Hi. Please please help me to answer this correctly. Don't spam as this is for my carry mark. Please help me only if you
Posted: Thu Jun 02, 2022 11:07 am
Hi. Please please help me to answer this correctly.
Don't spam as this is for my carry mark.
Please help me only if you can get this correctly.
Thank you so much.
*Determine the
best reactor to run this hydrolysis reaction and specify the reactor conditions. Justify your
answer.*
The reaction rate and extent of reaction (rate constant and rate order) of acetic anhydride hydrolysis can be determined using different types of techniques. This reaction is fast and exothermic which can be regarded as irreversible as represented in Eq. 1. (CH.CO)₂O + H₂O → 2CH₂COOH (Eq. 1) The hydrolysis reaction takes place in a batch system at isobaric condition and perfectly mixed. Acetic anhydride is the limiting reactant with water in excess 10 times higher than acetic anhydride and first order with respect to water. The recorded data for several experiments are presented in Table 1 and Table 2. Table 1. Data recorded for different rate constant at different temperatures Temperature 30 35 40 45 50 55 60 (°C) 0.00019 0.00026 0.0004 0.00055 0.0007 Rate constant 0.00012 0.00015 (L/mol.s) Table 2. Data recorded for one of experimental runs 10 Time (min) 0.5 Conversion, 0.08 3 0.26 0.43 0.75 *** Q4 (CO2, PO2, C4) If acetic anhydride and water are introduced separately and these components are mixed before going into a reactor at 8 mol/L and 20 L/min. There are two types of reactors to choose from, either a 800-L PFR operates at 25 °C or a 200-L CSTR that operates at 77 °C. Given the rate constant, k is 0.07 L/mol-min with activation energy of 83.7 kJ/mol. Determine the INO 2 0.18 4C 6 0.59 8 0.65
The reaction rate and extent of reaction (rate constant and rate order) of acetic anhydride hydrolysis can be determined using different types of techniques. This reaction is fast and exothermic which can be regarded as irreversible as represented in Eq. 1. (CH₂CO);O + H₂O → 2CH.COOH (Eq. 1) The hydrolysis reaction takes place in a batch system at isobaric condition and perfectly mixed. Acetic anhydride is the limiting reactant with water in excess 10 times higher than acetic anhydride and first order with respect to water. The recorded data for several experiments are presented in Table 1 and Table 2. Table 1. Data recorded for different rate constant at different temperatures Temperature 30 35 40 45 50 55 60 (C) Rate constant 0.00012 0.00015 0.00019 0.00026 0.0004 0.00055 0.0007 (L/mol.s) Table 2. Data recorded for one of experimental runs Time (min) 0.5 Conversion, 0.08 2 0.18 3 0.26 4 0.43 6 0.59 8 0.65 10 0.75 X₁ Q4 (CO2. PO2, C4) If acetic anhydride and water are introduced separately and these components are mixed before going into a reactor at 8 mol/L and 20 L/min. There are two types of reactors to choose from, either a 800-L PFR operates at 25 °C or a 200-L CSTR that operates at 77 °C. Given the rate constant, k is 0.07 L/mol-min with activation energy of 83.7 kJ/mol. Determine the best reactor to run this hydrolysis reaction and specify the reactor conditions. Justify your answer. (20 marks)
Don't spam as this is for my carry mark.
Please help me only if you can get this correctly.
Thank you so much.
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best reactor to run this hydrolysis reaction and specify the reactor conditions. Justify your
answer.*
- Hi Please Please Help Me To Answer This Correctly Don T Spam As This Is For My Carry Mark Please Help Me Only If You 4 (32.52 KiB) Viewed 23 times
The reaction rate and extent of reaction (rate constant and rate order) of acetic anhydride hydrolysis can be determined using different types of techniques. This reaction is fast and exothermic which can be regarded as irreversible as represented in Eq. 1. (CH₂CO);O + H₂O → 2CH.COOH (Eq. 1) The hydrolysis reaction takes place in a batch system at isobaric condition and perfectly mixed. Acetic anhydride is the limiting reactant with water in excess 10 times higher than acetic anhydride and first order with respect to water. The recorded data for several experiments are presented in Table 1 and Table 2. Table 1. Data recorded for different rate constant at different temperatures Temperature 30 35 40 45 50 55 60 (C) Rate constant 0.00012 0.00015 0.00019 0.00026 0.0004 0.00055 0.0007 (L/mol.s) Table 2. Data recorded for one of experimental runs Time (min) 0.5 Conversion, 0.08 2 0.18 3 0.26 4 0.43 6 0.59 8 0.65 10 0.75 X₁ Q4 (CO2. PO2, C4) If acetic anhydride and water are introduced separately and these components are mixed before going into a reactor at 8 mol/L and 20 L/min. There are two types of reactors to choose from, either a 800-L PFR operates at 25 °C or a 200-L CSTR that operates at 77 °C. Given the rate constant, k is 0.07 L/mol-min with activation energy of 83.7 kJ/mol. Determine the best reactor to run this hydrolysis reaction and specify the reactor conditions. Justify your answer. (20 marks)