Gas Formation Volume Factor - Reservoir Engineering One important parameter that helps us quantify this behavior is the Gas Formation Volume Factor (Bg) This article will delve into the concept of B g, explaining its significance and providing a clear understanding of its application
Gas formation volume factor and density - OnePetro Formation volume factor (FVF) is a useful relationship for relating gas volumes in the reservoir to the produced volume at standard conditions Formation volume factor also enables the calculation of density This page discusses calculation of FVF and density
Volumetric Factors (Bo and Bg) | PNG 520: Phase Behavior of Natural Gas . . . Volumetric factors were introduced in petroleum and natural gas calculations in order to readily relate the volume of fluids that are obtained at the surface (stock tank) to the volume that the fluid actually occupied when it was compressed in the reservoir
18. 5: Volumetric Factors (Bo and Bg) - Engineering LibreTexts The formation volume factor of a natural gas (B g) relates the volume of 1 lbmol of gas at reservoir conditions to the volume of the same lbmol of gas at standard conditions, as follows:
Gas formation volume factor - Petroleum Office Gas formation volume factor Input (s) z: Gas Deviation Factor (dimensionless) T: Temperature (R) (R) P: Pressure (psi) Output (s) B g Bg: Gas Formation Volume Factor (b b l S C F) (bbl SCF) Formula (s) B g = 0 005035 ∗ z ∗ T P Bg = P 0 005035 ∗z ∗T Reference (s) Ahmed, T , McKinney, P D 2005