5. Referring to the following process flow diagram/chart ml kg/hr 0.1 kg E1OH/kg 100 kg/hr 0.9 kg EtOH/kg F kg/hr 0.5 kg EtOH/kg 0.5kg MeOH/kg D kg/hr X2 kg E1OH/kg Dist. 1 Dist. 2 2m1 kg/hr X1 kg EtOH/kg m2 kg/hr 0.6 kg EtOH/kg a. Draw and completely label the above process. b. Perform the degree of freedom analysis c. calculate the values of F, D, ml, X1 and X2. (200 kg/hr, 300 kg/hr, 100 kg/hr, 0.75 kg с. E1OH/kg, 0.533 kg E1OH/kg)
5. Referring to the following process flow diagram/chart ml kg/hr 0.1 kg E1OH/kg 100 kg/hr 0.9 kg EtOH/kg F kg/hr 0.5 kg EtOH/kg 0.5kg MeOH/kg D kg/hr X2 kg E1OH/kg Dist. 1 Dist. 2 2m1 kg/hr X1 kg EtOH/kg m2 kg/hr 0.6 kg EtOH/kg a. Draw and completely label the above process. b. Perform the degree of freedom analysis c. calculate the values of F, D, ml, X1 and X2. (200 kg/hr, 300 kg/hr, 100 kg/hr, 0.75 kg с. E1OH/kg, 0.533 kg E1OH/kg)
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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Referring to the following process flow diagram/chart
a. Draw and completely label the above process. b. Perform the degree of freedom analysis c. calculate the values of F, D, m1, X1 and X2. (200 kg/hr, 300 kg/hr, 100 kg/hr, 0.75 kg EtOH/kg, 0.533 kg EtOH/kg)
Transcribed Image Text:5. Referring to the following process flow diagram/chart
m1 kg/hr
0.1 kg EtOH/kg
100 kg/hr
0.9 kg EtOH/kg
F kg/hr
0.5 kg EtOH/kg
0.5kg MeOH/kg
D kg/hr
X2 kg E1OH/kg
Dist. 1
Dist. 2
2m1 kg/hr
X1 kg E1OH/kg
m2 kg/hr
0.6 kg EtOH/kg
a. Draw and completely label the above process.
b. Perform the degree of freedom analysis
c. calculate the values of F, D, m1, X1 and X2. (200 kg/hr, 300 kg/hr, 100 kg/hr, 0.75 kg
ELOH/kg, 0.533 kg E1OH/kg)
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