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Q4/H.W (Recycle with chemical reaction) Refined sugar (sucrose) can be converted to glucose and fructose by the inversion process. C12 HnOn + H20 CH12O6 + CH1206 Sucrose d-Glucose d-Fructose The combined quantity glucose/fructose is called inversion sugar. If 90% conversion of su- crose occurs on one pass through the reactor, what would be the recycle stream flow per 100 lb of sucrose solution entering the process shown in Fig. E2.27a? What is the concentra- tion of inversion sugar (I) in the recycle stream and in the product stream? The concentra- tions of components in of the recycle stream and product stream are the same. Recycle Feed Product Reactor (Separator Sucrose 30% 70% 5% Inversion Sugor Figure E2.27a

Q4/H.W (Recycle with chemical reaction) Refined sugar (sucrose) can be converted to glucose and fructose by the inversion process. C12 HnOn + H20 CH12O6 + CH1206 Sucrose d-Glucose d-Fructose The combined quantity glucose/fructose is called inversion sugar. If 90% conversion of su- crose occurs on one pass through the reactor, what would be the recycle stream flow per 100 lb of sucrose solution entering the process shown in Fig. E2.27a? What is the concentra- tion of inversion sugar (I) in the recycle stream and in the product stream? The concentra- tions of components in of the recycle stream and product stream are the same. Recycle Feed Product Reactor (Separator Sucrose 30% 70% 5% Inversion Sugor Figure E2.27a

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
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Q4/H.W (Recycle with chemical reaction) Refined sugar (sucrose) can be converted to glucose and fructose by the inversion process. C12 H2O + H,O Sucrose CH12O6 + CH206 d-Glucose d-Fructose The combined quantity glucose/fructose is called inversion sugar. If 90% conversion of su- crose occurs on one pass through the reactor, what would be the recycle stream flow per 100 lb of sucrose solution entering the process shown in Fig. E2.27a? What is the concentra- tion of inversion sugar (I) in the recycle stream and in the product stream? The conccntra- tions of components in of the recycle stream and product stream are the same. Recycle Feed Product Reactor Seporator Sucrose 30% 70% 5% Inversion Sugor H20 Figure E2.27a Recycle with and without reaction
Transcribed Image Text:Q4/H.W (Recycle with chemical reaction) Refined sugar (sucrose) can be converted to glucose and fructose by the inversion process. C12 H2O + H,O Sucrose CH12O6 + CH206 d-Glucose d-Fructose The combined quantity glucose/fructose is called inversion sugar. If 90% conversion of su- crose occurs on one pass through the reactor, what would be the recycle stream flow per 100 lb of sucrose solution entering the process shown in Fig. E2.27a? What is the concentra- tion of inversion sugar (I) in the recycle stream and in the product stream? The conccntra- tions of components in of the recycle stream and product stream are the same. Recycle Feed Product Reactor Seporator Sucrose 30% 70% 5% Inversion Sugor H20 Figure E2.27a Recycle with and without reaction
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