N973 - Reservoir Engineering for Unconventional Gas and Tight Oil Reservoirs

Course Overview
This course addresses topics that are specific to exploitation of unconventional reservoirs – identification and characterization, economics, efficient completion technologies, well testing and development strategies. Tight gas and shale gas reservoirs, and coal bed methane engineering are addressed.

This is a four-day classroom course, consisting of lectures with worked examples, hands-on computer and paper-based exercises, and discussion. Presentations by participants are encouraged. The ratio of lecture to computer time is approximately 80/20. The course is designed for mid to senior level engineers and engineering managers that have some familiarity with unconventional reservoirs.

Participants will learn to:
•	Assess, characterize and classify unconventional resources.
•	Understand the impact of organic matter maturation and hydrocarbon generation on unconventional 
        resource assessment
•	Assess oil and gas storage mechanisms for unconventional reservoirs
•	Assess flow mechanisms for unconventional reservoirs
•	Design pressure transient (fall off) analysis for wells in unconventional reservoirs
•	Develop a shale gas/oil apparent permeability model for simulation using petrophysical data
•	Perform rate transient analysis for unconventional well to predict total fracture surface area contributing 
        to production
•	Evaluate the relative accuracies of unconventional reserve estimates
•	Evaluate production rate decline characteristics of unconventional wells
•	Formulate a field development plan for an unconventional resource
•	Categorize similarities and differences between tight gas, shale gas and CBM
•	Propose integrated use of geoscience, engineering and advanced technology in exploitation of unconventional
        reserves.

This course is offered by Nautilus (www.nautilusworld.com), a PEICE affiliated company and the world leader in Geosciences Training services.

A complete set of course materials and lunches are included.

All scheduled event(s) for this short course:
Date: TBA
Course Syllabus
Download course syllabus
Course Outline
  • Introduction
  • Fundamentals
  • Reservoir sample analysis (core, cuttings, or other)
  • Rate-Transient (production data) Analysis
  • Empirical methods for RTA
  • Tight Gas Case Study: application of RTA techniques
  • Pressure Transient Analysis (well-testing)
  • Exploration
  • Development

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Instructor

Yucel Akkutlu

Training Venue

To avoid potential course disruptions caused by the attendance of unconfirmed registrants, the training venue address will ONLY be provided to registrants upon receipt of payment (via an email confirmation note).