Please answer it perfectly n to the point, i need to learn these questions$($b$)$ A client wishes us to design a fixed adsorption bed to dehydrate a light hydrocarbon gas

stream $(C_1-C_3)$ of flow rate $200\frac{m^3}{h}$ containing $5mo\frac{l}{m^3}$ water at on operating

temperature of $40C.$ For transport to site by road, the vessel dimensions must be

maximum $2m$ in diameter and $7m$ in height $($tan$-$to$-$tan$).$ The walls are $7mm$ thick. The

available adsorbents are listed in Table $8$ below, and additional design data is presented

in Table $9.$

i$.$ Sketch the adsorption bed, indicating all parameters.

ii$.$ Using the data in Table $8$ and Table $9$ below, determine the cost of material in

the bed for each adsorbent.

iii. Based on your result from part $($ii$),$ and on your knowledge of these

adsorbents, which is the most appropriate for the process and why?

iv$.$ Using the data given in the question above and the table below, determine the

breakthrough time at these conditions. State clearly all assumptions made in

the calculation, all equations used, and define all parameters.

v$.$ After the adsorber has been installed, if the breakthrough time needs to be

extended, explain which parameter$($s$)$ you could change to facilitate this.