A preliminary assessment of a process for the hydrodealkylation of toluene is to be made. The reaction involved is: C6H5CH3+H2C6H6+CH4 The feed to the reactor will consist of hydrogen and toluene in the ratio 2H2:CC6H5CH3 Show that with this feed and an outlet temperature of 900K, the maximum conversion attainable, i.e., the equilibrium conversion, is 99.6% based on toluene. The equilibrium constant of the reaction at 900K is Kp=227 [20]