The liequid$-$phase reaction $A+C$ follows as diementary rate lvw and is camied

out isothermally in a flew syatem, The cancartiationa of the A and $B$ feed streams

ortering tempetature is $302K.$ The strems are minad imrediasply brfoet to tering.

cooled bo $0C.$ The other is a white, bon. $1$ PFR operated at $900K$ that canset be

heatid ar cnoled but can to pained red or bleck. Note: $k-0\mathrm{.}00t$ L$/$mal$-$min at $390K.$

and $r-20$kea$\frac{l}{m}ol.$

a$.$ Which resctor and what contitions do you necoumend? rxplain the reasce fse

your choise $($e$.$e color, cost, space availablo, weather ceeditions$),$ Bock up ysur

reasaning with appogriate calculations.

b$.$ How leng waulf it take to achieve $909$ conxersien in $2200L$ batsh renctor with

c$.$ What would be the answer to part ib$.$ if the reactor is cooled to of $C?$

d$.$ What corversion wauld be abtained if the CSTR and PFR were operated at $300K.$

and connected in series, parallel with $5$ mat$/$min to tach?

e$.$ What batch reactor valame avould be necissory to process the same amount of

rpecies A perday as the flow reacturs, while achieving sofic conversion.