.I have a reactor with an input of methanol and an input of a catalyst at 600 C, my outputs are propylene and butylene. I want to adjust my methanol feed temperature so that I can have an isothermal reaction happening at 400C. I am allowed to adjust the reactor temperature up to 20%wt of the feed. How would I set up my energy balance to solve for the feed temperature? Using the enthalpies?

Could it please be hand written

You are designing a reactor for a process that has the following decomposition reaction: A →D + 2F The rate law for this reaction is unknown and must be determined by an experiment. Since the reaction takes place in the liquid phase, you choose to build a CSTR reactor. You allow the reactor to fill to a certain volume, V, and then adjust the inlet and outlet volumetric flow rates to equal values, vo, to allow the system to reach steady state. Once the system is at steady state you measure the outlet concentration, CA. The residence time (t = V/v.) is increased by turning off the outlet flow, which allows the volume to increase, then setting the outlet flow to its original value and waiting until steady state is reached. You measure the concentration again and repeat this procedure multiple times to obtain the following table. Measurement 1 2 (ii) 234 in 3 5 Residence Time (min) 15.0 38.0 100 300 1200 Concentration (mol/L) 1.50 1.25 1.00 0.75 0.50 The inlet concentration (containing…

note: this is about chemical reaction engineering conversion and reactor sizing. show all the necessary steps and solutions. correct answer only pls. thank you. type the answer.