In the 14 type heat exchanger that you will design with the 4 (30P) Kem method, a gas mixture consisting of isobutene, methanol and inert with a flow rate of 820kmolhh will be cooled from 130C to 80C. Well water will be used as the cooling fluid. Wafer enters the pipe in the heat exchanger at 25C and leaves at 50 C. The length of the heat exchanger will be 4m and the arrangement of the pipes will be chosen as a square arrangement. If the lacket side film heat transfer coefficient is 556W/m2C : a) dacketitioner diameler. b) All heat transfer coefficient Data: i) Cui/Ni alloy will be used as pipe vi) ii) Distance between obstacles 0.35cm iv) Pipe outar ciametat 20mm Average molecular weight of gas stream 50 vii) Average C of gas is 20.5kcal/kmol In the 14 type heat exchanger that you will design with the 4 (30P) Kem method, a gas mixture consisting of isobutene, methanol and inert with a flow rate of 820kmolhh will be cooled from 130C to 80C. Well water will be used as the cooling fluid. Wafer enters the pipe in the heat exchanger at 25C and leaves at 50 C. The length of the heat exchanger will be 4m and the arrangement of the pipes will be chosen as a square arrangement. If the lacket side film heat transfer coefficient is 556W/m2C : a) dacketitioner diameler. b) All heat transfer coefficient Data: i) Cui/Ni alloy will be used as pipe vi) ii) Distance between obstacles 0.35cm iv) Pipe outar ciametat 20mm Average molecular weight of gas stream 50 vii) Average C of gas is 20.5kcal/kmol