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01 Jun,2024
Classification of Closed Circuit Cooling Towers
According to the direction of water flow relative to the wind direction, it can be divided into: counterflow closed cooling tower, crossflow closed cooling tower, and mixed flow closed cooling tower. According to the shell material, it can be divided into: galvanized steel plate closed cooling tower, aluminum-zinc coated plate closed cooling tower, stainless steel closed cooling tower, fiberglass closed cooling tower, etc. According to the heat exchanger material, it can be divided into: copper tube closed cooling tower, stainless steel tube closed cooling tower, carbon steel tube closed cooling tower, titanium tube closed cooling tower, aluminum tube closed cooling tower, etc. According to the fan type, it can be divided into: induced draft closed cooling tower and forced draft closed cooling tower.
The cooling effect of the cooling tower is poor, which may be caused by the following reasons?
A cooling tower is an industrial cooling device primarily used for cooling and temperature reduction in industrial production. If your cooling tower is not cooling effectively, it may be due to one of the following reasons.
Potential Issues Encountered During the Use of Composite Flow Cooling Towers
An important feature of the working principle of the hybrid flow (also known as mixed flow) closed cooling tower is to maximize the suppression of scale formation on the outer wall of the coil. What issues need to be noted when the hybrid flow closed cooling tower is paused or undergoing maintenance?
Why does the spray water temperature of a closed cooling tower increase?
The closed cooling tower itself uses a large volume of circulating spray water to absorb the heat transferred from the surface of the condenser. During the actual operation of the closed cooling tower, the high-temperature medium continuously passes through the condenser copper tubes. In other words, it can transfer heat to the external spray water through the copper tubes. The spray water adheres to the surface of the copper tubes, absorbs heat, evaporates, and thus completes the cooling process.