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AB,r=kCA-K is to be carried out in a series of reactors with separation of unreacted B between stages. At each stage the reaction goes to 50% of the equilibrium composition. How many stages are required for 90% conversion of the initial A for k=0.2 min¹, K = 1 if a. all B is extracted between stages, b. 50% of B is extracted between stages.

AB,r=kCA-K is to be carried out in a series of reactors with separation of unreacted B between stages. At each stage the reaction goes to 50% of the equilibrium composition. How many stages are required for 90% conversion of the initial A for k=0.2 min¹, K = 1 if a. all B is extracted between stages, b. 50% of B is extracted between stages.

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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192 Bioprocess Engineering 5.24 The aqueous reversible reaction ASB, r= kC, - k'C, is to be carried out in a series of reactors with separation of unreacted B between stages. At each stage the reaction goes to 50% of the equilibrium composition. How many stages are required for 90% conversion of the initial A for k = 0.2 min ', K =1 if a. all B is extracted between stages, b. 50% of B is extracted between stages. c. Find t with complete extraction if the reactors are CSTRS. d. Find tif the reactors are PFRS.
Transcribed Image Text:192 Bioprocess Engineering 5.24 The aqueous reversible reaction ASB, r= kC, - k'C, is to be carried out in a series of reactors with separation of unreacted B between stages. At each stage the reaction goes to 50% of the equilibrium composition. How many stages are required for 90% conversion of the initial A for k = 0.2 min ', K =1 if a. all B is extracted between stages, b. 50% of B is extracted between stages. c. Find t with complete extraction if the reactors are CSTRS. d. Find tif the reactors are PFRS.
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