b) The following reversible gas phase reaction is carried out adiabatically in a reactor A=B The reaction rate is 31.1 h

[answerhappygod]

B The Following Reversible Gas Phase Reaction Is Carried Out Adiabatically In A Reactor A B The Reaction Rate Is 31 1 H 1 (66.49 KiB) Viewed 19 times

b) The following reversible gas phase reaction is carried out adiabatically in a reactor A=B The reaction rate is 31.1 h' at 300 K. Component A is introduced to the reactor with a 10 mol % inert and at the temperature of 330 K. Calculate the volume of the following reactor to process 163 kmol h?. i. PFR at 30% conversion (Use Simpson 3/8 integral rule with increment of x=0.1, where x is the conversion) (10 point) ii. CSTR at 50% conversion. (5 points) Data: Heat of formation at reference temperature (AHR)=-6900 J mol of A. Activation energy=65.7 kJ mol? Equilibrium constant (Kc) at 60 °C= 3.03 4 CA=9.3 mol (dmº). Sus= 141 J mol''K'Sus= 141 J mol'' K-?. Cp-iner = 161 J mol'' K'