Acetic acid $(100,\%)$ produced from biomass is a promising feedstock for the production of clean$-$energy sources of hydrogen. You are working for a company that produces hydrogen and your boss asks you to prepare a design project for a hydrogen synthesis plant which would be located close to your current plant site. Hydrogen synthesis plant is supposed to be only $295m$ away from the storage tank area of the acetic acid and will have an attitude of $30m$ with respect to this plant. The storage tank, which is the start point of the pipeline, is being operated at $25C$ and $1\mathrm{.}5$atm. The volumetric flow rate of the acetic acid is $6\mathrm{.}1{10}^{-3}\frac{m^3}{s}.$ The storage tank, which is the end point of the pipeline is opened to the atmosphere. All of the piping is $2$ in schedule $80$ pipe. At this stage, you are expected to

i$)$ Decide on the material of pipes $($Hint: Check corrosivity from the "Safety Data Sheet" for your chemical$),$

ii$)$ Decide on the type and number of valves and fittings,

iii$)$ Calculate the total frictional loss,

iv$)$ Decide on pump efficiency,

v$)$ Calculate the $kW$ power needed for the pump.

You must present a detailed sample$-$hand calculation in your report as well as an explicit diagram of your pipeline with all fittings and valves, etc.

Your report should include:

Cover page

Statement of the problem

Method of calculations

Assumptions$/$decisions made

Hand calculation results

Discussion $($Discussing the assumptions and decisions made$)$