The following reaction: kq A+BsSC+D K2 is a second order reversible to be carried out in a batch reactor. The feed consist of the same initial concentration for A and B which is 12 kmol/m? for each one. The volumetric flowrate 2.8 m/h. Determine the reaction time required to achieve 80 % conversion where k; is equal to 0.41 m*/kmol.h and K. = 10. The following reaction:k1A + B C + DK2is a second order reversible to be carried out in a batch reactor. Thefeed consist of the same initial concentration for A and B which is 12kmol/m³ for each one. The volumetric flowrate 2.8 m/h. Determinethe reaction time required to achieve 80 % conversion where ki isequal to 0.41 m³/kmol.h and Ke = 10.

Given data: Initial concentration = 12 kmol/m3 Volumetric flow rate = 2.8 m3/h Conversion = 0.8 Rae…

Answered: The following reaction: kq A+BsSC+D K2…

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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The following reaction: kq A+BsSC+D K2 is a second order reversible to be carried out in a batch reactor. The feed consist of the same initial concentration for A and B which is 12 kmol/m? for each one. The volumetric flowrate 2.8 m/h. Determine the reaction time required to achieve 80 % conversion where k; is equal to 0.41 m*/kmol.h and K. = 10.

The following reaction:
k1
A + B C + D
K2
is a second order reversible to be carried out in a batch reactor. The
feed consist of the same initial concentration for A and B which is 12
kmol/m³ for each one. The volumetric flowrate 2.8 m/h. Determine
the reaction time required to achieve 80 % conversion where ki is
equal to 0.41 m³/kmol.h and Ke = 10.

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