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1. A +2 B-R Rate constant, k=56.1 L/mol min The reaction takes place between two gases that mix at the entrance of PFR reactor. 7.1 L/min, latm, 86° C 50 %A, 50% inert latm, 86° C Vo CAO CA 14.2 L/min, latm, 86° C CBO VPFR Св Inert CR Inert The first gas enters a flow rate of 7.1 L/min contains 50% A and 50% inert in moles at B at 1 atm, 86 C. latm, 86° C. The second gas enters at a flow rate of 14.2 L/min contains 86° C and 1 atm. The gases are ideal. Both gases are mixed instatenously at the reactor at a)Calculate the volumetric flow rate Vo, CAo, CBO at reactor inlet. b) What is the limiting reactant c) Calculate &A d) If at reactor exit, CR=5.5 x10 mol/L, what is the conversion of limiting reactant e) If at the reactor exit, conversion of limiting reactant is 60% calculate PFR volume, and Vf

1. A +2 B-R Rate constant, k=56.1 L/mol min The reaction takes place between two gases that mix at the entrance of PFR reactor. 7.1 L/min, latm, 86° C 50 %A, 50% inert latm, 86° C Vo CAO CA 14.2 L/min, latm, 86° C CBO VPFR Св Inert CR Inert The first gas enters a flow rate of 7.1 L/min contains 50% A and 50% inert in moles at B at 1 atm, 86 C. latm, 86° C. The second gas enters at a flow rate of 14.2 L/min contains 86° C and 1 atm. The gases are ideal. Both gases are mixed instatenously at the reactor at a)Calculate the volumetric flow rate Vo, CAo, CBO at reactor inlet. b) What is the limiting reactant c) Calculate &A d) If at reactor exit, CR=5.5 x10 mol/L, what is the conversion of limiting reactant e) If at the reactor exit, conversion of limiting reactant is 60% calculate PFR volume, and Vf

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
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1. A +2 B- R Rate constant, k=56.1 L/mol min The reaction takes place between two gases that mix at the entrance of PFR reactor. 7.1 L/min, latm, 86°C 50 %A, 50% inert latm, 86° C Vo CAO CA 14.2 L/min, latm, 86° C Сво VPFR CB В Inert CR Inert The first gas enters a flow rate of 7.1 L/min contains 50% A and 50% inert in moles at latm, 86° C. The second gas enters at a flow rate of 14.2 L/min contains Bat 1 atm, 86 C. 86° C and 1 atm. The gases are ideal. Both gases are mixed instatenously at the reactor at a)Calculate the volumetric flow rate Vo, CAO, CBO at reactor inlet. b) What is the limiting reactant c) Calculate ɛA d) If at reactor exit, CR=5.5 x10 molL, what is the conversion of limiting reactant. e) If at the reactor exit, conversion of limiting reactant is 60% calculate PFR volume and Vf.
Transcribed Image Text:1. A +2 B- R Rate constant, k=56.1 L/mol min The reaction takes place between two gases that mix at the entrance of PFR reactor. 7.1 L/min, latm, 86°C 50 %A, 50% inert latm, 86° C Vo CAO CA 14.2 L/min, latm, 86° C Сво VPFR CB В Inert CR Inert The first gas enters a flow rate of 7.1 L/min contains 50% A and 50% inert in moles at latm, 86° C. The second gas enters at a flow rate of 14.2 L/min contains Bat 1 atm, 86 C. 86° C and 1 atm. The gases are ideal. Both gases are mixed instatenously at the reactor at a)Calculate the volumetric flow rate Vo, CAO, CBO at reactor inlet. b) What is the limiting reactant c) Calculate ɛA d) If at reactor exit, CR=5.5 x10 molL, what is the conversion of limiting reactant. e) If at the reactor exit, conversion of limiting reactant is 60% calculate PFR volume and Vf.
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