Calculation of heat exchange condensate water
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Flue gas flow rate, dry (Nm3/h): 370,000; Flue gas flow rate, wet (Nm3/h): 420,000. 7. Total heat transfer coefficient: 206 W/m2·K. 8. Flow rate of refrigerant water: 35 m3/h. 9. Temperature difference between inlet and outlet: 15°C. 10. Condensation heat exchange area: 904 m2. 11. Logarithmic mean temperature difference: 12.85°C. Inlet water temperature: 25°C; Outlet water temperature: 40°C. How can I calculate the temperature drop of the flue gas and the amount of condensed water? I hope someone can help me with this
Find a book on principles of chemical engineering to read: lol
General conditions for setting requirements: Logistics 1, inlet: composition, temperature, pressure (absolute), flow rate. Output: temperature, pressure. Logistics 2, inlet: composition, temperature, pressure, flow rate. Output: temperature, pressure.
First, observe the water more and learn the theory. Young man, lay a solid foundation first
Hello, I am currently studying * in this area. Could you explain to me the principles and formulas used for calculating condensate water?