Webinar: How to Evaluate the Potential for EOR in a Tight Reservoir
This webinar investigates the applicability and feasibility of various EOR methods on tight oil formations. We evaluate the technical and economic success for a series of EOR processes using a simple and easy to apply workflow.
The presentation focuses on the following key points:
- Discussion of important well and hydraulic fracture parameters
- Workflow demonstration using a comprehensive case study evaluating three different flood processes
- Considerations involving reservoir permeability influence and impact
The webinar demonstrates the integrated-simulation workflow using a model representative of a Western Canadian tight reservoir, containing volatile oil. In addition to primary recovery, we also consider waterflooding, immiscible N2 and miscible CO2 gas flooding. Combinations of these EOR techniques, coupled with the effects of various well and fracture design parameters, are technically explored and economically ranked using a comprehensive economic analysis. In addition, we highlight CMG’s software capabilities for modelling different EOR techniques using IMEX (black oil) and GEM (compositional) reservoir simulators.
To determine the minimum permeability at which these EOR methods are applicable, we apply a sensitivity analysis on matrix permeability, to the optimal case from each process. The webinar also demonstrates CMOST’s workflow which ensures the same well and fracture design configurations are run for each recovery process.
Through discussion and demonstration, you will learn how to apply CMG’s software to evaluate the potential application of different EOR processes on a tight reservoir.
Presenter: Kevin Joslin
Kevin is a Reservoir Simulation Engineer in CMG’s Consulting, Support & Training group. He has over two years of experience and has gained expertise in thermal recovery processes (SAGD) and unconventional gas and oil reservoir simulation, with a particular emphasis on hydraulic fracturing. Kevin uses his experience with advanced wellbore modelling tools, including both iSegWell and FlexWell, to provide unparalleled support and training to CMG customers. He holds a Bachelor of Science degree in Chemical Engineering from the University of Calgary, Canada.