Question

A storage tank contains a gas mixture with compositions listed in the table below. The tank held at a pressure of 10.19 MPa and a temperature of 271 K. Calculate: a. The molar volume ($m^3$/kmol) and the density (kg/m$^3$) of the mixture using the Kay's rule and the Katz correlation? b. The molar volume ($m^3$/kmol) and the density (kg/m$^3$) of the mixture using the approach of Wichert and Aziz to adjust for $CO_2$ and $H_2S$? c. If the gas flows to a processing facility at a rate of 2800 x 10$^3$Sm$^3$/d, what is the mass flow of the gas in kg/s? d. Using the result from part b, and the flow rate from part c, what is the actual volumetric flow rate of the gas at the plant in m$^3$/s? e. Determine the standard gas flow rate in MMSCFD if the standard conditions are 60 $^\circ$F and 14.69 psia? Component Mole fraction (y) $N_2$ 0.0050 $CO_2$ 0.2250 $H_2S$ 0.1000 $C_1$ 0.6610 $C_2$ 0.0070 $C_3$ 0.0015 i-$C_4$ 0.0003 n-$C_4$ 0.0002 1.0000

          A storage tank contains a gas mixture with compositions listed in the table below. The
tank held at a pressure of 10.19 MPa and a temperature of 271 K. Calculate:
a. The molar volume ($m^3$/kmol) and the density (kg/m$^3$) of the mixture using the
Kay's rule and the Katz correlation?
b. The molar volume ($m^3$/kmol) and the density (kg/m$^3$) of the mixture using the
approach of Wichert and Aziz to adjust for $CO_2$ and $H_2S$?
c. If the gas flows to a processing facility at a rate of 2800 x 10$^3$Sm$^3$/d, what is the
mass flow of the gas in kg/s?
d. Using the result from part b, and the flow rate from part c, what is the actual
volumetric flow rate of the gas at the plant in m$^3$/s?
e. Determine the standard gas flow rate in MMSCFD if the standard conditions are
60 $^\circ$F and 14.69 psia?
Component
Mole fraction
(y)
$N_2$
0.0050
$CO_2$
0.2250
$H_2S$
0.1000
$C_1$
0.6610
$C_2$
0.0070
$C_3$
0.0015
i-$C_4$
0.0003
n-$C_4$
0.0002
1.0000

$A storage tank contains a gas mixture with compositions listed in the table below. The tank held at a pressure of 10.19 MPa and a temperature of 271 K. Calculate: a. The molar volume (m^3/kmol) and the density (kg/m^3) of the mixture using the Kay's rule and the Katz correlation? b. The molar volume (m^3/kmol) and the density (kg/m^3) of the mixture using the approach of Wichert and Aziz to adjust for CO2 and H2S? c. If the gas flows to a processing facility at a rate of 2800 x 10^3Sm^3/d, what is the mass flow of the gas in kg/s? d. Using the result from part b, and the flow rate from part c, what is the actual volumetric flow rate of the gas at the plant in m^3/s? e. Determine the standard gas flow rate in MMSCFD if the standard conditions are 60 ^∘F and 14.69 psia? Component Mole fraction (y) N2 0.0050 CO2 0.2250 H2S 0.1000 C1 0.6610 C2 0.0070 C3 0.0015 i-C4 0.0003 n-C4 0.0002 1.0000$

Added by Andre S.

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