Principles of Waterflooding
Level: Intermediate
Upcoming Sessions:
To Be Determined
Please Contact Us at tahmed@mtech.edu for more information
Instructor: Dr. Tarek Ahmed
Designed for:
The course is suitable for
reservoir, production and facilities engineers and other professional who
are actively involved in designing waterflood projects. The course
will provide the participants with hands-on experiences in optimizing
the performance of waterflooding and maximizing oil recovery using a
black-oil simulator.
Course Overview:
The objective of the course
is to provide the participants with a solid understanding of the
challenges and solutions to numerous waterflooding issues. Hands-on
examples and exercises are used throughout the course to help
participants with understanding all topics presented in this course. The
format for the reservoir simulation exercises is based on grouping
participants into small multi-disciplinary teams.
Course Content:
- Factors to Consider in Waterflooding
- Primary Reservoir-Driving Mechanisms
- Optimum Time to Waterflood
- Selection of Flooding Patterns
- Overall Recovery Efficiency
- Areal Sweep Efficiency
- Vertical Sweep Efficiency
- Displacement Sweep Efficiency
- Frontal Advance Equation
- Fluid Injectivity
- Stiles’ Method
- The Dykstra-Parsons Method
- Craig-Geffen-Morse Method
- Reservoir Conformance
- Conformance Problems
- Methods of Improving Conformance
- Waterflooding Surveillance
- Hall Plot
- The X-Plot
- Pattern Balancing
- Reservoir Simulation-Waterflooding Team Project