Event Details

A 3-Day Course on Understanding Sorbed Gas Reservoir Systems

Venues:
 

About the Event

A Comprehensive 3-Day Course on Unconventional Gas Reservoirs -

Understanding Sorbed Gas Reservoir Systems: With Applications to CBM, Shale and Carbon Sequestration

Sorbed gas reservoirs are now the most significant new sources of petroleum production for both oil and gas, and its global potential is immense.

This comprehensive 3-day course is designed to help participants:

  • Understand the fundamental reservoir mechanisms of sorbed gas reservoirs
  • Unlock the resource potential of unconventional reservoirs
  • Formulate successful exploration and development strategies to appraise and develop unconventional hydrocarbon reservoirs
  • Extract unconventional gases efficiently and economically
  • Learn A-Z of gas sorption

Key Issues to be Covered

  • Physical Chemistry of Sorption
  • Composition and Physical Structure of the Reservoir
  • Controls on Sorption
  • Understanding Sorption Isotherms
  • Estimating Reserves & Resources
  • Modelling of Reservoir Evolution & Gas Production
  • Applications to Carbon Sequestration
  • Case Studies: 

    1. Production of Gas from Dry (Water-Free) Reservoirs
    2. Production of Gas from Water-Saturated Reservoirs
    3. Production from Under Saturated Reservoirs
    4. Production of Hydrocarbon Liquids


Course Director(s)

Jeffrey R. Levine, PhD

Dr. Jeffrey R. Levine is a consultant geologist, based in Richardson, Texas, specializing in exploration and geological evaluation of coalbed methane (CBM) and shale hydrocarbon reservoirs. He holds degrees in geology from the University of Michigan (B.S., 1974) and Penn State University (MS, 1981, PhD, 1983). He first became involved in CBM reservoirs in 1974 at the United States Bureau of Mines in Pittsburgh, which was conducting pioneering R&D work on coalbed gas as a mining hazard and energy resource. While at the Bureau, he participated in development of the “Bureau of Mines Method” canister desorption test, for estimating the in situ gas content of coal. His graduate studies at Penn State focused on coal geology, structural geology, and tectonics. After completing a post-doctoral fellowship at McGill University in Montréal, Dr. Levine returned to R&D work on CBM at the University of Alabama. In the years that followed, he has worked in industry, both as an employee and consultant. Over the course of his career, he has worked in many of the important coal and shale basins in North America, as well as overseas, in the UK, Poland, China, India, Australia, and Colombia. Dr. Levine has also taught short courses that have included much of the information and concepts presented in the present class, for: Arco, Canadian Institute, Conoco, Devon Energy, Ecopetrol, El Paso, Institut Français du Pétrole, Shell, University of Alabama, among others.

Why You Should Attend

Benefits Of Attending The Course

  • UNDERSTAND technical issues, associated uncertainties and time frame required to assess and develop unconventional hydrocarbon reservoirs
  • IMPROVE the accuracy of resource and reserves estimation and prediction
  • UNDERSTAND the process occurring in unconventional gas reservoirs to interpret and model its behaviour accurately
  • LEARN to maximize the information derived from geophysical logs and integrate petrophysical data with laboratory analysis to aid exploration and optimize production efforts
  • UNDERSTAND reservoir characteristics and production mechanisms to optimize well design and completion strategy
  • DESIGN cost effective coring and sample analysis programs to support exploration and production
  • GAIN technical background to better understand the scale of regional variability in reservoir quality, methodology and reliability of resources estimates and potential options for development
  • DISCOVER how to recognize and exploit overlooked resources

Who Should Attend

This course is applicable to all facets of exploration and production of sorbed gas reservoir systems – from preliminary assessment of frontier basins to optimization of mature producing areas.

Attendance will benefit the following oil & gas professionals

  • Oil & Gas Executives and Project Managers
  • Geologists
  • Reservoir Engineers
  • Production Engineers
  • Drilling & Completion Engineers
  • Petroleum Engineers
  • Landmen & Asset Managers
  • Reserves and Resource Specialists

Organizer

  
  Media Sponsors:
 

Fees

Full Fee US$ 2595 per person
Early Bird US$ 2335 per person
Team/Group Fee US$ 1298 per person (2nd & subsequent delegate)

Forward to a Friend

*Compulsory Fields
From
* Name :
* Position :
* Company :
* Email :
To
* Name :
* Position :
* Company :
* Email :
Username:
Password
 Forget Password

Follow Us On