(Solved): b) Calculate the specific compression work required for adiabatic isentropic compression. Assume tha ...

b) Calculate the specific compression work required for adiabatic isentropic compression. Assume that mydrogen behaves like an ideal gas. What is the temperature of the hydrogen after compression and can it be used directly in hydrogenation? c) Your boss asks you whether it would make sense to increase the pressure further up to 72 bar and asks you what an energetically sensible pressure curve with intermediate cooling at 24 bar would look like. Draw this curve in the diagram and mark the work saved. To answer the first question, assume that the reaction rate increases linearly with the pressure. d) How large must the LOHC mass flow be for the hydrogenation under the assumptions made above? e) The chlor-alkali electrolysis plant is overhauled twice a year for 14 days at a time. How large must the LOHC stock be in order to be able to reliably supply all locations? f) What amount of heat is available at the site through hydrogenation? Recommend a suitable use. 1 \table[[melectruifyer,