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ón dioxide is to be reduced from 5% mol in CO2-air mixture to 2% of this value by scrubbing with pure water in a countercurrent absorption tower at 101.3 kPa If the mol ratio of (L'/G') is 2.88 and the equilibrium relation between the mole and liquid phases of CO2 is (y=1.2 x). Find the number of actual plates fractions in gas that required if the efficiency of tower is 85% (Use two methods to solve)?,

ón dioxide is to be reduced from 5% mol in CO2-air mixture to 2% of this value by scrubbing with pure water in a countercurrent absorption tower at 101.3 kPa If the mol ratio of (L'/G') is 2.88 and the equilibrium relation between the mole and liquid phases of CO2 is (y=1.2 x). Find the number of actual plates fractions in gas that required if the efficiency of tower is 85% (Use two methods to solve)?,

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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Carbon dioxide is to be reduced from 5% mol in CO2-air mixture to 2% of this value by scrubbing with pure water in a countercurrent absorption tower at 101.3 kPa If the mol ratio of (L'/G') is 2.88 and the equilibrium relation between the molę fractions in gas and liquid phases of CO2 is (y=1.2 x). Find the number of actual plates that required if the efficiency of tower is 85% (Use two methods to solve)?,
Transcribed Image Text:Carbon dioxide is to be reduced from 5% mol in CO2-air mixture to 2% of this value by scrubbing with pure water in a countercurrent absorption tower at 101.3 kPa If the mol ratio of (L'/G') is 2.88 and the equilibrium relation between the molę fractions in gas and liquid phases of CO2 is (y=1.2 x). Find the number of actual plates that required if the efficiency of tower is 85% (Use two methods to solve)?,
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