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The CSTR shown in Figure is used to treat an industrial waste, using a reaction which destroys the waste according to first-order kinetics: dC -kC dt where k= 0.89 day-1 Q(in) The reactor volume is 580 m, the volumetric flow rate of the single inlet and exit is 60 m/day and the inlet waste concentration is 100 mg/l. Compute the outlet concentration. Hint: Consider a steady-state CSTR with 1st-order Decay

The CSTR shown in Figure is used to treat an industrial waste, using a reaction which destroys the waste according to first-order kinetics: dC -kC dt where k= 0.89 day-1 Q(in) The reactor volume is 580 m, the volumetric flow rate of the single inlet and exit is 60 m/day and the inlet waste concentration is 100 mg/l. Compute the outlet concentration. Hint: Consider a steady-state CSTR with 1st-order Decay

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
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The CSTR shown in Figure is used to treat an industrial waste, using a reaction which destroys the waste according to first-order kinetics: dC = -kC dt , where k= 0.89 day-1 Q(in). The reactor volume is 580 m, the volumetric flow rate of the single inlet and exit is 60 m/day and the inlet waste concentration is 100 mg/l. Compute the outlet concentration. Hint: Consider a steady-state CSTR with 1st-order Decay
Transcribed Image Text:The CSTR shown in Figure is used to treat an industrial waste, using a reaction which destroys the waste according to first-order kinetics: dC = -kC dt , where k= 0.89 day-1 Q(in). The reactor volume is 580 m, the volumetric flow rate of the single inlet and exit is 60 m/day and the inlet waste concentration is 100 mg/l. Compute the outlet concentration. Hint: Consider a steady-state CSTR with 1st-order Decay
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