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The epuration yield was not satisfactory using the CMFR. Thus, the WWTP engineer in chief decided to adopt a new technology consisting in a Plug Flow Reactor to enhance the treatment efficiency. The pollutants are removed according to a first-order kinetics with k = 0.630 %3D day-1. The volumetric flow rate is 70 m3.day-1. For an inlet pollutants concentration of 200 mg/I, what would be the PFR required volume to reach 85% of pollutant decrease?

The epuration yield was not satisfactory using the CMFR. Thus, the WWTP engineer in chief decided to adopt a new technology consisting in a Plug Flow Reactor to enhance the treatment efficiency. The pollutants are removed according to a first-order kinetics with k = 0.630 %3D day-1. The volumetric flow rate is 70 m3.day-1. For an inlet pollutants concentration of 200 mg/I, what would be the PFR required volume to reach 85% of pollutant decrease?

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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19 The epuration yield was not satisfactory using the CMFR. Thus, the WWTP engineer in chief decided to adopt a new technology consisting in a Plug Flow Reactor to enhance the treatment efficiency. The pollutants are removed according to a first-order kinetics with k = 0.630 day-1. The volumetric flow rate is 70 m3.day-1. For an inlet pollutants concentration of 200 mg/l, what would be the PFR required volume to reach 85% of pollutant decrease? Enter your answer
Transcribed Image Text:19 The epuration yield was not satisfactory using the CMFR. Thus, the WWTP engineer in chief decided to adopt a new technology consisting in a Plug Flow Reactor to enhance the treatment efficiency. The pollutants are removed according to a first-order kinetics with k = 0.630 day-1. The volumetric flow rate is 70 m3.day-1. For an inlet pollutants concentration of 200 mg/l, what would be the PFR required volume to reach 85% of pollutant decrease? Enter your answer
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