Singapore 2012 ICE
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Short Courses

Get more knowledge on a subject by participating in one of these short courses. Just add one of these options on at the time of registration. Or, to make changes to an existing registration, please follow instructions in your confirmation or contact The Pulse Network at aapgregistration@thepulsenetwork.com or + 1 781 821 6732.

Pre-Conference Short Course 1

South East Asia Petroleum Exploration Society (SEAPEX)
The Petroleum Geology of Southeast Asia

Dates: Thursday, 13 September–Sunday, 16 September
Time: 09:00–17:00
Instructor: Ian Longley (Longshot Oil & Gas Pty Ltd, Perth, WA, Australia)
Fee: Professionals/Students US $2,750
Includes: Course notes (CD), morning and afternoon refreshments, lunch and dinner (one evening)
Limit: 35 people

The main objectives of this course are:

  • Make participants familiar with the overall geotectonic development of Southeast Asia
  • Acquaint students with the geology of the major hydrocarbon occurrences (and of the significant minor ones)
  • Make students aware of the major sources of information in the region
  • Enhance students’ ability to do independent work in the regional geology of Southeast Asia

Southeast Asian basins share a common tectonic history and consequently display similar stratigraphic patterns, trap styles and hydrocarbon charge systems. The arbitrary political divisions and local stratigraphic nomenclature schemes tend to mask the geological simplicity of the region. A better understanding of the regional geology plays and exploration concepts established in some basins allows the explorer to apply these in unproven or less explored analogous basins in the region.

This course is ideally suited for:

  • Junior geoscientists who are new to the exploration industry in the region
  • Senior national staff geologists who wish to broaden theirunderstanding of plays in adjacent countries
  • New expatriates transferring into the region for the first time
  • Participants should have a basic understanding of both petroleum geology (theory and application, i.e., petroleum systems, plate tectonics, etc.) and modern hydrocarbon exploration methods (i.e., seismic and drilling technologies, etc.)

Notes: Course notes will be provided on CD. No hard copies of the course notes will be provided. Participants are requested to bring a laptop to this short course. Overnight accommodations are not included.

Pre-Conference Short Course 2

Society for Sedimentary Geology (SEPM)
Sequence Stratigraphy and Depositional Architecture for Graduate Students

Date: Saturday, 15 September
Time: 08:00–17:00
Instructor: Maarten Weimer (Sarawak Shell Berhad, Lutong, Malaysia)
Fee: Graduate Students Only US $25
Includes: SEPM Student Membership and refreshments
Limit: 25 people
Content: 16 PDH; 1.6 CEU

This course is designed to teach young geologists/graduates about stratigraphic geometries as well as linked patterns of sand distribution in space and time.

This course makes use of outcrop data and subsurface derived data such as seismic, log and core and consists of a mix of lectures and hands-on exercises. The dataset is focused on Northwest Borneo, but not exclusively so.

Course contents include basic seismic/sequence stratigraphy ground rules and will discuss stratigraphic geometries in terms of accommodation space changes. The interplay of stratigraphic geometries and structural deformation is a key theme. Patterns of sand distribution and their controls in different clastic depositional settings such as Deltaic, Alluvial and Deep Water will be
discussed.

Pre-Conference Short Course 3

South East Asia Petroleum Exploration Society (SEAPEX)
Depositional/Diagenetic Principles of Carbonate Geology, as Applied to Exploration/Production Problems in the Real World (Asia Pacific Region)

Dates: Saturday, 15 September–Sunday, 16 September
Time: 08:00–17:00
Instructor: Clif Jordan (Integrated Data Services, Inc., Bonne Terre, Missouri, USA)
Fee: Professionals/Students US $1,050
Includes: Course materials, morning and afternoon refreshments and lunch
Limit: 30 people

This course is intended to be an overview of carbonate geology for a wide audience of participants, ranging from those needing to review the basics of the science to those involved with detailed subsurface problems to resolve. Presented to several hundred exploration/production geoscientists around the world, it is especially relevant to the carbonate geology of the Southeast Asia
and the Pacific region and examples from the region will be used.

The basic elements include:

  • Carbonate fundamentals
  • Lithofacies mapping
  • Depositional modeling
  • Diagenetic overprinting
  • Shelf-to-basin profiling
  • Sequence stratigraphic models

Case histories from several countries are presented as examples
throughout the course; these include conventional and nonconventional
carbonate reservoirs.

Notes: This two-day course is accompanied by post conference Field Trip #5, Thursday, 20 September–Sunday, 23 September. The course and field trip are independent and registration for both is recommended but not required. 

