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A heavy hydrocarbon with a specific heat of 2.30 kJ/kg K enters the tube side of a shell and tube heat exchanger with a mass
A heavy hydrocarbon with a specific heat of 2.30 kJ/kg K enters the tube side of a shell
and tube heat exchanger with a mass flow rate of 3630 kg/h and 371.5 K and is used to
heat water entering the exchanger at 288.6 K. The outlet temperature of the hydrocarbon
is measured as 349.7 K. If the flow pattern is countercurrent and the overall heat transfer
coefficient of the equipment is 340 W/m2K, what is the heat transfer surface area? (Heat
capacity of water is 4.187 kj/kg K).
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