The Heat Transfer Formula Of The Closed Cooling Tower

We express according to the heat transfer formula of the closed cooling tower:

(1) When the temperature of the wet ball rises, the amount of air in the air increases, the cooling exchange heat is reduced, and the cooling capacity is reduced;

(2) The temperature of the wet ball rises, the values of the empty cricket increase, and the temperature of the water outlet of the closed cooling tower rises;

(3) The greater the temperature difference between the temperature and the temperature of the dry ball, the greater the ability to cool;

(4) The greater the temperature difference between the temperature and the temperature of the dry ball and the temperature of the wet ball, the temperature of the outlet of the closed cooling tower will be infinitely close to the wet ball temperature.

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