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One method of producing toluene is by alkylation of benzene by chloromethane using aluminum chloride catalyst. In a particular operation, 200 kg of benzene and 150 kg of chloro-methane are used to produce 200 kg of toluene. The HC1 produced is absorbed using 200 kg water to obtain HCl solution. Calculate for the solution concentration (HC1 in water) in MOLALITY. Draw and completely label the Process Flow Diagram. Basis: 200 kg benzene and 150 kg chloromethane fed CgH, + CH3CI → C¢HgCHz + HCl MW (g/mol): 78 50.5 92 36.5

One method of producing toluene is by alkylation of benzene by chloromethane using aluminum chloride catalyst. In a particular operation, 200 kg of benzene and 150 kg of chloro-methane are used to produce 200 kg of toluene. The HC1 produced is absorbed using 200 kg water to obtain HCl solution. Calculate for the solution concentration (HC1 in water) in MOLALITY. Draw and completely label the Process Flow Diagram. Basis: 200 kg benzene and 150 kg chloromethane fed CgH, + CH3CI → C¢HgCHz + HCl MW (g/mol): 78 50.5 92 36.5

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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One method of producing toluene is by alkylation of benzene by chloromethane using aluminum chloride catalyst. In a particular operation, 200 kg of benzene and 150 kg of chloro-methane are used to produce 200 kg of toluene. The HCl produced is absorbed using 200 kg water to obtain HC1 solution. Calculate for the solution concentration (HCI in water) in MOLALITY. Draw and completely label the Process Flow Diagram. Basis: 200 kg benzene and 150 kg chloromethane fed C,H, + CH3CI → CgHsCHz + HCl MW (g/mol): 78 50.5 92 36.5
Transcribed Image Text:One method of producing toluene is by alkylation of benzene by chloromethane using aluminum chloride catalyst. In a particular operation, 200 kg of benzene and 150 kg of chloro-methane are used to produce 200 kg of toluene. The HCl produced is absorbed using 200 kg water to obtain HC1 solution. Calculate for the solution concentration (HCI in water) in MOLALITY. Draw and completely label the Process Flow Diagram. Basis: 200 kg benzene and 150 kg chloromethane fed C,H, + CH3CI → CgHsCHz + HCl MW (g/mol): 78 50.5 92 36.5
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