Pre-Conference Short Course 4  CANCELED

South East Asia Petroleum Exploration Society (SEAPEX)
Characterization and Development of Coalbed Methane Reservoirs

CANCELED

Dates: Saturday, 15 September–Sunday, 16 September
Time: 08:00–17:00
Instructor: Tim Hower (MHA Petroleum Consultants, Denver, Colorado, USA)
Fee: Professionals/Students US $1,100
Includes: Course materials, morning and afternoon refreshments and lunch
Limit: 25 people

This two-day course will introduce the participants to the characterization of coals and provide methods of evaluation of the performance and reserves/resources. The instructor will share the lessons learned from the extensive experience gained from the world’s most developed coal bed methane industry.

A summary of the topics to be covered is:

Day 1 – Characterization of the Coals

  • Introduction
  • Coal core analysis
  • Gas content
  • Adsorption isothems
  • Saturation
  • CDP testing
  • Coal permeability
  • Designing a data collection program
  • Drilling and completion strategy
  • Determining recovery factors
  • Workshop Problem 1 – Coal core analysis

Day 2 – Performance Evaluation, Reserves/Resources and Lessons Learned

  • Production performance
  • Analytical analyses
  • CBM simulation
  • CBM pilot performance
  • CBM reserves
  • Maturing resources to reserves
  • Water disposal
  • Enhanced coalbed methane recovery
  • Lessons learned from U.S. experience
  • Contribution from carb shales
  • Case studies
  • Workshop Problem 2 – Analysis of pilot performance data

Pre-Conference Short Course 5  CANCELED

South East Asia Petroleum Exploration Society (SEAPEX)
Applied Problems in Interpreting Clastic Depositional Systems

CANCELED

Dates: Saturday, 15 September–Sunday, 16 September
Time: 08:00–17:00
Instructor: Robert C. Shoup (Clastic Reservoir Systems, Kuala Lumpur, Malaysia)
Fee: Professionals US $550, Students US $275 (limited)
Includes: Course manual, morning and afternoon refreshments and lunch
Limit: 30 people

This course is ideally suited for:

  • E&P professionals involved in the prediction or delineation of clastic reservoirs
  • Professionals early in their career
  • Experienced professionals new to working with clastic reservoirs

The role of a subsurface geoscientist in any oil company is to find and/or develop commercial hydrocarbon reserves. To find those reserves, we must know where to find the reservoir. To develop those reserves, we must know how to delineate the reservoir.

The purpose of this course is to help you understand the various clastic reservoir systems. You will learn how to find and delineate them by giving you a mental picture of how these systems look so you may see them in your mind’s eye. This will be accomplished through a wide variety of correlation and mapping problems, all of which are based on real exploration and field development examples.

Modern and outcrop analogs will be used, along with subsurface examples to provide the interpreter with a sound understanding of the reservoir distribution, both laterally and vertically, of the clastic depositional systems most commonly encountered as oil and gas reservoirs.

The exercises in this course are designed to give you a strong working knowledge of the many depositional settings you are likely to encounter in your career. They are aimed at helping you to learn how to recognize them from well logs, and how to map them.

The learning outcomes are:

  • Understanding the basics of correlating well logs in clastic sequences utilizing shale and resistivity markers, interval thickness, sequence stacking patterns and cross-sections
  • Review the fundamental controls that influence clastic depositional systems
  • Understanding of the reservoir distribution and stacking pattern of braided, meandering, anastomosing, and entrenched river systems
  • Understanding of the reservoir distribution and stacking pattern of alluvial fans, deltas, and submarine fan systems
  • Improved ability to construct accurate sand percent maps for reservoir prediction; net sand and net pay isochore maps for accurate reservoir characterization

This course is exercise oriented and taught in PowerPoint format. The exercises are designed to give you a strong working knowledge of the many depositional settings you are likely to encounter in your career. They are aimed at helping you learn how to recognize them from well logs and how to map them.

Content
Part A: Interpreting Clastic Reservoir Systems

  • Well log correlation
  • First, second, and third order clastic sequences
  • Transgressions and regressions
  • Walther’s Law and cross-sections
  • Sand percent and isopach maps

Part B: Architectural Geometries of Clastic Reservoir Systems

  • Delivery systems vs. dispersal systems
  • Sediment input vs. accommodation space

Part C: Delivery Systems

  • Braided rivers
  • Meandering rivers
  • Anastomosing rivers
  • Entrenched rivers

Part D: Delivery Systems

  • Alluvial fans
  • Deltas
  • Submarine fans

Post-Conference Short Course 6   CANCELED

South East Asia Petroleum Exploration Society (SEAPEX)
Reserves/Resources Estimation

CANCELED

Date: Thursday, 20 September
Time: 08:00–17:00
Instructors: Doug Peacock, David Ahye and Adrian Starkey (Gaffney Cline & Associates, Singapore)
Fee: Professionals US $500, Students US $250 (limited)
Includes: Course notes, morning and afternoon refreshments
and lunch
Limit: 30 people

The morning session will provide an overview of the reserves and resource definitions and guidelines for classification; primarily focused on the globally recognized PRMS. Key differences between the use of SEC and PRMS definitions will also be highlighted.

