Petroleum Reservoir Simulation Sample Clauses

Petroleum Reservoir Simulation. Xxxx X. Xxxxxxx, University of Alabama
Sample 1
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Petroleum Reservoir Simulation. Based upon reservoir simulations using SENSOR, we expect that 7500 tons of CO2 will be sufficient to demonstrate CO2-EOR in the 14-1 and 16-2 Sands of the Upper Xxxxxxx, that the 15,000 tons allocated for the project will be sufficient for two such tests, and that an unequivocal effect of CO2 on oil production will be observed within the time frame of the project. According to the simulation using SENSOR, injection of 7500 tons of CO2 can be completed in 215 days. Significant incremental oil first appears 275 days after the start of CO2 injection and a strong peak in oil production occurs between 400 and 500 days from the start of injection. Cumulative incremental oil at 500 days is 11,500 STB. Simulation of the injection of 7500 tons of CO2, using the MASTER 3.0 reservoir simulator, indicated that breakthrough of CO2 is expected 242 days from the start of injection, that the time required for injection of 7500 tons will be 292 days, and that the oil production rate will steadily increase during CO2 injection, but will begin to decline soon after injection is switched from CO2 back to water.
Sample 1

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