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Refined sugar (sucrose) can be converted to glucose and fructose by the inversion process. C2H2O1 + H,0 CH„O6 + CH½06 Sucrose d-Glucose d-Fructose Immobilized glucose isomerase is used as a catalyst in producing fructose from glucose in a. fixed-bed reactor (water is the solvent). For the system shown in Fig. E2.26a, what percent conversion of glucose results on one pass through the reactor when the exit stream/recycle ra- tio in moles is equal to 8.33? The reaction is CH2O6 > d-glucose d-fructose

Refined sugar (sucrose) can be converted to glucose and fructose by the inversion process. C2H2O1 + H,0 CH„O6 + CH½06 Sucrose d-Glucose d-Fructose Immobilized glucose isomerase is used as a catalyst in producing fructose from glucose in a. fixed-bed reactor (water is the solvent). For the system shown in Fig. E2.26a, what percent conversion of glucose results on one pass through the reactor when the exit stream/recycle ra- tio in moles is equal to 8.33? The reaction is CH2O6 > d-glucose d-fructose

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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Refined sugar (sucrose) can be converted to glucose and fructose by the inversion process. Cı2HnO1 + H20 CH„O6 + C,H1206 Sucrose d-Glucose d-Fructose Immobilized glucose isomerase is used as a catalyst in producing fructose from glucose in a fixed-bed reactor (water is the solvent). For the system shown in Fig. E2.26a, what percent conversion of glucose results on one pass through the reactor when the exit stream/recycle ra- tio in moles is equal to 8.33? The reaction is C,H2O6 d-glucose d-fructose Recycle Feed Fixed- Bed Product 40% Glucose 4% Fructose Reactor in Water Figure E2.26a
Transcribed Image Text:Refined sugar (sucrose) can be converted to glucose and fructose by the inversion process. Cı2HnO1 + H20 CH„O6 + C,H1206 Sucrose d-Glucose d-Fructose Immobilized glucose isomerase is used as a catalyst in producing fructose from glucose in a fixed-bed reactor (water is the solvent). For the system shown in Fig. E2.26a, what percent conversion of glucose results on one pass through the reactor when the exit stream/recycle ra- tio in moles is equal to 8.33? The reaction is C,H2O6 d-glucose d-fructose Recycle Feed Fixed- Bed Product 40% Glucose 4% Fructose Reactor in Water Figure E2.26a
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