Dry air is used as the O2 source in a combustion reaction. The conversion rate (X) of O2 during the reaction and the reaction rates are given in the table above. Dry air enters a reactor at a pressure of 15 atm with a flow rate of 250 L/min. Since the initial temperature is To-27C and R=0.082 L.atm/mol. K;

A) Calculate the volume required for 60% conversion in CSTR.

B) Calculate the volume required for 60% conversion in PFR by Simpson's method.

C) Which type of reactor is more advantageous to use according to the data you found?

Dry air is used as the O2 source in a combustion reaction. The conversion rate (X) of O2 during the reaction and the reaction rates are given in the table above. Dry air enters a reactor at a pressure of 15atm with a flow rate of 250L/min. Since the initial temperature is T0=27C and R=0.082L.atm/mol.K; A) Calculate the volume required for 60% conversion in CSTR. B) Calculate the volume required for 60% conversion in PFR by Simpson's method. C) Which type of reactor is more advantageous to use according to the data you found