• This training course will provide a comprehensive coverage of the simulation key topics, challenges, pitfalls and the approach to a quality result.

• The participants will be trained in the methods and use of simulation software for practical exercises throughout this course.

1. Numerical physics of reservoir simulation.

2. Data requirements for conducting a study.

3. Current practice in using coarse and finely gridded models to incorporate heterogeneity.

4. Simulation study approach which leads to a quality result.

5. Different types of models available, i.e. compositional, dual porosity, etc.

1. Formulation of equations

2. Coordinate geometries and model types

3. Reservoir simulator features

4. Well modelling overview

5. Building the model

6. Defining initial conditions

7. History matching

8. Prediction

9. Fine vs. coarse gridding, Upscaling, LGR, Heterogeneity modelling

10. Pseudo functions, Vertical Equilibrium

11. Compositional reservoir simulation

12. Simulation of fractured reservoirs - numerical model, matrix-fracture exchange, recovery processes

13. Simulation Walkthrough

14. Overview of the simulation process: Conducting a study

 This short course is designed for junior to mid-senior level reservoir engineers who want to “fast track” in reservoir simulation by a comprehensive overview of the key topics and practical aspects.