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For the reaction that takes place as A (g) +1/2 B (g) → 20 (g), it is reported that the reactants are fed at a stoichiometric rate at a volumetric flow rate of 20 dm3 / s at the beginning of the reaction. The reaction takes place isothermally desired at a total temperature of 100 atm and 200 ° C. Reaction rate expression: -ra = ((k1 * Ca) + k2 * Cc) / (k3 * Cb) as k1 = 20 1 / s and k2 = 20 1 / s and k3 = 20 dm / mol . Two reactors from one CSTR and one PFR are targeted for the process, where the highest conversion value is aimed to be 80%. The PFR volume is approximately 12 times the CSTR volume. In light of this information: a) Show the product and reactant concentrations in the graph as the name of the conversion. b) Show and prove the most suitable reactor credit? c) Once determined 1. Find the conversion value at the reactor outlet? d) Find the total volume of the reactors?
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