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SIMULATION OF THE TOLUENE HYDRODEALKYLATION PROCESS Toluene Feed: T = 30 °C P = 1 atm F = 1000 kmol/h 85% C7H8+ H2 C6H6 + CH₁ 5% → 2C6H6 C12H10 + H2 Hydrogen Feed: T = 30 °C P = 1 atm F600 kmol/h C7H8 Toluene C6H6 Benzene = C12H10 Byphenyl

SIMULATION OF THE TOLUENE HYDRODEALKYLATION PROCESS Toluene Feed: T = 30 °C P = 1 atm F = 1000 kmol/h 85% C7H8+ H2 C6H6 + CH₁ 5% → 2C6H6 C12H10 + H2 Hydrogen Feed: T = 30 °C P = 1 atm F600 kmol/h C7H8 Toluene C6H6 Benzene = C12H10 Byphenyl

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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Simulate the process using hysys paste the each step work process and simulation. 

SIMULATION OF THE TOLUENE HYDRODEALKYLATION PROCESS Toluene Feed: T = 30 °C P = 1 atm F = 1000 kmol/h 85% C7H8+ H2 C6H6 + CH₁ 5% → 2C6H6 C12H10 + H2 Hydrogen Feed: T = 30 °C P = 1 atm F600 kmol/h C7H8 Toluene C6H6 Benzene = C12H10 Byphenyl
Transcribed Image Text:SIMULATION OF THE TOLUENE HYDRODEALKYLATION PROCESS Toluene Feed: T = 30 °C P = 1 atm F = 1000 kmol/h 85% C7H8+ H2 C6H6 + CH₁ 5% → 2C6H6 C12H10 + H2 Hydrogen Feed: T = 30 °C P = 1 atm F600 kmol/h C7H8 Toluene C6H6 Benzene = C12H10 Byphenyl
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