Acetic acid (HAc) is to be generated by the addition of 10 percent excess sulfuric acid to calcium acetate ,Ca(Ac)2. The reactionCa(Ac) H SO CaSO 2HAc 2 + 2 4 → 4 +goes to 90 percent completion based on asingle pass through the reactor. The unused Ca(Ac)2 is separated from the products of the reaction andrecycled. The HAc is separated from the remaining products. Find the amount of recycle per hour basedon 1000 kg of Ca(Ac)2 feed per hour, and also calculate the kg of HAc manufactured per hour. See figurethat illustrates the process. 2. Acetic acid (HAc) is to be generated by the addition of 10 percent excess sulfuric acid to calcium acetate,Ca(Ac)2. The reaction Ca(Ac), + H,So, → CasO, +2HAc goes to 90 percent completion based on asingle pass through the reactor. The unused Ca(Ac)2 is separated from the products of the reaction andrecycled. The HAc is separated from the remaining products. Find the amount of recycle per hour basedon 1000 kg of Ca(Ac)2 feed per hour, and also calculate the kg of HAc manufactured per hour. See figurethat illustrates the process.HẠCH2SO4ReactorSeparatorCa(Ac)2H2SO4 + CaSO.Ca(Ac)2

The overall conversion for the limiting reagent is given by the expression: fOA=-νLRξnLRFE Where vLR…

Answered: 2. Acetic acid (HAc) is to be generated…

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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Acetic acid (HAc) is to be generated by the addition of 10 percent excess sulfuric acid to calcium acetate ,
Ca(Ac)2. The reaction

Ca(Ac) H SO CaSO 2HAc 2 + 2 4 → 4 +

goes to 90 percent completion based on a
single pass through the reactor. The unused Ca(Ac)2 is separated from the products of the reaction and
recycled. The HAc is separated from the remaining products. Find the amount of recycle per hour based
on 1000 kg of Ca(Ac)2 feed per hour, and also calculate the kg of HAc manufactured per hour. See figure
that illustrates the process.

2. Acetic acid (HAc) is to be generated by the addition of 10 percent excess sulfuric acid to calcium acetate,
Ca(Ac)2. The reaction Ca(Ac), + H,So, → CasO, +2HAc goes to 90 percent completion based on a
single pass through the reactor. The unused Ca(Ac)2 is separated from the products of the reaction and
recycled. The HAc is separated from the remaining products. Find the amount of recycle per hour based
on 1000 kg of Ca(Ac)2 feed per hour, and also calculate the kg of HAc manufactured per hour. See figure
that illustrates the process.
HẠC
H2SO4
Reactor
Separator
Ca(Ac)2
H2SO4 + CaSO.
Ca(Ac)2

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