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24.2-7. Constant-Rate Filtration of Incompressible Cake. The filtration equation for filtration at a constant pressure of 38.7 psia (266.8 kPa) is t 42 6.10×10³V+0.01 V where t is in s, -Ap in psia, and V in liters. The specific resistance of the cake is independent of pressure. If the filtration is run at a constant rate of 10 liters/s, how long will it take to reach 50 psia?

24.2-7. Constant-Rate Filtration of Incompressible Cake. The filtration equation for filtration at a constant pressure of 38.7 psia (266.8 kPa) is t 42 6.10×10³V+0.01 V where t is in s, -Ap in psia, and V in liters. The specific resistance of the cake is independent of pressure. If the filtration is run at a constant rate of 10 liters/s, how long will it take to reach 50 psia?

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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24.2-7. Constant-Rate Filtration of Incompressible Cake. The filtration equation for filtration at a constant pressure of 38.7 psia (266.8 kPa) is t 42 6.10×10³V+0.01 V where t is in s, -Ap in psia, and V in liters. The specific resistance of the cake is independent of pressure. If the filtration is run at a constant rate of 10 liters/s, how long will it take to reach 50 psia?
Transcribed Image Text:24.2-7. Constant-Rate Filtration of Incompressible Cake. The filtration equation for filtration at a constant pressure of 38.7 psia (266.8 kPa) is t 42 6.10×10³V+0.01 V where t is in s, -Ap in psia, and V in liters. The specific resistance of the cake is independent of pressure. If the filtration is run at a constant rate of 10 liters/s, how long will it take to reach 50 psia?
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