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The following reaction takes place in a CSTR: S-G Pure S is fed to the reactor under the following conditions: Fso = 20 mol/min S Cso = 5 mol/dm³ At T =365 K CSTR S & G X = 0.68 The reaction follows an elementary rate law for the disappearance of reactant S with an activation energy of 18 kJ/mol. Determine the conversion in a PFR at 330 K with the same volume? Fso = 10 mol/min Cso = 3 mol/dm T = 330 K X = ? PFR

The following reaction takes place in a CSTR: S-G Pure S is fed to the reactor under the following conditions: Fso = 20 mol/min S Cso = 5 mol/dm³ At T =365 K CSTR S & G X = 0.68 The reaction follows an elementary rate law for the disappearance of reactant S with an activation energy of 18 kJ/mol. Determine the conversion in a PFR at 330 K with the same volume? Fso = 10 mol/min Cso = 3 mol/dm T = 330 K X = ? PFR

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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The following reaction takes place in a CSTR: S-G Pure S is fed to the reactor under the following conditions: Fso = 20 mol/min Cso = 5 mol/dm3 At T =365 K CSTR S & G X = 0.68 The reaction follows an elementary rate law for the disappearance of reactant S with an activation energy of 18 kJ/mol. Determine the conversion in a PFR at 330 K with the same volume? Fso = 10 mol/min Cso = 3 mol/dm T = 330 K %3D X = ? PFR
Transcribed Image Text:The following reaction takes place in a CSTR: S-G Pure S is fed to the reactor under the following conditions: Fso = 20 mol/min Cso = 5 mol/dm3 At T =365 K CSTR S & G X = 0.68 The reaction follows an elementary rate law for the disappearance of reactant S with an activation energy of 18 kJ/mol. Determine the conversion in a PFR at 330 K with the same volume? Fso = 10 mol/min Cso = 3 mol/dm T = 330 K %3D X = ? PFR
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