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Write a general mole balance equation for the reaction shown in equation (1) in the lab handout and simply it for a CSTR. Assume a
Write a general mole balance equation for the reaction shown in equation (1) in the lab handout and simply it for a CSTR. Assume a second-order reaction for this saponification reaction with equimolar reactant concentration. Derive the conversion as a function of the Damkohler number for a CSTR and calculate the conversion for the following conditions: space-time 6 mins, initial concentration 0.025M, and T=20C. Frequency / pre exponential factor, A (literature )=5.75108L/mol. min Activation energy, Ea( literature )=48500J/mol. Reactor volume 1090ml
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