Takes Place In A Packed Bed Reactor Operated Adiabatically A And B Are Fed In Equal Amounts The Pressure Drop In The R 1 (37.06 KiB) Viewed 27 times
Takes Place In A Packed Bed Reactor Operated Adiabatically A And B Are Fed In Equal Amounts The Pressure Drop In The R 2 (37.06 KiB) Viewed 27 times
Takes Place In A Packed Bed Reactor Operated Adiabatically A And B Are Fed In Equal Amounts The Pressure Drop In The R 3 (4.28 KiB) Viewed 27 times
takes place in a packed bed reactor operated adiabatically. A and B are fed in equal amounts. The pressure drop in the reactor is given by the following equation dP 0.00002 (P2 2 ²006) dW Calculate the exit pressure if the inlet temperature is 300 K and the exit temperature is 323 K? [24] How does the conversion of the limiting reagent compare to the maximum conversion one can achieve in this reactor? [6] Additional information kcal AH (298K) = -20 mol cal CPA = 200 CPB = 200 cal mol. K CPC = 200 cal mol. K mol. K k = 0.004exp [1258 (0)1 L mol.min CTO = 0.2 mol L mol FAO = 0.6 min Kc = 1000exp -20000 1.987 303 --²)]
takes place in a packed bed reactor operated adiabatically. A and B are fed in equal amounts. The pressure drop in the reactor is given by the following equation dP 0.00002 (P2 2 ²006) dW Calculate the exit pressure if the inlet temperature is 300 K and the exit temperature is 323 K? [24] How does the conversion of the limiting reagent compare to the maximum conversion one can achieve in this reactor? [6] Additional information kcal AH (298K) = -20 mol cal CPA = 200 CPB = 200 cal mol. K CPC = 200 cal mol. K mol. K k = 0.004exp [1258 (0)1 L mol.min CTO = 0.2 mol L mol FAO = 0.6 min Kc = 1000exp -20000 1.987 303 --²)]
The reversible vapour-phase reaction A + B + 2C
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