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D4. A steam stripper is operating isothermally at 100.0°C. Entering liquid stream contains 0.02 mol% nitrobenzene in water at 100.0°C. Flow rate of entering liquid is 1.0 kmol/min. Entering steam is pure water at 100.0°℃. Outlet liquid mole fraction is 0.00001 nitrobenzene. L/V = 12.0. Total liquid and gas flow rates are constant. At 100.0°C equilibrium in terms of nitrobenzene mole fraction is y = 28.0x. Find the outlet mole fraction of nitrobenzene in the vapor stream and the number of stages.

D4. A steam stripper is operating isothermally at 100.0°C. Entering liquid stream contains 0.02 mol% nitrobenzene in water at 100.0°C. Flow rate of entering liquid is 1.0 kmol/min. Entering steam is pure water at 100.0°℃. Outlet liquid mole fraction is 0.00001 nitrobenzene. L/V = 12.0. Total liquid and gas flow rates are constant. At 100.0°C equilibrium in terms of nitrobenzene mole fraction is y = 28.0x. Find the outlet mole fraction of nitrobenzene in the vapor stream and the number of stages.

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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D4. A steam stripper is operating isothermally at 100.0°C. Entering liquid stream contains 0.02 mol % nitrobenzene in water at 100.0°C. Flow rate of entering liquid is 1.0 kmol/min. Entering steam is pure water at 100.0°C. Outlet liquid mole fraction is 0.00001 nitrobenzene. L/V 12.0. Total liquid and gas flow rates are constant. At 100.0°C equilibrium in terms of nitrobenzene mole fraction is y 28.0x. Find the outlet mole fraction of nitrobenzene in the vapor stream and the number of stages. =
Transcribed Image Text:D4. A steam stripper is operating isothermally at 100.0°C. Entering liquid stream contains 0.02 mol % nitrobenzene in water at 100.0°C. Flow rate of entering liquid is 1.0 kmol/min. Entering steam is pure water at 100.0°C. Outlet liquid mole fraction is 0.00001 nitrobenzene. L/V 12.0. Total liquid and gas flow rates are constant. At 100.0°C equilibrium in terms of nitrobenzene mole fraction is y 28.0x. Find the outlet mole fraction of nitrobenzene in the vapor stream and the number of stages. =
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