The ethylbenzene market is expected to witness market growth at a rate of $3\mathrm{.}83\%$in the forecast period from $2022$ to $2030$ and is expected to reach USD $4\mathrm{.}43$ billionby $2030($Ethylbenzene Market Size, Value, Demand, & Revenue Analysis By $2030($databridgemarketresearch$.$com$).$ As a process engineer you are hired to design achemical plant to produce $80,00$ metric tons per annum of ethylbenzene frombenzene and ethylene. Benzene $($assumed pure$)$ and Ethylene $($containing molefraction of $0\mathrm{.}93$ ethylene, $0\mathrm{.}07$ ethane$)$ feed are available at $20$ bar and $298$ K$.$Ethane is inert.It may be assumed that the only reactions occurring are:$+$CzH$4$PROJECT: Ethylbenzene Productionbenzene ethylene$+$C$$HsCzHsethyl benzeneCoH;CzHs CzH$,$C$$H$,($C$,$Hs$)2$diethyle benzene$($R$1)($R$2)$The molar ratio of benzene to ethylene are approximated at $8$:$1,$ in order to minimizeyielding tri$-$ and higher ethyl benzene.The plant should operate for $330$ days in a year, to allow for shutdown andmaintenance$\mathrm{.}1.$ A conceptual design of the process.You are required to assess the feasibility of such a process by producing thefollowing:$2.$ A detailed design of the REACTOR AND ONE other major piece ofequipment $($such as a heat exchanger, separator, or other equipment$).$ethyl benzene ethylene