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crude oil is heated from 295°K by using a residue of distillation unit which to 330°K is to be cooled from 420°K to 380°K at rate of 29.6 kJ/s through shell of ( 1-2) H.E. Given: hi =2000 W/m2. °K , ho=400 W/m2. °K, do =30 mm , di = 24 mm Cph = 2350 J/kg °K Срс = 4180 J/kg °K calculate : 1. Mass flow rate of oil 2. over all heat transfer

crude oil is heated from 295°K by using a residue of distillation unit which to 330°K is to be cooled from 420°K to 380°K at rate of 29.6 kJ/s through shell of ( 1-2) H.E. Given: hi =2000 W/m2. °K , ho=400 W/m2. °K, do =30 mm , di = 24 mm Cph = 2350 J/kg °K Срс = 4180 J/kg °K calculate : 1. Mass flow rate of oil 2. over all heat transfer

Introduction to Chemical Engineering Thermodynamics
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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crude oil is heated from 295°K by using a residue of distillation unit which to 330°K is to be cooled from 420°K of to 380°K at rate 29.6 kJ/s through shell of (1-2) H.E. Given: hi =2000 W/m2. °K , ho=400 W/m2. °K, do =30 mm di = 24 mm Срс = 4180 J/kg °K Cph = 2350 J/kg °K calculate : 1. Mass flow rate of oil 2. over all heat transfer
Transcribed Image Text:crude oil is heated from 295°K by using a residue of distillation unit which to 330°K is to be cooled from 420°K of to 380°K at rate 29.6 kJ/s through shell of (1-2) H.E. Given: hi =2000 W/m2. °K , ho=400 W/m2. °K, do =30 mm di = 24 mm Срс = 4180 J/kg °K Cph = 2350 J/kg °K calculate : 1. Mass flow rate of oil 2. over all heat transfer
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