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For the reacticn A B. the process fow diagram is shown in Figure The fresh foed of 4 contains 0.5. of merts by volume. 60% conversion of4 per pasS is obtained. The concentration of incrts going into the reactor at (1) must be held at 2% by volume. All streams are ideal gases and the process is at steady state. fa) How many moles need to be recycled per mole of total feed to the reactor at (1Y? (b) How many moles eed to be purged? (e) What is the overal conversion of 4? NOTE:-You must be take the basis on point 1 Fresh feed, A, I 12) Separator Reactor (3) P. Purge, 4. I Recycle. A, I

For the reacticn A B. the process fow diagram is shown in Figure The fresh foed of 4 contains 0.5. of merts by volume. 60% conversion of4 per pasS is obtained. The concentration of incrts going into the reactor at (1) must be held at 2% by volume. All streams are ideal gases and the process is at steady state. fa) How many moles need to be recycled per mole of total feed to the reactor at (1Y? (b) How many moles eed to be purged? (e) What is the overal conversion of 4? NOTE:-You must be take the basis on point 1 Fresh feed, A, I 12) Separator Reactor (3) P. Purge, 4. I Recycle. A, I

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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For the reaetion A - B, the process flow diagram is showwn in Figure The fresh feed of 4 contains 0.5 of inerts by volume, 60a conversion of A per pass is obtained. The conceniration of incrts going into the reactor at (1) must be held at 2% by volume. All streams are ideal rases and the process is at steady state. fa) How many moles need to be recycled per mole of total feed to the reactor at (1Y? (b) How many moles nced to be purged? (e) What is the overall conversion of 4? NOTE:-You must be take the basis on point 1 Frest feed, t, 1 12) Separator Reactor (3) 1. Purge, 4.1 Recycle, 4,1
Transcribed Image Text:For the reaetion A - B, the process flow diagram is showwn in Figure The fresh feed of 4 contains 0.5 of inerts by volume, 60a conversion of A per pass is obtained. The conceniration of incrts going into the reactor at (1) must be held at 2% by volume. All streams are ideal rases and the process is at steady state. fa) How many moles need to be recycled per mole of total feed to the reactor at (1Y? (b) How many moles nced to be purged? (e) What is the overall conversion of 4? NOTE:-You must be take the basis on point 1 Frest feed, t, 1 12) Separator Reactor (3) 1. Purge, 4.1 Recycle, 4,1
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