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sy The is to be Volumetric flow rate to. auto catalytre reaction A - B - C 1) carried out in reactor. The be procassed TS 2) en/min. Her have twore actors & Reactor (1):. (2) :- The rate of reaction as conversion. If the PFR and what is the for the CSTR Function of conversion is 85% initial concentration 0.5 ml/2²³. volume of each Reactor Second following:. first order reaction. I = o./ min order s find the space time reaction. K = 0.5 m/ mimmin and space velocity.

sy The is to be Volumetric flow rate to. auto catalytre reaction A - B - C 1) carried out in reactor. The be procassed TS 2) en/min. Her have twore actors & Reactor (1):. (2) :- The rate of reaction as conversion. If the PFR and what is the for the CSTR Function of conversion is 85% initial concentration 0.5 ml/2²³. volume of each Reactor Second following:. first order reaction. I = o./ min order s find the space time reaction. K = 0.5 m/ mimmin and space velocity.

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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sy The auto catalytic reaction A B C carried out in reactor. The be procassed TS flow rate to. is to be Volumetric veel m²./min. You have twore actors a Reactor (1)!. PFR (2) :- CSTR Function of The rate of reaction as a con version. If the conversion is 85% and the initial concentration 0.5 mol/2²³. what is the volume of each Reactor for the 4 following:. first order reaction. I = o./ min Second Then find the space time order reaction. K's 0.5 m³/ mommin and space velocity.
Transcribed Image Text:sy The auto catalytic reaction A B C carried out in reactor. The be procassed TS flow rate to. is to be Volumetric veel m²./min. You have twore actors a Reactor (1)!. PFR (2) :- CSTR Function of The rate of reaction as a con version. If the conversion is 85% and the initial concentration 0.5 mol/2²³. what is the volume of each Reactor for the 4 following:. first order reaction. I = o./ min Second Then find the space time order reaction. K's 0.5 m³/ mommin and space velocity.
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