Dilihat 736
OBJECTIVE
This course discusses of reservoir simulation and its advanced topics; the development of simulation programs, selection of the proper model for a simulation study, data preparation and grid design, calibration of the reservoir model using observed performance data, forecasting of future performance under primary and secondary recovery schemes, and interpretation of simulation results. Advanced topics, including pseudo-relative permeability and capillary pressure, understanding the role of simulation in reservoir management, the mechanics of reservoir simulation, limitations and structural aspects of the models, upscaling and simulation techniques are also discussed.
OUTLINE COURSE
- Introduction
- Classical analysis
- Reservoir simulation overview
- Characterizing the reservoir
- Benefits of reservoir simulation
- Formulation of equations
- Linearization & solution process
- Minimum data requirements
- Well calculations
- General data requirements for reservoir simulation
- Handling of rock properties (porosity, permeability, saturation)
- Handling of rock-fluid properties (relative perm and capillary pressure)
- Simulation grids
- Local grid refinements
- Fine grid simulations
- Upscaling
- Tips on single well studies
- Tips on handling large simulation models
- Grid orientation and numerical dispersion
- Simulation types (Black-oil, MBO, Compositional, others)
- Overview of compositional simulation
- Applications of compositional simulation
- Data requirements for compositional simulation
- Computation considerations
- Types of fractured reservoirs
- Dual porosity fundamentals
- Fractured reservoir simulation
- Simulation walk-through to build dual porosity/dual permeability models
- DFN models
- Overview of simulation process
- Conducting a study
- Experimental design applications in reservoir simulation
- Assisted history matching
Form Pendaftaran
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