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-2 The hydrolysis of urea by urease occurs in a batch bioreactor. The reaction follows a Michaelis- Menten mechanism. The following kinetic data are available for urea: K'm=7.7×10 M, v =0.5 mole/L/min. The initial concentration of urea in the reactor is 50 mole/L. m E + SES²E +P Vm[S] Km + [S] Calculate the concentration of urea in the reactor 10 minutes after the reaction starts v= (Hint: it is a batch reactor, meaning that you need to integrate the MM, see module 1 for details of batch reactors).

-2 The hydrolysis of urea by urease occurs in a batch bioreactor. The reaction follows a Michaelis- Menten mechanism. The following kinetic data are available for urea: K'm=7.7×10 M, v =0.5 mole/L/min. The initial concentration of urea in the reactor is 50 mole/L. m E + SES²E +P Vm[S] Km + [S] Calculate the concentration of urea in the reactor 10 minutes after the reaction starts v= (Hint: it is a batch reactor, meaning that you need to integrate the MM, see module 1 for details of batch reactors).

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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-2 The hydrolysis of urea by urease occurs in a batch bioreactor. The reaction follows a Michaelis- Menten mechanism. The following kinetic data are available for urea: K'm=7.7×10 M, v =0.5 mole/L/min. The initial concentration of urea in the reactor is 50 mole/L. m E+S ES-²E + P Vm[S] Km + [S] Calculate the concentration of urea in the reactor 10 minutes after the reaction starts v= (Hint: it is a batch reactor, meaning that you need to integrate the MM, see module 1 for details of batch reactors).
Transcribed Image Text:-2 The hydrolysis of urea by urease occurs in a batch bioreactor. The reaction follows a Michaelis- Menten mechanism. The following kinetic data are available for urea: K'm=7.7×10 M, v =0.5 mole/L/min. The initial concentration of urea in the reactor is 50 mole/L. m E+S ES-²E + P Vm[S] Km + [S] Calculate the concentration of urea in the reactor 10 minutes after the reaction starts v= (Hint: it is a batch reactor, meaning that you need to integrate the MM, see module 1 for details of batch reactors).
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