There is a saponifier which has an inflow of 100Kmol / H of Ca (OH) 2, 88.36 Kmol / H with propylene chlorohydrin, 5.64 Kmol / H of HCIO, 2Kmol /h of propylene diochloride and 94Kmol / h of HCI. The saponifier has an output of 173.2 Kmol /h CaCl2 and 6 Kmol / h Ca (OH) 2 of waste. As a product, the saponifier has a flow of 4.418 Kmol /h of propylene chlorohydrin, 50 Kmol / h of water vapor, 2 Kmol /h of propylene dichloride, 83.94 Kmol / h of propylene oxide and 4.7 Kmol /h of HCL. Calculate the height and diameter of the saponify 22:41
There is a saponifier which has an inflow of 100Kmol / H of Ca (OH) 2, 88.36 Kmol / H with propylene chlorohydrin, 5.64 Kmol / H of HCIO, 2Kmol /h of propylene diochloride and 94Kmol / h of HCI. The saponifier has an output of 173.2 Kmol /h CaCl2 and 6 Kmol / h Ca (OH) 2 of waste. As a product, the saponifier has a flow of 4.418 Kmol /h of propylene chlorohydrin, 50 Kmol / h of water vapor, 2 Kmol /h of propylene dichloride, 83.94 Kmol / h of propylene oxide and 4.7 Kmol /h of HCL. Calculate the height and diameter of the saponify 22:41
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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Transcribed Image Text:There is a saponifier which has an
inflow of 100Kmol / H of Ca (OH) 2,
88.36 Kmol / H with propylene
chlorohydrin, 5.64 Kmol / H of HCIO,
2Kmol / h of propylene diochloride
and 94Kmol /h of HCI. The saponifier
has an output of 173.2 Kmol / h CaCl2
and 6 Kmol /h Ca (OH) 2 of waste.
As a product, the saponifier has a
flow of 4.418 Kmol /h of propylene
chlorohydrin, 50 Kmol /h of water
vapor, 2 Kmol / h of propylene
dichloride, 83.94 Kmol /h of
propylene oxide and 4.7 Kmol/h of
HCL.
Calculate the height and diameter of
the saponify
22:41 /
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