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2) As an engineer in a production facility, your assignment is to specify the size of a reactor needed to react a liquid stream (33 L/min) containing species G (concentration = 0.19 M). The goal is to produce a reactor outlet stream with a concentration of G equal to 0.04 M. To accomplish that, a second stream containing species J (concentration = 1.3 M) is also to enter the reactor but at 75% of the volumetric flow rate of the first stream, as shown. ý = 33 L/min, cc = 0.19 M - c,=1.3 M Volume = ? °g=0.04 M The irreversible reaction is: G+J→ P where the reaction rate only depends on species G according to the following kinetic relation: L 1.8- gmol/min Preaction,G Given these requirements, what size reactor (L) is needed to produce these results? (Assume equal densities for all streams.)

2) As an engineer in a production facility, your assignment is to specify the size of a reactor needed to react a liquid stream (33 L/min) containing species G (concentration = 0.19 M). The goal is to produce a reactor outlet stream with a concentration of G equal to 0.04 M. To accomplish that, a second stream containing species J (concentration = 1.3 M) is also to enter the reactor but at 75% of the volumetric flow rate of the first stream, as shown. ý = 33 L/min, cc = 0.19 M - c,=1.3 M Volume = ? °g=0.04 M The irreversible reaction is: G+J→ P where the reaction rate only depends on species G according to the following kinetic relation: L 1.8- gmol/min Preaction,G Given these requirements, what size reactor (L) is needed to produce these results? (Assume equal densities for all streams.)

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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2) As an engineer in a production facility, your assignment is to specify the size of a reactor needed to react a liquid stream (33 L/min) containing species G (concentration = 0.19 M). The goal is to produce a reactor outlet stream with a concentration of G equal to 0.04 M. To accomplish that, a second stream containing species J (concentration = 1.3 M) is also to enter the reactor but at 75% of the volumetric flow rate of the first stream, as shown. v = 33 L/min, cg= 0.19 M c,=1.3 M – Volume = ? °g=0.04 M The irreversible reaction is: G+J→ P where the reaction rate only depends on species G according to the following kinetic relation: L 1.8 gmol/min Preaction,G = Given these requirements, what size reactor (L) is needed to produce these results? (Assume equal densities for all streams.)
Transcribed Image Text:2) As an engineer in a production facility, your assignment is to specify the size of a reactor needed to react a liquid stream (33 L/min) containing species G (concentration = 0.19 M). The goal is to produce a reactor outlet stream with a concentration of G equal to 0.04 M. To accomplish that, a second stream containing species J (concentration = 1.3 M) is also to enter the reactor but at 75% of the volumetric flow rate of the first stream, as shown. v = 33 L/min, cg= 0.19 M c,=1.3 M – Volume = ? °g=0.04 M The irreversible reaction is: G+J→ P where the reaction rate only depends on species G according to the following kinetic relation: L 1.8 gmol/min Preaction,G = Given these requirements, what size reactor (L) is needed to produce these results? (Assume equal densities for all streams.)
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