AB The aqueous reaction Product, with known kinetics - 500) (mot min) CACE, is to take...

 

 

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AB The aqueous reaction Product, with known kinetics - 500) (mot min) CACE, is to take place in an experimental tubular reactor (assume plug flow), under the following conditions: Reactor volume (V)=0.1 liter Volumetric flowrate (v,)=0.05 concentration of reactants CA lit/min, CO = 0.01 mol/lit a) What fractional conversion of reactants can be expected? b) For the same conversion as in part (a), what size of stirred tank reactor is needed? New c) What conversion can be expected in a mixed reactor equal in size to the plug flow reactor d) If the feed in (a) is altered such that Co=0.015 mol/lit, CB=0.01 mol/lit, find X AB The aqueous reaction Product, with known kinetics - 500) (mot min) CACE, is to take place in an experimental tubular reactor (assume plug flow), under the following conditions: Reactor volume (V)=0.1 liter Volumetric flowrate (v,)=0.05 concentration of reactants CA lit/min, CO = 0.01 mol/lit a) What fractional conversion of reactants can be expected? b) For the same conversion as in part (a), what size of stirred tank reactor is needed? New c) What conversion can be expected in a mixed reactor equal in size to the plug flow reactor d) If the feed in (a) is altered such that Co=0.015 mol/lit, CB=0.01 mol/lit, find X

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a The fractional conversion of reactants can be calculated using the formula for fractional conversi... View the full answer