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For the liquid phase reaction A > B, rA = -k,CA + k,Co Starting from the mole balance for a CSTR, find the space time (to) to achieve X, = 0.75 if k, = 0.3 min1, k, = 0.05 min1, CAO = 2 mol/L, Ceo = 0 mol/L, and u = 4 L/min (assume p constant) Hint: How does Ca relate to CAo and C, by the law of definite proportions? C = CAO- CA the space time (to), use a PFR (plug flow reactor).

For the liquid phase reaction A > B, rA = -k,CA + k,Co Starting from the mole balance for a CSTR, find the space time (to) to achieve X, = 0.75 if k, = 0.3 min1, k, = 0.05 min1, CAO = 2 mol/L, Ceo = 0 mol/L, and u = 4 L/min (assume p constant) Hint: How does Ca relate to CAo and C, by the law of definite proportions? C = CAO- CA the space time (to), use a PFR (plug flow reactor).

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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Hi, I need help with plug flow reactors

For the liquid phase reaction A + B, rA = -k;CA + K,CB Starting from the mole balance for a CSTR, find the space time (to) to achieve X, = 0.75 if k; = 0.3 min1, k, = 0.05 mint, CAO = 2 mol/L, Cao = 0 mol/L, and u = 4 L/min (assume p constant) Hint: How does Ca relate to CAo and C, by the law of definite proportions? C8 = Ca0 - Ca the space time (to), use a PFR (plug flow reactor).
Transcribed Image Text:For the liquid phase reaction A + B, rA = -k;CA + K,CB Starting from the mole balance for a CSTR, find the space time (to) to achieve X, = 0.75 if k; = 0.3 min1, k, = 0.05 mint, CAO = 2 mol/L, Cao = 0 mol/L, and u = 4 L/min (assume p constant) Hint: How does Ca relate to CAo and C, by the law of definite proportions? C8 = Ca0 - Ca the space time (to), use a PFR (plug flow reactor).
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