A reacts with B to give a product, C. A also reacts to give an unwanted...

 

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A reacts with B to give a product, C. A also reacts to give an unwanted side product, D according to the reactions given below: A + 2 B →C A → D r2A %3D 1.1 By considering the reaction orders of the rate equations, which type of reactor would you choose in order to minimise the unwanted side product? [3] 1.2 A PFR is used for these reactions, the feed consists of A and B mixed in the ratio of 1:2, with a volumetric flowrate of vo. If the conversion and the rate constants are known, how would you find the required reactor volume? [15] A reacts with B to give a product, C. A also reacts to give an unwanted side product, D according to the reactions given below: A + 2 B →C A → D r2A %3D 1.1 By considering the reaction orders of the rate equations, which type of reactor would you choose in order to minimise the unwanted side product? [3] 1.2 A PFR is used for these reactions, the feed consists of A and B mixed in the ratio of 1:2, with a volumetric flowrate of vo. If the conversion and the rate constants are known, how would you find the required reactor volume? [15]

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