It is desired to design a Plug Flow Reactor $($PFR$)$ capable of yielding $193$ million pounds of product C

annually through the hydrolysis of reactant $A,$ as outlined in question $1.$ Where $193$ is your last digit

of University Registration$).$

The PFR was fed with $2$lkmo$\frac{l}{f}t3$ of Solution A together with equal volumetric solution of $B.$ The

reaction will be carried out Isothermally at $40C.$

a$)$ What is the volume of PFR to achieve the above production of $C$ with $90\%$ conversion of $A?$

b$)$ What is the residence time of the reactor?

c$)$ If the PFR will be replaced with $3$ Equal CSTR$\text{'}$s connected in series. Each CSTR has a volume of

$3000ft3,$ what is the conversion of the FIRST CSTR$?$

Given the Molecular weight of $A$ is $60($lk $/\frac{?}{\text{k}\text{m}\text{o}\text{l}})$ and for product $C$ is $80($lk $/$lk mol$)$