Training Introduction
The Reservoir Engineering Core System-Dynamic training course from Coventry Academy equips participants with the essential tools to evaluate oil and gas reserves across all recovery stages. This course emphasizes understanding reservoir fluid flow in porous media, characterization of reservoir fluids, and strategies for maximizing oil recovery through primary, secondary, and tertiary methods. Key topics include reservoir drive mechanisms, the Material Balance Equation (MBE), oil well testing techniques, and Enhanced Oil Recovery (EOR) methods such as chemical, thermal, and miscible processes.
Participants will gain practical insights into optimizing reservoir performance throughout the lifecycle of an oil field. The training integrates exercises, case studies, and industry videos to reinforce learning. Specific features include:
- Routine and Special Core Analysis (RCAL & SCAL) to assess critical rock properties for reservoir management.
- Use of commercial Equations of State (EOS) for accurate modeling of reservoir fluids and conditions.
- Application of the Material Balance Equation (MBE) to estimate reserves and predict field performance.
- Single and multi-well testing techniques to evaluate well productivity and reservoir behavior.
- Practical approaches to water flooding and various EOR methods for optimizing hydrocarbon extraction.
Key Focus Areas of This Course:
- Understanding fluid flow and reservoir rock behavior in different geological settings.
- Applying material balance and volumetric calculations to estimate reserves.
- Conducting single and multi-well testing for production evaluation.
- Evaluating primary, secondary, and Enhanced Oil Recovery (EOR) techniques.
- Designing water flooding studies and calculating water breakthrough time and saturation.
- Leveraging commercial EOS software and practical examples for reservoir modeling.
