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Problem 1 The dehydrogenation of a compound (elementary kinetics) is taking place in a selective membrane reactor under isothermal conditions. A B+ ½ C The reaction is reversible and Kc is the equilibrium constant. The manner in which Kc (the mass transfer coefficient at volumetric flow rate vo) increases with flow rate depends upon the flow geometry and the mass transfer dependence on velocity is given by KC = kco (V/Vo)1/2 And the membrane transport of C is given by keaCe when permeate concentration of C is low. The following parameter values apply, k = 0.5 dm³/ kg.min, vo=50 dm³/min, K=0.5 (kg-mol/dm³) 1/2 Po 10 atm, FA0= 10 kg-mol/min; a = 0.002 atm/kg Kco 0.1 dm/min W = 200 kg 1. Compare the calculated output valued of FB, the molar flow rate of B for no pressure drop.

Problem 1 The dehydrogenation of a compound (elementary kinetics) is taking place in a selective membrane reactor under isothermal conditions. A B+ ½ C The reaction is reversible and Kc is the equilibrium constant. The manner in which Kc (the mass transfer coefficient at volumetric flow rate vo) increases with flow rate depends upon the flow geometry and the mass transfer dependence on velocity is given by KC = kco (V/Vo)1/2 And the membrane transport of C is given by keaCe when permeate concentration of C is low. The following parameter values apply, k = 0.5 dm³/ kg.min, vo=50 dm³/min, K=0.5 (kg-mol/dm³) 1/2 Po 10 atm, FA0= 10 kg-mol/min; a = 0.002 atm/kg Kco 0.1 dm/min W = 200 kg 1. Compare the calculated output valued of FB, the molar flow rate of B for no pressure drop.

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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Problem 1 The dehydrogenation of a compound (elementary kinetics) is taking place in a selective membrane reactor under isothermal conditions. A B+ ½ C The reaction is reversible and Kc is the equilibrium constant. The manner in which Kc ( the mass transfer coefficient at volumetric flow rate vo) increases with flow rate depends upon the flow geometry and the mass transfer dependence on velocity is given by KC = kco (v/v) 1/2 And the membrane transport of C is given by keaCc when permeate concentration of C is low. The following parameter values apply, k = 0.5 dm³/ kg.min, vo = 50 dm³/min, Kc = 0.5 (kg-mol/dm³) ½ Po 10 atm, FA0= 10 kg-mol/min; a = 0.002 atm/kg Kco 0.1 dm/min W = 200 kg 1. Compare the calculated output valued of FB, the molar flow rate of B for no pressure drop.
Transcribed Image Text:Problem 1 The dehydrogenation of a compound (elementary kinetics) is taking place in a selective membrane reactor under isothermal conditions. A B+ ½ C The reaction is reversible and Kc is the equilibrium constant. The manner in which Kc ( the mass transfer coefficient at volumetric flow rate vo) increases with flow rate depends upon the flow geometry and the mass transfer dependence on velocity is given by KC = kco (v/v) 1/2 And the membrane transport of C is given by keaCc when permeate concentration of C is low. The following parameter values apply, k = 0.5 dm³/ kg.min, vo = 50 dm³/min, Kc = 0.5 (kg-mol/dm³) ½ Po 10 atm, FA0= 10 kg-mol/min; a = 0.002 atm/kg Kco 0.1 dm/min W = 200 kg 1. Compare the calculated output valued of FB, the molar flow rate of B for no pressure drop.
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