1 mol/s of a species A is fed into a continuous gas phase reactor. The following...

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1 mol/s of a species A is fed into a continuous gas phase reactor. The following two fast equilibrium reactions take place in the reactor, which operates at 298 K and a pressure P: AB+C + D Ka,R1 = 0.375 atm² R1: " R2: A+BE+ C The output of the reactor is assumed to be at equilibrium. The selectivity of the desired product D with respect to the undesired product E (SD/E) is 2:1. " Ka,R2 = 3 Organize (a) Draw a process flow diagram and label all stream and system variables. (b) Write down three auxiliary equations in terms of the variables you wrote down in your process flow diagram only. 1 mol/s of a species A is fed into a continuous gas phase reactor. The following two fast equilibrium reactions take place in the reactor, which operates at 298 K and a pressure P: AB+C + D Ka,R1 = 0.375 atm² R1: " R2: A+BE+ C The output of the reactor is assumed to be at equilibrium. The selectivity of the desired product D with respect to the undesired product E (SD/E) is 2:1. " Ka,R2 = 3 Organize (a) Draw a process flow diagram and label all stream and system variables. (b) Write down three auxiliary equations in terms of the variables you wrote down in your process flow diagram only.

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Step1 Draw a process flow diagram and label all stream and system variables In the process flow diag... View the full answer