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A first-order irreversible liquid phase reaction A Bik-0.1 min) is carried out under isothermal, steady state conditions in the following reactor arrangement comprising three equal size ideal CSTRS (Continuous-Stirred Tank Reactor) and two ideal PFRs (Plug Flow Reactors). From the information in the figure, the volume of the PFR Vivaz (in L) is (rounded off to the nearest integer)?
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A first-order irreversible liquid phase reaction A Bik-0.1 min) is car...
Calculating the Volume of the PFR
To calculate the volume of the PFR (Vivaz), we need to analyze the reactor arrangement and understand the flow of the reaction.
Understanding the Reactor Arrangement
- The reaction is first-order irreversible with a rate constant of 0.1 min^-1.
- The system consists of three CSTRs and two PFRs.
- The CSTRs are in series, followed by the two PFRs.
Key Points to Consider
- In a CSTR, the concentration remains constant throughout the reactor.
- In a PFR, the reaction occurs along the length of the reactor, with varying concentrations.
Analysis of the Reactor System
- Since the reaction is irreversible, the rate of reaction in the CSTRs will be the same.
- The concentration at the outlet of each CSTR will be different due to the reaction occurring in the previous reactor.
- The PFRs will have different volumes to account for the changing concentration profile.
Calculating the Volume of the PFR
- The volume of the PFR (Vivaz) can be calculated by considering the concentration profile and the rate of reaction in the system.
- By analyzing the flow of the reaction through the CSTRs and PFRs, we can determine the volume of the PFR required to achieve the desired conversion.
- The volume of the PFR (Vivaz) will depend on the concentration profile and the kinetics of the reaction.
Therefore, by carefully analyzing the reactor arrangement and the flow of the reaction, we can calculate the volume of the PFR (Vivaz) needed for the system.
To calculate the volume of the PFR (Vivaz), we need to analyze the reactor arrangement and understand the flow of the reaction.
Understanding the Reactor Arrangement
- The reaction is first-order irreversible with a rate constant of 0.1 min^-1.
- The system consists of three CSTRs and two PFRs.
- The CSTRs are in series, followed by the two PFRs.
Key Points to Consider
- In a CSTR, the concentration remains constant throughout the reactor.
- In a PFR, the reaction occurs along the length of the reactor, with varying concentrations.
Analysis of the Reactor System
- Since the reaction is irreversible, the rate of reaction in the CSTRs will be the same.
- The concentration at the outlet of each CSTR will be different due to the reaction occurring in the previous reactor.
- The PFRs will have different volumes to account for the changing concentration profile.
Calculating the Volume of the PFR
- The volume of the PFR (Vivaz) can be calculated by considering the concentration profile and the rate of reaction in the system.
- By analyzing the flow of the reaction through the CSTRs and PFRs, we can determine the volume of the PFR required to achieve the desired conversion.
- The volume of the PFR (Vivaz) will depend on the concentration profile and the kinetics of the reaction.
Therefore, by carefully analyzing the reactor arrangement and the flow of the reaction, we can calculate the volume of the PFR (Vivaz) needed for the system.
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A first-order irreversible liquid phase reaction A Bik-0.1 min) is carried out under isothermal, steady state conditions in the following reactor arrangement comprising three equal size ideal CSTRS (Continuous-Stirred Tank Reactor) and two ideal PFRs (Plug Flow Reactors). From the information in the figure, the volume of the PFR Vivaz (in L) is (rounded off to the nearest integer)?
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A first-order irreversible liquid phase reaction A Bik-0.1 min) is carried out under isothermal, steady state conditions in the following reactor arrangement comprising three equal size ideal CSTRS (Continuous-Stirred Tank Reactor) and two ideal PFRs (Plug Flow Reactors). From the information in the figure, the volume of the PFR Vivaz (in L) is (rounded off to the nearest integer)? for UPSC 2024 is part of UPSC preparation. The Question and answers have been prepared according to the UPSC exam syllabus. Information about A first-order irreversible liquid phase reaction A Bik-0.1 min) is carried out under isothermal, steady state conditions in the following reactor arrangement comprising three equal size ideal CSTRS (Continuous-Stirred Tank Reactor) and two ideal PFRs (Plug Flow Reactors). From the information in the figure, the volume of the PFR Vivaz (in L) is (rounded off to the nearest integer)? covers all topics & solutions for UPSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A first-order irreversible liquid phase reaction A Bik-0.1 min) is carried out under isothermal, steady state conditions in the following reactor arrangement comprising three equal size ideal CSTRS (Continuous-Stirred Tank Reactor) and two ideal PFRs (Plug Flow Reactors). From the information in the figure, the volume of the PFR Vivaz (in L) is (rounded off to the nearest integer)?.
A first-order irreversible liquid phase reaction A Bik-0.1 min) is carried out under isothermal, steady state conditions in the following reactor arrangement comprising three equal size ideal CSTRS (Continuous-Stirred Tank Reactor) and two ideal PFRs (Plug Flow Reactors). From the information in the figure, the volume of the PFR Vivaz (in L) is (rounded off to the nearest integer)? for UPSC 2024 is part of UPSC preparation. The Question and answers have been prepared according to the UPSC exam syllabus. Information about A first-order irreversible liquid phase reaction A Bik-0.1 min) is carried out under isothermal, steady state conditions in the following reactor arrangement comprising three equal size ideal CSTRS (Continuous-Stirred Tank Reactor) and two ideal PFRs (Plug Flow Reactors). From the information in the figure, the volume of the PFR Vivaz (in L) is (rounded off to the nearest integer)? covers all topics & solutions for UPSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A first-order irreversible liquid phase reaction A Bik-0.1 min) is carried out under isothermal, steady state conditions in the following reactor arrangement comprising three equal size ideal CSTRS (Continuous-Stirred Tank Reactor) and two ideal PFRs (Plug Flow Reactors). From the information in the figure, the volume of the PFR Vivaz (in L) is (rounded off to the nearest integer)?.
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