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The following three dialysis units are set up to purify urea from the raffinate stream. For these units, what is the separation factor, S_R, given the following parameters: P= 100 cm^3/min R= 200 cm&3/min A total = 200 cm^2 Pi (permeability) = 5 cm^3/min (1) Z=200 cm SR = CRI- CR P (II) R Z=0 cm 1+ ΠΑ R(1+TAN 8 N L/2 8 L/2 A Determine the separation factor for scenario I, counter-current single-stage, well-mixed. AT = NA P (III) R Z=200 cm P R Z=0 cm

The following three dialysis units are set up to purify urea from the raffinate stream. For these units, what is the separation factor, S_R, given the following parameters: P= 100 cm^3/min R= 200 cm&3/min A total = 200 cm^2 Pi (permeability) = 5 cm^3/min (1) Z=200 cm SR = CRI- CR P (II) R Z=0 cm 1+ ΠΑ R(1+TAN 8 N L/2 8 L/2 A Determine the separation factor for scenario I, counter-current single-stage, well-mixed. AT = NA P (III) R Z=200 cm P R Z=0 cm

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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The following three dialysis units are set up to purify urea from the raffinate stream. For these units, what is the separation factor, S_R, given the following parameters: P= 100 cm^3/min R= 200 cm&3/min A total = 200 cm^2 Pi (permeability) = 5 cm^3/min (1) 8 k Z=200 cm SR = L CRI CR P (II) R Z=0 cm (1 + ( 1+ ΠΑ A5JN) N R(1+TA)N 8 L/2 3 Determine the separation factor for scenario I, counter-current single-stage, well-mixed. AT = NA SP. 8 L/2 92% P (III) R L Z=200 cm P R Z=0 cm
Transcribed Image Text:The following three dialysis units are set up to purify urea from the raffinate stream. For these units, what is the separation factor, S_R, given the following parameters: P= 100 cm^3/min R= 200 cm&3/min A total = 200 cm^2 Pi (permeability) = 5 cm^3/min (1) 8 k Z=200 cm SR = L CRI CR P (II) R Z=0 cm (1 + ( 1+ ΠΑ A5JN) N R(1+TA)N 8 L/2 3 Determine the separation factor for scenario I, counter-current single-stage, well-mixed. AT = NA SP. 8 L/2 92% P (III) R L Z=200 cm P R Z=0 cm
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