On Feb 21st, two 1-day short courses are scheduled:
1.Mapping and Interpreting Deep Water Clastic Reservoirs (by Robert Schoup)
2.Risk and Uncertainty in Offshore Exploration and Appraisal (by Mark Bentley).
Mapping and Interpreting Deep Water Clastic Reservoirs (1 day course)
Date: February 21, 2017.
Venue: Shangrila- Sule, Yangon, Myanmar.
Our ability to predict reservoir presence or map net reservoir in clastic depositional systems is dependent on our understanding of the depositional geometries of the various depositional systems and the variation of patterns within those systems. The process associated with sediment delivery and sediment dispersal is the fundamental control on the architectural geometry of a depositional system. The processes associated with the interplay between sediment input and accommodation space are the fundamental controls on the lateral and vertical stacking patterns within a depositional setting.
The depositional geometries and the patterns within those geometries are similar for each depositional system regardless of whether their depositional setting is sub-aerial or sub-aqueous. For example, dispersal systems are all lobate in geometry whether they are deposited at the base of a mountain or at the base of slope in 400 meters of water. Likewise, the four basic patterns seen in delivery systems are the same whether they are deposited in a subaerial environment or a subaqueous environment.
For each depositional system, the geometries and the patterns within those geometries are also fractal. That is the pattern is the same at all scales from several centimeters to hundreds of kilometers. In that the geometry of the depositional systems are similar regardless of depositional setting or scale, the patterns within the geometries are also similar, and, therefore, predictable. This is a powerful concept that the interpreter can use in predicting depositional geometries and patterns. Whether the reservoir being studied is 100’s of kilometers in scale or a kilometer, the geometry of the deposit is similar. Therefore, interpreters need only become familiar with the basic geometries of clastic depositional systems and the patterns that occur within those geometries.
For deepwater deposits, there are considerable differences in the distribution of reservoir facies and the lateral connectivity between slope and toe of slope deposits. Slope deposits exhibit the linear characteristics of delivery systems whereas turbidites deposited at the toe of slope or in ponded basins exhibit the lobate characteristics of dispersal systems.The class will illustrate through lecture and exercises the depositional geometries of both delivery and dispersal systems in general, then focus on deepwater depositional systems. We will examine the facies distribution in slope bypass turbidites and in constrained or toe of slope deposits.
Robert Shoup is the Chief Geologist for Subsurface Consulting &Associates LLC (SCA) and Director of Clastic Reservoir Systems. He is a Board Certified Petroleum Geologist with over 36 years experience in basin analysis, regional studies, new play generation, prospect evaluation, field studies and development planning, drilling operations, and project management. Bob began his career in New Orleans at Shell Oil in 1980. His 18 years with Shell were followed by four years working for private oil companies before becoming an independent consultant in 2003, consulting in Thailand, Malaysia, Vietnam, and New Zealand. A recognized expert in clastic depositional environments, rift basins, and syndepositional structural systems, Bob is a proven oil finder with a 46% exploration commercial success rate and over 100 MMBOE discovered resources. In addition to consulting, Bob teaches various SCA training courses in Houston, the Asia Pacific and Middle East Regions.
Bob is also an active contributor in the professional community. He is the past Chairman for the AAPG House of Delegates. He has served as Past President of Bangkok’s Chapter of the South East Asia Petroleum Exploration Society and of AAPG’s Division of Professional Affairs, and past Secretary-Editor of the AAPG House of Delegates. He has served on numerous AAPG Committees and was Chairman of AAPG's Mentor, Membership and Student Chapter Committees. He is a recipient of numerous AAPG Certificates of Merit; AAPG’s Distinguished Service Award, the DPA’s Distinguished Service Award and DPA Life membership in 2010. He is a Life Member of the Southeast Asia Pacific Exploration Society (SEAPEX), the Geological Society of Malaysia, and the Indonesia Petroleum Association. When not teaching, Bob resides in Kuala Lumpur.
Risk and Uncertainty in Offshore Exploration and Appraisal (1 day course)
Date: February 21, 2017.
Venue: Shangrila-Sule, Yangon, Myanmar.
The distinction between risk and uncertainty and an understanding of ‘chance’ is key to decision-making during exploration and appraisal.
The process is open to confusion and bias:
- confusion from inconsistent definitions of ‘risk’ and ‘uncertainty’, ‘double-dipping’ between prospect and play risks and statistical misunderstandings, particularly concerning conditional probabilities;
- bias from human subjectivity, interactions and influences.
This workshop provides teaching, practical advice and techniques that can be used to identify, analyse and manage portfolios of exploration and appraisal opportunities. It also provides quantitative tools for decision-making in an environment of risk, uncertainty and considerable cost.
The course combines talks and interactive exercises to engage the participants and allow them to practise the methods being taught. Discussion will be encouraged and participants will be able to investigate the application of the principles not just to the case study examples, but also to the issues they face within their companies.
Mark Bentley has spent most of his career working in or leading integrated study teams, initially with Shell and subsequently with TRACS (now part of AGR) where he currently designs and runs courses and directs the TRACS Training Programme. His specialist fields of expertise are 3D reservoir modelling and scenario-based approaches to handling subsurface uncertainty and risk. Mark has served as a distinguished lecturer for the SPE and the EAGE, and has delivered training courses on every continent, except Antarctica.