A liquid-phase reversible exothermic reaction A + B is carried out in a CSTR reaction. The

inlet molar flow rate (FA0) is 400 mol min

, the inlet concentration: CA0= 8 mol L', CRO=0,

and final conversion is 80% calculate

(1) What is the equilibrium temperature for 80% conversion (10%).

(2) The optimum temperature for a smallest reactor volume (15%)

(3) The reactor volume at this temperature (10%) (If you cannot answer (2); then proceed

this question with an arbitrary reasonable temperature.)

Information: (-PA) = TD=kjCA-k-Ca mol L- min:; kJ= exp (17.2 - 5,000/T) min':

k, = exp (42.0-15,000/T) min-

. A liquid-phase reversible exothermic reaction A + B is carried out in a CSTR reaction. The inlet molar flow rate (FAO) is 400 mol min"), the inlet concentration : CA= 8 mol L'', CBo = 0, and final conversion is 80% calculate (1) What is the equilibrium temperature for 80% conversion (10%). (2) The optimum temperature for a smallest reactor volume. (15%) (3) The reactor volume at this temperature (10%) (If you cannot answer (2); then proceed this question with an arbitrary reasonable temperature.) Information : (-:-) = rp=ks CA-k, CB mol Limin"; k:= exp (17.2 - 5,000/T) min": kr = exp (42.0-15,000/T) min"! O