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This liquid-phase reaction takes place in a 10 L isothermal batch reactor: A +B → 20 -21215 cal/mol] rA = -kCA k = (1.7 x 1013 h¬1)exp %3D RT The reactor is charged with 40 mol of A and 800 mol of B, both at 90 °C. (a) What percentage of A will react if the holding time for the reactor is 20 min? (b) What is the production rate of C in mol/day if the charging, discharging and cleaning of the reactor takes 20 min per cycle?

This liquid-phase reaction takes place in a 10 L isothermal batch reactor: A +B → 20 -21215 cal/mol] rA = -kCA k = (1.7 x 1013 h¬1)exp %3D RT The reactor is charged with 40 mol of A and 800 mol of B, both at 90 °C. (a) What percentage of A will react if the holding time for the reactor is 20 min? (b) What is the production rate of C in mol/day if the charging, discharging and cleaning of the reactor takes 20 min per cycle?

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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This liquid-phase reaction takes place in a 10 L isothermal batch reactor: A +B → 20 -21215 cal/mol] rA = -kCA k = (1.7 x 101% h-1)exp RT The reactor is charged with 40 mol of A and 800 mol of B, both at 90 °C. (a) What percentage of A will react if the holding time for the reactor is 20 min? (b) What is the production rate of C in mol/day if the charging, discharging and cleaning of the reactor takes 20 min per cycle?
Transcribed Image Text:This liquid-phase reaction takes place in a 10 L isothermal batch reactor: A +B → 20 -21215 cal/mol] rA = -kCA k = (1.7 x 101% h-1)exp RT The reactor is charged with 40 mol of A and 800 mol of B, both at 90 °C. (a) What percentage of A will react if the holding time for the reactor is 20 min? (b) What is the production rate of C in mol/day if the charging, discharging and cleaning of the reactor takes 20 min per cycle?
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