Reservoir Simulation & Optimization (Module 1)

Course Description:

This course provides participants with a practical introduction to reservoir engineering fundamentals and reservoir simulation concepts used in oil and gas field development and management. Participants will gain an understanding of basic reservoir engineering principles, reservoir drive mechanisms, and the different types of reservoir models used to predict reservoir performance and support production optimization. The programme also covers key reservoir simulation theories and deliverables, including conservation of mass, fluid phase flow behavior, and the role of simulation in reservoir characterization and forecasting.

In addition, the course examines essential reservoir simulation input data and analysis requirements, including PVT (Pressure-Volume-Temperature) data, relative permeability, and capillary pressure. Through practical discussions and technical applications, participants will develop the knowledge required to interpret reservoir behavior, support simulation studies, and contribute effectively to reservoir management and field development decisions.

The  program will include examples of simulations of various reservoir conditions and scenarios including the use of history matching to carry out future performance predictions.

Course Content:

Level: Fundamental

Module 1: Reservoir Simulation & Optimization

1. Introduction to Reservoir Engineering Fundamentals
2. Overview of Reservoir Rock and Fluid Properties
3. Basic Reservoir Drive Mechanisms and Recovery Processes
4. Fundamentals of Fluid Flow in Porous Media
5. Introduction to Reservoir Simulation Concepts and Applications
6. Reservoir Simulation Input Data: PVT, Relative Permeability, and Capillary Pressure
7. Types of Reservoir Models and their uses/applications
8. Basic Reservoir Performance Analysis and Production Forecasting

Level: Intermediate

Module 1: Reservoir Simulation & Optimization

1. Advanced Reservoir Characterization and Integrated Static–Dynamic Modelling
2. Reservoir Drive Mechanisms and Recovery Performance Analysis
3. Multiphase Flow Behaviour and Fluid Flow in Porous Media
4. Reservoir Simulation Model Design, Gridding, and Upscaling Techniques
5. History Matching, Uncertainty Analysis, and Production Forecasting
6. PVT Modelling, Fluid Characterization, and EOS Applications
7. Relative Permeability, Capillary Pressure, and Special Core Analysis (SCAL) Interpretation
8. Reservoir Management, Field Development Planning, and Production Optimization Strategies

Who Should Attend?

• Petroleum Engineers
• Geologists, Geophysicists
• Petrophysicists
• Chemicals Engineers