be better understood

With a carefully selected portfolio of practical, high-quality field trips

in the field. Learning by doing puts things into their proper scale, context,

covering relevant depositional and tectonic environments, NExT meets

and perspective. Examining first hand the results of time, weather, and

the needs of working geologists and petroleum engineers and the

tectonic forces allows geoscientists to gain greater insight into the

companies that rely on them to meet their goals.

formation of reservoirs.



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Software




Field trips

Uses simulation

| 227 12/22/13 2:51 AM

Drilling Engineering Surface Facilities Design and Engineering

Geomechanics

Unconventional Resources

Software


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Oil and Gas Training Course Catalog 2014

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