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01 Jun,2024
Classification of closed cooling towers
According to the direction of water flow and wind direction can be divided into: counterflow closed cooling tower, cross-flow closed cooling tower, mixed flow closed cooling tower. According to the shell material can be divided into: galvanized steel plate closed cooling tower, aluminum zinc plate closed cooling tower, stainless steel closed cooling tower, glass fiber reinforced plastic closed cooling tower and so on. According to the heat exchanger material 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 and so on. According to the different types of fans can be divided into: induced wind closed cooling tower, blast closed cooling tower.
Cooling tower cooling effect is not good, may be caused by the following reasons?
Cooling tower is a kind of industrial cooling equipment, mainly used for cooling in industrial production, if your cooling tower cooling effect is not good, may be caused by the following reasons.
Problems that may be encountered in the use of composite flow cooling towers
The important feature of the working principle of the composite flow (also known as the mixed flow) closed cooling tower is to inhibit the scale generation on the outer wall of the coil. What problems should be paid attention to when the composite flow closed cooling tower is suspended from use or maintenance?
Why does the spray water temperature of the closed cooling tower rise?
The closed cooling tower itself will use large quantities of spray circulating water to absorb the heat transferred from the surface of the condenser. In addition, the closed cooling tower is in the process of actual operation, and the high-temperature medium continuously passes through the condenser copper tube. In the future, it can also use the copper tube to transfer heat to the external spray water. The spray water adheres to the surface of the copper tube, adsorbs heat and volatilizes, resulting in the whole cooling process.