The reaction is conducted in an adiabatic plug flow reactor. 2A + 2B C The heat of reaction at 298 K is -5000 kJ/kmol K. The feed to the reactor is at 350 K and the reactor operates at 10 bar.

a) Complete a stoichiometric table. 

b) If the equilibrium constant K ( at T = 350 K) is known, calculate K as function of T. 

c) Write an energy balance around the reactor. Write T as a function of extent of reaction.

 

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Species A B C In (moles) 2 3 0 T = 350 K CP (kJ/kmol K) 15 20 50 Plug flow, adiabatic uo T Species A B C In (moles) 2 3 0 T = 350 K CP (kJ/kmol K) 15 20 50 Plug flow, adiabatic uo T