22.Given the following gas composition: Mole Fraction, yi Component CO2 N2 0.06 0.03 0.75 C2 0.07 C3 0.04 n- C4 0.03 n-C5 0.02 If the reservoir pressure and temperature are (2500 psia) and (175°F), respectively, calculate: a. Isothermal gas compressibility coefficient.

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22. Given the following gas composition:
Component
Mole Fraction, yi
CO2
0.06
N2
0.03
0.75
C2
0.07
C3
0.04
n - C4
0.03
0.02
n- C5
If the reservoir pressure and temperature are (2500 psia) and (175°F),
respectively, calculate:
a. Isothermal gas compressibility coefficient.
b. Gas viscosity by using the:
1. Carr-Kobayashi-Burrows method.
2. Lee-Gonzales-Eakin method.
Transcribed Image Text:22. Given the following gas composition: Component Mole Fraction, yi CO2 0.06 N2 0.03 0.75 C2 0.07 C3 0.04 n - C4 0.03 0.02 n- C5 If the reservoir pressure and temperature are (2500 psia) and (175°F), respectively, calculate: a. Isothermal gas compressibility coefficient. b. Gas viscosity by using the: 1. Carr-Kobayashi-Burrows method. 2. Lee-Gonzales-Eakin method.
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