Drilling and Reservoir EngineeringReservoir Simulation and Dynamic Modelling
A simulation model that matches history beautifully can still forecast nonsense if the match was forced through unrealistic multipliers. Good dynamic modelling means knowing what the numbers in the deck represent physically. Delegates begin with the finite difference formulation, grid types and numerical stability, then build a model from an upscaled geological grid, adding PVT, relative permeability, capillary pressure, initialisation and aquifers. Well models and production controls follow. History matching is treated as a disciplined process: parameter sensitivity, assisted matching and recognising non unique solutions. Prediction cases, development scenarios and probabilistic forecasting complete the workflow, with black oil and compositional formulations compared. Delegates leave able to build, run, history match and critically review a dynamic reservoir model.
Course objectives
- Explain finite difference formulation, grid design and numerical stability
- Assemble a simulation model from geological grid, fluid and rock function data
- Initialise a model and verify equilibrium and in place volumes
- Represent wells, completions and production constraints
- Conduct a structured history match and judge its credibility
- Run prediction cases for alternative development options
- Choose between black oil, compositional and dual porosity formulations
- Review third party simulation studies critically
Who should attend
- Reservoir engineers
- Simulation engineers
- Geomodellers handing over to dynamic work
- Asset managers relying on simulation forecasts
- Regulatory reviewers of field development studies
Course outline
- 01Principles of numerical simulation
- 02Grids and upscaled properties
- 03Fluid and rock functions
- 04Initialisation and equilibrium
- 05Wells and production controls
- 06History matching
- 07Prediction and scenario analysis
- 08Compositional and dual porosity models
- 09Uncertainty and study review
Scheduled sessions
| Dates | Venue | Format | Price | Register |
|---|---|---|---|---|
| 30 November to 4 December 2026 | Johannesburg, South Africa | Classroom | R19,950 per delegate | |
| 14 to 18 December 2026 | Kigali, Rwanda | Classroom | USD 1,325 per delegate | |
| 11 to 15 January 2027 | Online | Online | R8,500 per delegate | |
| 1 to 5 February 2027 | Cape Town, South Africa | Classroom | R19,950 per delegate |
Reservoir Simulation and Dynamic Modelling
From R8,500