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A homogeneous reaction A ⇒ 3B has a reported rate law: -TA = KC1/2 k = 0.01 mol 0.5/L0.5/sec Calculate the space-time (i.e. residence time) needed for 80% conversion of an inlet mixture (50% A and 50% inert) to an isothermal plug flow reactor operating at 215 °C and 5 atm (CAO = 0.0625 mol/L). A(8) 3B (g) 50% A, 50% I 5 atm T=215 °C t = ?

A homogeneous reaction A ⇒ 3B has a reported rate law: -TA = KC1/2 k = 0.01 mol 0.5/L0.5/sec Calculate the space-time (i.e. residence time) needed for 80% conversion of an inlet mixture (50% A and 50% inert) to an isothermal plug flow reactor operating at 215 °C and 5 atm (CAO = 0.0625 mol/L). A(8) 3B (g) 50% A, 50% I 5 atm T=215 °C t = ?

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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Problem 4 (Plug Flow Reactor Design). A homogeneous reaction A→ 3B has a reported rate law: kC1/² -TA = Calculate the space-time (i.e. residence time) needed for 80% conversion of an inlet mixture (50% A and 50% inert) to an isothermal plug flow reactor operating at 215 °C and 5 atm (CAO = 0.0625 mol/L). A(g) →→→ 3B (g) 50% A, 50% I 5 atm k = 0.01 mol0.5/L0.5/sec 0 T= 215 °C -T=?
Transcribed Image Text:Problem 4 (Plug Flow Reactor Design). A homogeneous reaction A→ 3B has a reported rate law: kC1/² -TA = Calculate the space-time (i.e. residence time) needed for 80% conversion of an inlet mixture (50% A and 50% inert) to an isothermal plug flow reactor operating at 215 °C and 5 atm (CAO = 0.0625 mol/L). A(g) →→→ 3B (g) 50% A, 50% I 5 atm k = 0.01 mol0.5/L0.5/sec 0 T= 215 °C -T=?
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