P6-58 For the reaction and data in P6-48, we now consider the case when the reaction is reversible with Kc = 0.025 dm/mol and the reaction is carried out at 300 K in a membrane reactor where C.He is diffusing out. The membrane transport coefficient is ke=0.08 s! (a) What is the equilibrium conversion and what is the exit conversion in a conventional PFR? (Ans.: Xeq = 0.52, X = 0.47) (b) Plot and analyze the conversion and molar flow rates in the membrane reactor as a function of reactor volume up to the point where 80% conversion of di-tert-butyl peroxide is achieved. Note any maxima in the flow rates