Problem I (30% Water (Cp = 4.18 kJ/kg.K) entering a counter flow heat exchanger at 20°C is to be heated to 60°C by an oi

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Problem I (30% Water (Cp = 4.18 kJ/kg.K) entering a counter flow heat exchanger at 20°C is to be heated to 60°C by an oi

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Problem I 30 Water Cp 4 18 Kj Kg K Entering A Counter Flow Heat Exchanger At 20 C Is To Be Heated To 60 C By An Oi 1
Problem I 30 Water Cp 4 18 Kj Kg K Entering A Counter Flow Heat Exchanger At 20 C Is To Be Heated To 60 C By An Oi 1 (69.32 KiB) Viewed 10 times
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Problem I (30% Water (Cp = 4.18 kJ/kg.K) entering a counter flow heat exchanger at 20°C is to be heated to 60°C by an oil (Cp =2.1 kJ/kg.K). The oil enters at 100 °C and leaves at 70°C. If the water flow rate is XX kg/min (read the instructions below) and the heat exchanger area is 25 m?, determine: a) the logarithmic temperature difference and b) the overall heat transfer coefficient of this heat exchanger. USE the LMTD method to solve the problem. Write down all your assumptions. INSTRUTION: By XX use: 75
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