a) The irreversible gas phase elementary reaction A+B → C + D + E takes place in a flow reactor. of each stream is 4 lit

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A The Irreversible Gas Phase Elementary Reaction A B C D E Takes Place In A Flow Reactor Of Each Stream Is 4 Lit 1 (43.07 KiB) Viewed 25 times

a) The irreversible gas phase elementary reaction A+B → C + D + E takes place in a flow reactor. of each stream is 4 lit/min and the entering temperature is 300K. The streams are mixed The concentrations of A and B feed streams are 2 mol/lit before mixing. The volumetric flow rate immediately before entering. Calculate the reactor volume to achieve 80% conversion of A in (1) Note: k = 0.04 lit/mol.min at 273K and E - 8,000 cal/mol. ). b) The liquid phase reaction 2A - C follows an elementary rate law and is carried out isothermally in a plug-flow reactor. Reactant A and an inert Bare fed in equimolar ratio and conversion of A is 70%. If the molar flow rate of Ais reduced to 40% of the original value and the feed rate of B is left unchanged, calculate the conversion of A.