The key techniques that are used to estimate reserves and resources will be presented, including their applicability over the value chain of a project. An overview of methods used to quantify and describe uncertainty, e.g. probabilistic and deterministic, will be discussed.

Unconventional resources will be the focus of the afternoon session. Gaffney Cline & Associates will provide an overview of how conventional resource estimation and uncertainty techniques can be applied to unconventional resources — the pitfalls associated with such application to demonstrate the appropriate risks.

The objectives of this course are:

  • Provide an understanding of key definitions and guidelines and the relationship between reserves and resources
  • Discuss the handling of uncertainty, including deterministic and probabilistic methodologies
  • Discuss the applicability of techniques to unconventional resources — similarities, pitfalls, and lessons to date

Post-Conference Short Course 7

South East Asia Petroleum Exploration Society (SEAPEX)
Evaluating Reservoir Quality, Seal Potential and Net Pay

Dates: Thursday, 20 September–Friday, 21 September
Time: 08:30–17:00
Instructor: Prof. John Kaldi, Australian School of Petroleum, University of Adelaide, Adelaide, South Australia)
Fee: Professionals US $800, Students US $400 (limited)
Includes: Course notes, morning and afternoon refreshments and lunch
Limit: 30 people

This course is ideally suited for:

  • Geologists
  • Reservoir engineers and managers involved in hydrocarbon exploration development or CO2 sequestration

These professionals will benefit from the straightforward and intuitive presentation of principles governing both petroleum and CO2 migration and accumulations, as well as practical applications to determine net pay and seal evaluation.

This course demonstrates the use of basic rock properties, wireline logs, capillary pressure and relative permeability data to evaluate reservoir rock quality, seal capacity (thickness of hydrocarbon or CO2 column a seal can hold before it leaks), recovery efficiency and to determine location of reservoir fluid
contacts. It also explains the main controls on fault seals, and methods used in evaluating these.

This popular course has been presented previously as AAPG, IPA and PESA Continuing Education Short Course, as well as comprising part of the internal training program for several major oil and gas companies.

The course content covers the following:

  • Basic Principles of Capillary Pressure
  • Discussion of uses of capillary principles in reservoir evaluation; fundamentals of capillarity: buoyancy vs. capillary pressure; wettability; contact angles; derivation of capillary pressure equations; definition of Free Water Level; description of the capillary pressure apparatus.
  • Exercise 1: Use of capillary pressure data to determine Sw at various heights above the Free Water Level/subsurface depths
  • Exercise 2: The scenario is a large structure has been identified by seismic and a well is drilled at the crest. Task is to use given rock properties, structure and capillary pressure data to evaluate reservoir quality of encountered rock types, locate fluid contacts and establish saturations with depth. This data will also be used to determine seal capacity, and based on this capacity determine depths at which each rock type becomes pay.
  • Caprock (Top Seal) Evaluation
  • Review concepts of “sealing” vs. “leaking” in cap rocks and intraformational seals. Use case histories to demonstrate application of integrated petrophysical and geochemical techniques in evaluation of seal potential in fields and prospects in offshore NW Java.
  • Pore Geometry
  • Discuss the effects of pore geometry (size, shape, distribution
    of pores and pore throats) on relative permeability and capillary
    pressure. Relate these properties to amounts, types and rates of
    fluids produced. Use drainage and imbibition capillary pressure
    data to evaluate recovery efficiency of reservoirs on primary
    depletion as well as to judge the distribution of remaining fluids
    prior to secondary production.
  • Exercise 3: Demonstrate use of various data types (well-site
    sample descriptions, thin section photographs and petrographic
    descriptions) to estimate capillary pressure properties of
    different reservoir rock types.
  • Exercise 4: Use capillary pressure, relative permeability and economic data to predict recovery efficiency for the carbonate “Bullseye” field.
  • Net Pay Determination
  • Review conventional methods of determination of net pay in a reservoir and demonstrate some improved techniques using core, sidewall core, cuttings, conventional plug measurements (porosity and permeability) in conjunction with capillary pressure and relative permeability data.

Notes: Participants are encouraged to bring a hand calculator, colored pencils and a ruler.

Students: There are a limited number of discounted spots available for students on a first-come, first-served basis. If a discounted space
is still available when you register online it will show up during the registration process. If discounted spots are no longer available, you
may register at the full fee; if we are able to add additional discounted spots we will refund the difference at that time.

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The American Association of Petroleum Geologists (AAPG) does not endorse or recommend any products and services that may be cited, used or discussed in AAPG publications or in presentations at events associated with AAPG.