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Q4/ A liquid stream (70% mol A & 30% mol inert) enters a CSTR at 27 °C, at a rate of 50 liter/min in which the following reaction takes place AB+C. Find the reactor volume for 90% conversion and the outlet temperature for the following cases: 1- Adiabatic operation. 2- with 34.2 kcal/min of heat added to reactor. Data: Cpc 5 cal/mol.K, CPinert-4.5 cal/mol.K 7 3 CPA=4 cal/mol.K , CPB= 2.4 cal/mol.K k=2.6*10¹7 exp (-12581.8/T) lit/mol.min AHR-300 cal/mol A CA=2 mol/liter 1 Cd.

Q4/ A liquid stream (70% mol A & 30% mol inert) enters a CSTR at 27 °C, at a rate of 50 liter/min in which the following reaction takes place AB+C. Find the reactor volume for 90% conversion and the outlet temperature for the following cases: 1- Adiabatic operation. 2- with 34.2 kcal/min of heat added to reactor. Data: Cpc 5 cal/mol.K, CPinert-4.5 cal/mol.K 7 3 CPA=4 cal/mol.K , CPB= 2.4 cal/mol.K k=2.6*10¹7 exp (-12581.8/T) lit/mol.min AHR-300 cal/mol A CA=2 mol/liter 1 Cd.

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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A-= A Q4/A liquid stream (70% mol A & 30% mol inert) enters a CSTR at 27 °C, at a rate of 50 liter/min in which the following reaction takes place AB+C. Find the reactor volume for 90% conversion and the outlet temperature for the following cases: 1- Adiabatic operation. 2- with 34.2 kcal/min of heat added to reactor. Data: Cpc 5 cal/mol.K, Cpinert 4.5 cal/mol.K 7 9 CPA=4 cal/mol.K CPB= 2.4 cal/mol.K k=2.6*10¹7 exp (-12581.8/T) lit/mol.min AHR-300 cal/mol A CA=2 mol/liter i Can C
Transcribed Image Text:A-= A Q4/A liquid stream (70% mol A & 30% mol inert) enters a CSTR at 27 °C, at a rate of 50 liter/min in which the following reaction takes place AB+C. Find the reactor volume for 90% conversion and the outlet temperature for the following cases: 1- Adiabatic operation. 2- with 34.2 kcal/min of heat added to reactor. Data: Cpc 5 cal/mol.K, Cpinert 4.5 cal/mol.K 7 9 CPA=4 cal/mol.K CPB= 2.4 cal/mol.K k=2.6*10¹7 exp (-12581.8/T) lit/mol.min AHR-300 cal/mol A CA=2 mol/liter i Can C
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