Liquid phase reaction (2nd order) : A + B ® product is carried out in a PFR operating isothermal at a temperature of 50oC. Reaction rate equation : -rA = 50 (L/mol.min) CA CB Desired conversion A = 80%. Feed flow rate = 0,5 L/min Concentration of A in feed (CAo) = 0,1 mol/L = CBo Calculate the volume of reactor if used : 1. a PFR 2. an MFR 3. 3 MFRs in series with same volume 2. Liquid phase reaction (2nd order) :A +B → productis carried out in a PFR operating isothermal at a temperature of 50°C.Reaction rate equation :-TA = 50 (L/mol.min) CA CBDesired conversion A = 80%.Feed flow rate = 0,5 L/minConcentration of A in feed (CAO) = 0,1 mol/L = CBoCalculate the volume of reactor if used :1. a PFR2. an MFR3. 3 MFRS in series with same volume

Given that order = 2 -rA =50CACBK =50 CAo = CBo = 0.1 mol/ltXA =0.8Feedflow rate =0.5 l/min

Answered: Liquid phase reaction (2nd order) : A +…

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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Liquid phase reaction (2nd order) : A + B ® product is carried out in a PFR operating isothermal at a temperature of 50oC. Reaction rate equation : -rA = 50 (L/mol.min) CA CB Desired conversion A = 80%. Feed flow rate = 0,5 L/min Concentration of A in feed (CAo) = 0,1 mol/L = CBo Calculate the volume of reactor if used : 1. a PFR 2. an MFR 3. 3 MFRs in series with same volume