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Use selectivity and yield definition from Fogler unless it is stated 3) The production of a product P from a particular gram negative bacteria fol- lows the Monod growth law Pmax C,C KM+C₁ with max 1 h KM = 0.25 g/dm³, and Y = 0.5 g/g. (a) The reaction is to be carried out in a batch reactor with the initial cell concentration of Co = 0.1 g/dm³ and substrate concentration of C,0 = 20 g/dm³. C=Co+Y (Co-C₁) Plot-r, -r, C, and C, as a function of time. (b) Redo part (a) and use a logistic growth law. max (1-)c. and plot C, and r, as a function of time. The term C is the maximum cell mass and is called the carrying capacity and is equal to C = 1.0 g/dm³. Can you find an analytical solution for the batch reactor? Com- pare with part (a) for C = Y Co + Co- (c) The reaction is now to be carried out in a CSTR with Co = 20 g/dm³ and Co=0. What is the dilution rate at which washout occurs?

Use selectivity and yield definition from Fogler unless it is stated 3) The production of a product P from a particular gram negative bacteria fol- lows the Monod growth law Pmax C,C KM+C₁ with max 1 h KM = 0.25 g/dm³, and Y = 0.5 g/g. (a) The reaction is to be carried out in a batch reactor with the initial cell concentration of Co = 0.1 g/dm³ and substrate concentration of C,0 = 20 g/dm³. C=Co+Y (Co-C₁) Plot-r, -r, C, and C, as a function of time. (b) Redo part (a) and use a logistic growth law. max (1-)c. and plot C, and r, as a function of time. The term C is the maximum cell mass and is called the carrying capacity and is equal to C = 1.0 g/dm³. Can you find an analytical solution for the batch reactor? Com- pare with part (a) for C = Y Co + Co- (c) The reaction is now to be carried out in a CSTR with Co = 20 g/dm³ and Co=0. What is the dilution rate at which washout occurs?

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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Use selectivity and yield definition from Fogler unless it is stated 3) The production of a product P from a particular gram negative bacteria fol- lows the Monod growth law EmaxCC. KM + C₂ with Hmax = 1 h¹ KM = 0.25 g/dm³, and Y = 0.5 g/g. (a) The reaction is to be carried out in a batch reactor with the initial cell concentration of Co= 0.1 g/dm³ and substrate concentration of C,0 = 20 g/dm³. = Co+Yes(C50-C,) Plot -, -, C, and C as a function of time. (b) Redo part (a) and use a logistic growth law. (₁- €)c Tg = max and plot C and r, as a function of time. The term C. is the maximum cell mass and is called the carrying capacity and is equal to C₂ = 1.0 g/dm³. Can you find an analytical solution for the batch reactor? Com- pare with part (a) for C= Yes C₁0 + Co- (c) The reaction is now to be carried out in a CSTR with C,0 = 20 g/dm³ and Co= 0. What is the dilution rate at which washout occurs?
Transcribed Image Text:Use selectivity and yield definition from Fogler unless it is stated 3) The production of a product P from a particular gram negative bacteria fol- lows the Monod growth law EmaxCC. KM + C₂ with Hmax = 1 h¹ KM = 0.25 g/dm³, and Y = 0.5 g/g. (a) The reaction is to be carried out in a batch reactor with the initial cell concentration of Co= 0.1 g/dm³ and substrate concentration of C,0 = 20 g/dm³. = Co+Yes(C50-C,) Plot -, -, C, and C as a function of time. (b) Redo part (a) and use a logistic growth law. (₁- €)c Tg = max and plot C and r, as a function of time. The term C. is the maximum cell mass and is called the carrying capacity and is equal to C₂ = 1.0 g/dm³. Can you find an analytical solution for the batch reactor? Com- pare with part (a) for C= Yes C₁0 + Co- (c) The reaction is now to be carried out in a CSTR with C,0 = 20 g/dm³ and Co= 0. What is the dilution rate at which washout occurs?
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