Titlebook: Reservoir Engineering Techniques Using Fortran; Mihir K. Sinha,Larry R. Padgett Book 1985 International Human Resources Development Corpor

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Prediction of Performance and Ultimate Oil Recovery of a Combination Solution Gas/Gas-Cap Drive Reseilthuis material balance procedure. The program is quite versatile in nature. The program can be used for only a solution gas-drive reservoir or a gas-cap drive reservoir. Effects of gas-cap gas injection or withdrawal can also be simulated. Both the measured fluid property data and the gas-oil rela

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In Situ Combustion Performance Using Empirical Correlationshed in U.S. DOE report DOE/ET/12072-2. This is not a rigorous analysis by any means and is not intended to be. The results obtained are very preliminary in nature. Hence, the user must exercise due caution and diligence when using this program.

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Oil in Place and Recoverable Reserve by the Volumetric MethodThis program computes oil in place and primary reserve by the volumetric method for a given reservoir. Two options are available for the volumetric calculation. The computation may be performed using Isopach data. A second option is to consider the reservoir to be circular and of uniform thickness.

Analogy

Estimation of Initial Oil in Place by the Material Balance Method for A Solution Gas Drive ReservoirThe initial oil in place for a solution gas/depletion drive reservoir is estimated, utilizing the generalized material balance equation and performance data. No distinction is made for calculations above or below bubble point conditions. However, for calculations below bubble point, the rock and water compressibility values are not important.

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TOM

Dispersed Gas Injection PerformanceThe program computes the dispersed gas injection performance of a solution gas drive reservoir as a function of reservoir pressure, with conformance taken into account. The computation is based on the Tracy form of the material balance equation.

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