Evaluating constant-volume depletion data (Journal Article.
This paper presents results of analyzing constant volume depletion dataobtained from experimental analyses of gas condensates and volatile oils.Theoretical and practical developments are supported by analyses ofexperimental data from two North Sea condensate reservoirs.
Constant Volume Depletion (CVD) Experiment: The constant volume depletion (CVD) experiment is conducted for volatile oil and gas condensate reservoir fluids to model the reservoir fluid depletion during production. Data include the volume of gas and liquid at each pressure stage, the cumulative produced (wet) gas, the gas Z-factor and the composition of the produced fluids.
Evaluating Constant-Volume Depletion Data.. a straight-line analysis protocol is structured to estimate the original oil and water in place on the basis of available production data using.
CVD (Constant Volume Depletion) Test The CVD test starts at the dew point pressure of the gas condensate, and measures the saturation volume at the dew point, V sat. As the pressure decreases, the volume increases to form the gas-oil two phases.
Constant Volume Depletion Valve CVD To release gas under high pressure to atmospheric for G.O.R. calculating, it’s necessary to be able to decompress this gas in a progressive way in order to avoid all the risks related to a fast decompression.
The purpose of this study is to highlight experimental PVT data obtained from the standard experiment performed on a surface sample of a gas condensate. Indeed, the constant volume depletion (CVD) and the constant composition expansion (CCE) are the major laboratory tests for gas condensate.
This paper presents methods for evaluating constantvolume depletion (CVD) data obtained from experimental analyses of gas condensates and volatile oils. Theoretical and practical developments are supported by experimental data from a North Sea gas-condensate fluid.
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Schlumberger offers a global network of mercury-free fluid analysis laboratories that provide PVT studies up to 25,000 psi and 482 degF.
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The compositional analysis of these condensate fluids is far more comprehensive from ECONMIC PE223 at Suez Canal University.
Compositional Analysis Constant Composition Expansion a. Bubble Point b. Dew Point.Differential Liberation.Separator Test.Constant Volume Depletion Compositional Analysis It is recommended that compositional analysis of the reservoir fluid should include a separation of components through C10 (Decanes) as a minimum.
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