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Example: A pump take brine solution at a tank and transport it to another in a process plant situated 18 m above the level in the first tank. 300 m of 95 mm i.d. pipe is available sp.gr. of brine is 1.2 and u = 1.5 cp. The absolute roughness of pipe is 0.04 mm and f= 0.0065. Calculate the rate of flow for the pump (i) the power required for pump if n = 0.65. (ii) if the vapor pressure of water over the brine solution is 4530 pa calculate the NPSH available, if suction line length is 30 m.

Example: A pump take brine solution at a tank and transport it to another in a process plant situated 18 m above the level in the first tank. 300 m of 95 mm i.d. pipe is available sp.gr. of brine is 1.2 and u = 1.5 cp. The absolute roughness of pipe is 0.04 mm and f= 0.0065. Calculate the rate of flow for the pump (i) the power required for pump if n = 0.65. (ii) if the vapor pressure of water over the brine solution is 4530 pa calculate the NPSH available, if suction line length is 30 m.

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Example: A pump take brine solution at a tank and transport it to another in a process plant situated 18 m above the level in the first tank. 300 m of 95 mm i.d. pipe is available sp.gr. of brine is 1.2 and µ = 1.5 cp. The absolute roughness of pipe is 0.04 mm and f= 0.0065. Calculate the rate of flow for the pump (i) the power required for pump if ŋ = 0.65. (ii) if the vapor pressure of water over the brine solution is 4530 pa calculate the NPSH available, if suction line length is 30 m. Q (m^3/sec) Ah(m) 0.0049 0,0065 0.01 0.018 0.03 0.046 0.055 30 27 20 18 15 12 10
Transcribed Image Text:Example: A pump take brine solution at a tank and transport it to another in a process plant situated 18 m above the level in the first tank. 300 m of 95 mm i.d. pipe is available sp.gr. of brine is 1.2 and µ = 1.5 cp. The absolute roughness of pipe is 0.04 mm and f= 0.0065. Calculate the rate of flow for the pump (i) the power required for pump if ŋ = 0.65. (ii) if the vapor pressure of water over the brine solution is 4530 pa calculate the NPSH available, if suction line length is 30 m. Q (m^3/sec) Ah(m) 0.0049 0,0065 0.01 0.018 0.03 0.046 0.055 30 27 20 18 15 12 10
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