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1. Determine the mass of the old catalyst formulation used in the reactor.

2. Determine if the mass of catalyst needs to be changed for the new catalyst to maintain the same conversion of A and production of B

3. If the catalyst mass needs to be changed, what is the mass of new catalyst required?

The following second-order catalytic reaction is currently carried out in a fixedbed reactor operating isothermally at 650K. ABkk=4.54107sgmolcm6 Pure A is f ed to the reactor and a conversion of 93% is achieved at a pressure of 2.0atm. The catalyst vendor has changed fabrication procedures and has verified that the intrinsic rate constant listed above is unchanged. Using the following data, determine if the mass of catalyst needs to be changed for the new catalyst to maintain the same production rate of B. The following second-order catalytic reaction is currently carried out in a fixedbed reactor operating isothermally at 650K. ABkk=4.54107sgmolcm6 Pure A is f ed to the reactor and a conversion of 93% is achieved at a pressure of 2.0atm. The catalyst vendor has changed fabrication procedures and has verified that the intrinsic rate constant listed above is unchanged. Using the following data, determine if the mass of catalyst needs to be changed for the new catalyst to maintain the same production rate of B