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| The course aims to provide an application of the principles of reservoir engineering to numerical modeling. It |
| stresses preparing the data that is input into a simulator, and running and analyzing several types of field |
| cases. You will analyze past reservoir behavior and predict future performance for further field development |
| plan. Also you will apply reservoir engineering principles to black oil and dry gas reservoir problems that are |
| better solved with simulation techniques. |
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| Experienced engineers and geoscientists who have a solid background of reservoir engineering principles and |
| plan to carry out or review reservoir simulation studies |
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| - Principle, type and element of reservoir simulation |
| - Preparation of input data and data screening |
| - Up scaling from geological to simulation model |
| - Fundamental of 3D reservoir modeling |
| - Model construction |
| - Compositional model |
| - Single, pattern and full-field model |
| - Local grid refinement |
| - Defining initial condition |
| - History matching |
| - Prediction scenario |
| - Development planning with simulation |
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| As requested |
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