Using the results from Example 22.4, Part (b), determine the conversion in the reactor if the flow

Question:

Using the results from Example 22.4, Part (b), determine the conversion in the reactor if the flow pattern is laminar and not plug flow.

Example 22.4

Consider a simple liquid phase reaction in which reactant A is converted to product B. The reaction is second order in A and the kinetics are given by the equation -TA (reaction rate) = mol/L/s = 0.05c [mol/L]

A stream of material A of concentration 10 mol/L is fed to an isothermal reactor at a rate of 8 L/s. Determine the volume of the reactor to obtain 95% conversion of A assuming 1. A CSTR is used 2. A PFR is used

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From Equation 2234 for a batch reactor dcA dt kc TA From Equation 2235 1 CAO kt S CAO dCA Son CA t c ...View the full answer

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Analysis Synthesis And Design Of Chemical Processes

ISBN: 9780134177403

5th Edition

Authors: Richard Turton, Joseph Shaeiwitz, Debangsu Bhattacharyya, Wallace Whiting

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Question Posted: Nov 09, 2023 02:38 AM

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Using the results from Example 22.4, Part (b), determine the conversion in the reactor if the flow

Question:

-TA (reaction rate) = mol/L/s = 0.05c² [mol/L]²

Step by Step Answer:

From Equation 2234 for a batch reactor dcA dt kc TA From Equation 2235 1 CAO kt S CAO dCA Son CA t c ...View the full answer

Analysis Synthesis And Design Of Chemical Processes

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