A horizontal three-phase separator is half-full of liquid, determine its size for given the following data: Oil flow ra...
11 Calculate the diameter and oil height of a vertical separator for the following conditions Maximum gas flow rate 35 MMscf/d 0.91 Gas compressibility Gas specific gravity 0.70 25000 barrels/day Maximum oil rate Specific gravity of oil Operating pressure Operating temperature Molecular weight of air 0.90 160 psig 105 F 28.97 1 minute Residence time 10.73 psia.ft3/b.mol°R 62.4 lb/ft3 1 at standard contions Universal gas constant Density of water Compressibility factor
11 Calculate the diameter and oil height of a...
2. Determine the heat requirement and the size of the settling/coalescing section of a horizontal heater treater for the following conditions: Oil flow rate-7500 bbl/day Inlet B.S. & W.-12% Outlet B.S. & W.-190 Oil viscosity = 50 cP at 80 Oil viscosity = 12 cP at 120 oF Specific heat of oil = 0.5 Btu/lb °F Oil specific gravity -0.86 Oil viscosity 22 cP at 100 °F Water specific gravity - 1.06 Specific heat of water-1.1 Btu/lb oF Inlet temperature...
2. Determine the heat requirement and the size of the settling/coalescing section of a horizontal heater treater for the following conditions: Oil flow rate-7500 bbl/day Inlet B.S. & W.-12% Outlet B.S. & W.-190 Oil viscosity = 50 cP at 80 Oil viscosity = 12 cP at 120 oF Specific heat of oil = 0.5 Btu/lb °F Oil specific gravity -0.86 Oil viscosity 22 cP at 100 °F Water specific gravity - 1.06 Specific heat of water-1.1 Btu/lb oF Inlet temperature...