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Centrifugal pump has differential pressure=15 bar and use to transport oil between two separators. If the pressure at first separator is 4 bar calculate the pressure at second separator and NPSH. Where: Suction and discharge pipe diameters = 10 inch, Suction pipe length = 16 m, (d Oil level at first separator 3 m Zd Oil density=880 kg/m³ P Oil flow rate=0.092 m³/sec Pipe roughness = 0.045 mm Discharge pipe length = 25 m Oil level at second separator = 5.5 m2 Oil viscosity = 9.5 x 10³ Pa.s u d Oil vapor pressure 22.5 kPa кра 45x10

Centrifugal pump has differential pressure=15 bar and use to transport oil between two separators. If the pressure at first separator is 4 bar calculate the pressure at second separator and NPSH. Where: Suction and discharge pipe diameters = 10 inch, Suction pipe length = 16 m, (d Oil level at first separator 3 m Zd Oil density=880 kg/m³ P Oil flow rate=0.092 m³/sec Pipe roughness = 0.045 mm Discharge pipe length = 25 m Oil level at second separator = 5.5 m2 Oil viscosity = 9.5 x 10³ Pa.s u d Oil vapor pressure 22.5 kPa кра 45x10

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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Centrifugal pump has differential pressure 15 bar and use to transport oil between two separators. If the pressure at first separator is 4 bar calculate the pressure at second separator and NPSH. Where: Suction and discharge pipe diameters = 10 inch, Suction pipe length = 16 m, ld Oil level at first separator 3 m2d Oil density=880 kg/m³ P Oil flow rate=0.092 m³/sec e Pipe roughness= 0.045 mm Discharge pipe length = 25 m O Oil level at second separator = 5.5 m2d Oil viscosity = 9.5 x 10³ Pa.s Oil vapor pressure 22.5 kPa d кра 4.5x10²
Transcribed Image Text:Centrifugal pump has differential pressure 15 bar and use to transport oil between two separators. If the pressure at first separator is 4 bar calculate the pressure at second separator and NPSH. Where: Suction and discharge pipe diameters = 10 inch, Suction pipe length = 16 m, ld Oil level at first separator 3 m2d Oil density=880 kg/m³ P Oil flow rate=0.092 m³/sec e Pipe roughness= 0.045 mm Discharge pipe length = 25 m O Oil level at second separator = 5.5 m2d Oil viscosity = 9.5 x 10³ Pa.s Oil vapor pressure 22.5 kPa d кра 4.5x10²
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