Question

In: Other

Design a two-phase vertical separator for gas flow rate 25ft 3 /s and oil flow rate...

Design a two-phase vertical separator for gas flow rate 25ft 3 /s and oil flow rate
3000 ft 3 /s. The operating conditions P=1000 Pisa, T=90 O F, Z=0.85, dm=150
micron, µ= 0.013 cp and liquid residence time=3min.
Where:
Liquid density =50 Ib/ ft 3
Gas density=5 Ib/ ft

Solutions

Expert Solution


Related Solutions

how to do the mechanical design of gas liquid ( flash) separator?? what are the equations...
how to do the mechanical design of gas liquid ( flash) separator?? what are the equations used for its mechanical design???
with reference to oil and gas production expain Hindrance to Oil and Gas Flow in Pipelines
with reference to oil and gas production expain Hindrance to Oil and Gas Flow in Pipelines
Explain the procedure to select a low-pressure separator for a low gas-oil ratio well. Mention all...
Explain the procedure to select a low-pressure separator for a low gas-oil ratio well. Mention all the steps and equations/tables/charts to be used in the selection process
for the gas phase isomerization of dimethyl maleate, the rate constant in s-1 has been determined...
for the gas phase isomerization of dimethyl maleate, the rate constant in s-1 has been determined at several temperatures. when ln k is plotted against the reciprocal of the Kelvin temperature, the resulting linear plot has a slope of -1.34 x 104 K and a y-intercept of 11.8. The value of the rate constant for the gas phase isomerization of dimethyl maleate at 683 K is _ s-1 enter your answer to one significant figure
Ethane gas (C2H6) is burned with air. The fuel flow rate is 0.1 kg/s and the...
Ethane gas (C2H6) is burned with air. The fuel flow rate is 0.1 kg/s and the air flowrate is 2.2 kg/s. Ethane’s enthalpy of formation is -84,680 kJ/kmol. Determine: The equivalence ratio Ethane’s lower heating value by deriving it from enthalpy of formation data. The heat release rate, in kW. The mass fraction of oxygen in the products. The mass of CO2 emitted per 1000 hours of operation. The mass of fuel burned per 1000 hours of operation. The adiabatic...
Engine oil (raffinate) with a flow rate of 5 kg/s will be cooled from 60°C to...
Engine oil (raffinate) with a flow rate of 5 kg/s will be cooled from 60°C to 40°C by sea water at 20°C in a double-pipe heat exchanger. The water flows through the inner tube, whose outlet is heated to 30°C. The inner tube outside and inside diameters are do = 1.315 in. (= 0.0334 m) and di = 1.049 in. (= 0.02664 m), respectively. For the annulus, Do = 4.5 in. (= 0.1143 m) and Di = 4.206 in. (=...
Write a brief description of Hindrance to Oil and Gas Flow in Pipelines
Write a brief description of Hindrance to Oil and Gas Flow in Pipelines
A vertical sag curve connects two tangents with grades -3% and +2% with the design speed...
A vertical sag curve connects two tangents with grades -3% and +2% with the design speed of 100 km/h. (a) Calculate the available sight distance and the length of the vertical curve using the minimum flatness of curve that will satisfy the headlight criterion during dark conditions. Assume the height of the headlight above the pavement is 0.6 m and the angle of the light beam upward from the axis of beam is 1. (a) Assuming that the length of...
calculate the maximum velocity and the correspondingbvolumetric flow rate (in/cm^3/s) at which laminar flow of air...
calculate the maximum velocity and the correspondingbvolumetric flow rate (in/cm^3/s) at which laminar flow of air and water is possible in pipes with the following diameter D=.25,.5,1.0,2.0,4.0,6.0, and 10.0in
A double-pipe heat exchanger is designed as an engine oil cooler. The flow rate of oil...
A double-pipe heat exchanger is designed as an engine oil cooler. The flow rate of oil is 5 kg/s, and it will be cooled from 60°C to 40°C through annulus (ID = 0.10226 m, OD = 0.1143 m). Sea water flows through the tubes (ID = 0.02664 m, OD = 0.03340 m) and is heated from 10°C to 30°C. The number of bare tubes in the annulus is 3, and the length of the hairpin is 3 m. Assume that...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT