Question

Need to Design Reactor For ethand decomposition: C_2H_5(g) rightarrow C_2H_4(g) + H_2O(g) the reaction conversion is 97%, the Feed is 100 mole/s, Assuming there is no side reactions, the temperature require for this Reaction to take place is 240 C degree, its continuous Reaction, Assume its isobaric reaction: Find the type of Reactor For these conditions (with explanation) Calculate the heat of Reaction Find the pressur saited For these conditions do mass balance Find the temperature out of the Reactor (with deataled steps) do energy balance (with detailed steps) Find the size of Reactor (with detaled steps) Find the cost ectimation For this Reactor (with detaled steps)

Answer 1

Need to design Reactor for ethanol decomposition C2H5CH(g) rightarrow C2H4(g) + H20 (g) the reaction conversion is 97 %, the feed rs 100 mole/s, Assuming there is no sidereactions, the temperature require for this reaction to take place is 240 c degree its continues reaction, Assume its isobaric reaction: a) Find the type of reactor for these conditions (with explanation) b) calculate the heat of Reaction c) Find the pressur suited for these conditions d) do mass balance e) Find the temperature out of the Reactor (with deataled steps) f) do energy balance (with detaled steps) g) Find the size of Reacter (with detaled steps) h) Find the cost estimation For this Reactor (with detaled steps) \r\n Q C_2 H_5 OH rightaroow C_2H_4 + H_2O x = 97% feed = 100 moles/s T = 240 degree c Isobanc pricess At t = 0 100 moless 100 - gt = 3 moles 0 g7 moles 0 g7 moles