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Topic: Catalyst Deactivation PROVIDE HANDWRITTEN SOLUTION PLEASE After some time, a catalyst experience sintering that leads to decreasing catalytic activity based on the given model below: Td da dt ka ka³ The ka (deactivation constant) has a unit of (per day) and obeys Arrhenius Eq. -1,500 = 50e T The temperature operation of the reactor is 300 Kelvin. When the activity of the catalyst hits ninety-five percent, it will be changed with a new one. Determine the time the catalyst could be utilized.

Topic: Catalyst Deactivation PROVIDE HANDWRITTEN SOLUTION PLEASE After some time, a catalyst experience sintering that leads to decreasing catalytic activity based on the given model below: Td da dt ka ka³ The ka (deactivation constant) has a unit of (per day) and obeys Arrhenius Eq. -1,500 = 50e T The temperature operation of the reactor is 300 Kelvin. When the activity of the catalyst hits ninety-five percent, it will be changed with a new one. Determine the time the catalyst could be utilized.

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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Topic: Catalyst Deactivation PROVIDE HANDWRITTEN SOLUTION PLEASE After some time, a catalyst experience sintering that leads to decreasing catalytic activity based on the given model below: rd da dt ka k₁a³ The ka (deactivation constant) has a unit of (per day) and obeys Arrhenius Eq. -1,500 = 50e T The temperature operation of the reactor is 300 Kelvin. When the activity of the catalyst hits ninety-five percent, it will be changed with a new one. Determine the time the catalyst could be utilized.
Transcribed Image Text:Topic: Catalyst Deactivation PROVIDE HANDWRITTEN SOLUTION PLEASE After some time, a catalyst experience sintering that leads to decreasing catalytic activity based on the given model below: rd da dt ka k₁a³ The ka (deactivation constant) has a unit of (per day) and obeys Arrhenius Eq. -1,500 = 50e T The temperature operation of the reactor is 300 Kelvin. When the activity of the catalyst hits ninety-five percent, it will be changed with a new one. Determine the time the catalyst could be utilized.
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