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Max. Marks: 60 Q1 You have fixed bed reactor for the reaction [A+ B→ 2C+D], feed for the reactor 100 kmole/hr at the following condition M. wt. of A M. wt. of B M. wt. of C M. wt. of D Temp °C Press. atm. convers Density Kg/m³ ion Materi al L/D catalyst activat 150 98 87 125 45 3 79% 1100 Carbon steel 4 ed carbon Size the above reactor through calculating the following: reactor height (m), reactor dimeter(m), reactor volume(m³) and shell thickness(mm). note that (Joint Efficiency =0.7) -28.282

Max. Marks: 60 Q1 You have fixed bed reactor for the reaction [A+ B→ 2C+D], feed for the reactor 100 kmole/hr at the following condition M. wt. of A M. wt. of B M. wt. of C M. wt. of D Temp °C Press. atm. convers Density Kg/m³ ion Materi al L/D catalyst activat 150 98 87 125 45 3 79% 1100 Carbon steel 4 ed carbon Size the above reactor through calculating the following: reactor height (m), reactor dimeter(m), reactor volume(m³) and shell thickness(mm). note that (Joint Efficiency =0.7) -28.282

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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Max. Marks: 60 Q1 You have fixed bed reactor for the reaction [A+ B→ 2C+D], feed for the reactor 100 kmole/hr at the following condition M. wt. of A M. wt. of B M. wt. of C M. wt. of D Temp °C Press. atm. convers Density Kg/m³ ion Materi al L/D catalyst activat 150 98 87 125 45 3 79% 1100 Carbon steel 4 ed carbon Size the above reactor through calculating the following: reactor height (m), reactor dimeter(m), reactor volume(m³) and shell thickness(mm). note that (Joint Efficiency =0.7) -28.282
Transcribed Image Text:Max. Marks: 60 Q1 You have fixed bed reactor for the reaction [A+ B→ 2C+D], feed for the reactor 100 kmole/hr at the following condition M. wt. of A M. wt. of B M. wt. of C M. wt. of D Temp °C Press. atm. convers Density Kg/m³ ion Materi al L/D catalyst activat 150 98 87 125 45 3 79% 1100 Carbon steel 4 ed carbon Size the above reactor through calculating the following: reactor height (m), reactor dimeter(m), reactor volume(m³) and shell thickness(mm). note that (Joint Efficiency =0.7) -28.282
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