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A reaction of liquid is done using two continuously stirred tank reactors in series. Reactant X goes into cont. stirred tank reactor 1 with a concentration of 1 moles/liter and a vol.flow 10liters/minutes. The rxn is 2nd order in X that has a rate law -rx = kCx² and k value is 1.05. Determine: a) overall conversion of the entire series if the first cont stirred tank reactor has a volume of 50 liters and the second tank reactor's volume is 150 liters. b) the new overall conversion if a single continuously stirred tank reactor is used instead. Its volume is the same as the total volume for the original tank reactors.

A reaction of liquid is done using two continuously stirred tank reactors in series. Reactant X goes into cont. stirred tank reactor 1 with a concentration of 1 moles/liter and a vol.flow 10liters/minutes. The rxn is 2nd order in X that has a rate law -rx = kCx² and k value is 1.05. Determine: a) overall conversion of the entire series if the first cont stirred tank reactor has a volume of 50 liters and the second tank reactor's volume is 150 liters. b) the new overall conversion if a single continuously stirred tank reactor is used instead. Its volume is the same as the total volume for the original tank reactors.

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 reaction of liquid is done using two continuously stirred tank reactors in series. Reactant X goes into cont. stirred tank reactor 1 with a concentration of 1 moles/liter and a vol.flow 10liters/minutes. The rxn is 2nd order in X that has a rate law -rx = kCx² and k value is 1.05. Determine: a) overall conversion of the entire series if the first cont stirred tank reactor has a volume of 50 liters and the second tank reactor's volume is 150 liters. b) the new overall conversion if a single continuously stirred tank reactor is used instead. Its volume is the same as the total volume for the original tank reactors.
Transcribed Image Text:A reaction of liquid is done using two continuously stirred tank reactors in series. Reactant X goes into cont. stirred tank reactor 1 with a concentration of 1 moles/liter and a vol.flow 10liters/minutes. The rxn is 2nd order in X that has a rate law -rx = kCx² and k value is 1.05. Determine: a) overall conversion of the entire series if the first cont stirred tank reactor has a volume of 50 liters and the second tank reactor's volume is 150 liters. b) the new overall conversion if a single continuously stirred tank reactor is used instead. Its volume is the same as the total volume for the original tank reactors.
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