Water is stored in a large storage tank at 30.0°C open to atmosphere (Tank 1). It is pumped at a rate of 50 m³/h to another pressurized tank (Tank 2) at 21.0°C and 32 m above, as shown below. The pipeline used is 5 cm in diameter commercial steel with a total length of 80 m. The water passes through a heat exchanger where 50 kW of heat is removed from the water. The flow system consists of two 90° elbow and I wide open gate valve. Calculate the power that should be supplied by the pump in kW (Water properties at 21.0°C can be used to calculate the Reynolds number in the flow system
Water is stored in a large storage tank at 30.0°C open to atmosphere (Tank 1). It is pumped at a rate of 50 m³/h to another pressurized tank (Tank 2) at 21.0°C and 32 m above, as shown below. The pipeline used is 5 cm in diameter commercial steel with a total length of 80 m. The water passes through a heat exchanger where 50 kW of heat is removed from the water. The flow system consists of two 90° elbow and I wide open gate valve. Calculate the power that should be supplied by the pump in kW (Water properties at 21.0°C can be used to calculate the Reynolds number in the flow system
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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Water is stored in a large storage tank at 30.0°C open to atmosphere (Tank 1). It is pumped at a rate of 50 m³/h to another pressurized tank (Tank 2) at 21.0°C and 32 m above, as shown below. The pipeline used is 5 cm in diameter commercial steel with a total length of 80 m. The water passes through a heat exchanger where 50 kW of heat is removed from the water. The flow system consists of two 90° elbow and I wide open gate valve. Calculate the power that should be supplied by the pump in kW (Water properties at 21.0°C can be used to calculate the Reynolds number in the flow system).
Transcribed Image Text:Patm
Tank 1
heat
exchanger
Pgage = 30 psig
wide open
gate valve
Tank 2
32 m
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