a plot and then analyze the conversion and temperature down the plug flow reactor until and 80 c

Name: a plot and then analyze the conversion and temperature down the plug flow reactor until and 80 conversion if possible is reached the maximum catalyst weight that can be packed into the pfr i 48463
Uploaded: 2023-09-09T17:49:08-08:00
Duration: 4 min 6 s
Channel: Adi S
Description: a plot and then analyze the conversion and temperature down the plug flow reactor until and 80 conversion if possible is reached the maximum catalyst weight that can be packed into the pfr i 48463

In the given equation we have given a second order catalytic gas phase reaction that is 2A tends

Question

a) Plot and then analyze the conversion and temperature in the plug-flow reactor until 80% conversion (if possible) is reached. (The maximum catalyst weight that can be packed into the PFR is 50 kg.) In other words, plot X and T vs. catalyst weight. Assume the DP = 0.0. b) Now take the pressure drop into account in the PBR with rb = 1 kg/dm3. The reactor can be packed with two different particle sizes. With D1, a = 0.019 kg-cat/kg and with D2, a = 0.0075 kg-cat/kg. Plot the conversion and temperature for each catalyst diameter versus the catalyst weight.

          a) Plot and then analyze the conversion and temperature in the plug-flow reactor until 80% conversion (if possible) is reached. (The maximum catalyst weight that can be packed into the PFR is 50 kg.) In other words, plot X and T vs. catalyst weight. Assume the DP = 0.0.
b) Now take the pressure drop into account in the PBR with rb = 1 kg/dm3. The reactor can be packed with two different particle sizes. With D1, a = 0.019 kg-cat/kg and with D2, a = 0.0075 kg-cat/kg. Plot the conversion and temperature for each catalyst diameter versus the catalyst weight.

Added by Shannon B.

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