A Petrolum product is Pumped at rate of 2.525 * 13 m³/s from réservoir under atmospheric Pressure to 1.83 m height from the Peservoir the discharge, line diameter is 4 cm amel the pressure drop along its length is 3.45 Ispa the gauge Pressure reading at the end of the dischargh line 3.95 Kpa suction line кра the Pressure drop is 3.45 кра and ритр efficency пзоб 2 calculate! (i) the total head of the system Ah (ii) the Power required for pump (iii) the NPSH take that the density of this Petroleum product p=879 kg/m³ the dynamic viscosity M= 6*47*10² and the vapor pressure Pv = 24-15 kPa Pa.s
A Petrolum product is Pumped at rate of 2.525 * 13 m³/s from réservoir under atmospheric Pressure to 1.83 m height from the Peservoir the discharge, line diameter is 4 cm amel the pressure drop along its length is 3.45 Ispa the gauge Pressure reading at the end of the dischargh line 3.95 Kpa suction line кра the Pressure drop is 3.45 кра and ритр efficency пзоб 2 calculate! (i) the total head of the system Ah (ii) the Power required for pump (iii) the NPSH take that the density of this Petroleum product p=879 kg/m³ the dynamic viscosity M= 6*47*10² and the vapor pressure Pv = 24-15 kPa Pa.s
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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A Petrolum product is Pumped at rate of
2.525*3
m³/s from reservoir under
atmospheric Pressure to
T
1.83 m height from the
Peservoir the discharge. line diameter is
4cm and the pressure drop along its
length is 3.45 Ispa the gauge Pressure
reading at the end of the dischargh line
3.45 kPa
the pressure drop suction line
is 3.45 kPa and pump efficency Rs 0.6
calculate is the total head of the system
Ah (ii) the Power required for pump
(iii) the NPSH take that the censity
of this Petroleum product P=879 kg/m³
the dynamic viscosity M= 6*47*10-
and the vapor pressure Po= 24-15 kPa
Pa.s
Fluid flow
Dimensions in
THOLIKA
Units in SI
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