The reaction takes place between two gases that mix at the entrance of the PFR reactor. The first gas A enters at a flow

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The Reaction Takes Place Between Two Gases That Mix At The Entrance Of The Pfr Reactor The First Gas A Enters At A Flow 1 (43.08 KiB) Viewed 13 times

The reaction takes place between two gases that mix at the entrance of the PFR reactor. The first gas A enters at a flow rate of 14.2 m/min and the second gas contains 50% B and balance in inert I, entering with a total flow rate of 7.1 m/min. Both are instantaneously mixed at the entrance of the reactor at 86°C and 1 atm. The gases are ideal and the product obtained is Raccording to the elementary reaction: A + BR The reaction rate constant of second order reaction is k= 56.1 L/mol min) Calculate the reactor volume operating isothermally to achieve 90% conversion. Known: General plug flow performance equations of second order reaction (If A is limiting component) V 1 (1 + EAM)) M - XA (1+€) === CAO In -In(1 - Xa) - € XA 2 -TA M (M - 1) XA dXA = 447) ] k. CAO 0 M is the ratio between two initial reactants concentration and M>1