A is 2000 m gas flow line (6-in) and B is 2500 m liquid flow line (4-in) should be connected both with C is 2000 m pipeline (8-in) as shown below. If pipes roughness-0.046 mm, C-pipeline outlet pressure= 2000 kPa, liquid flow rate 9 x10 m'/s, Gas Oil Ratio-80, p= 863.2 kg/m', P0.922 kg/m', gas flowing temperatureD 300 K, base temperature 288.5 K, base pressure 101.325 kPa, Z-0.9, gas gravity is 0.6, gas viscosity-2.48 x10' cp and liquid viscosity =12.43 cp, calculate the inlet pressure for both liquid and gas flow lines? A

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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A is 2000 m gas flow line (6-in) and B is 2500 m liquid flow line (4-in) should be
connected both with C is 2000 m pipeline (8-in) as shown below. If pipes
roughness-0.046 mm, C-pipeline outlet pressure= 2000 kPa, liquid flow rate 9 x10
m'/s, Gas Oil Ratio-80, p= 863.2 kg/m', p0.922 kg/m, gas flowing temperatureD
300 K, base temperature 288.5 K, base pressure 101.325 kPa, Z-0.9, gas gravity is
-3
0.6, gas viscosity=2.48 x10' cp and liquid viscosity =12.43 cp, calculate the inlet
pressure for both liquid and gas flow lines?
A
B
Transcribed Image Text:A is 2000 m gas flow line (6-in) and B is 2500 m liquid flow line (4-in) should be connected both with C is 2000 m pipeline (8-in) as shown below. If pipes roughness-0.046 mm, C-pipeline outlet pressure= 2000 kPa, liquid flow rate 9 x10 m'/s, Gas Oil Ratio-80, p= 863.2 kg/m', p0.922 kg/m, gas flowing temperatureD 300 K, base temperature 288.5 K, base pressure 101.325 kPa, Z-0.9, gas gravity is -3 0.6, gas viscosity=2.48 x10' cp and liquid viscosity =12.43 cp, calculate the inlet pressure for both liquid and gas flow lines? A B
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