Closed Circuit Water Cooling Tower

Application industries of Closed circuit water cooling tower: biochemistry, pharmaceutical chemistry, coal coking, petrochemical industry, etc

System features: minimal heat dissipation blind spots and high heat exchange efficiency.

Structural principle: Cold air is introduced laterally from both the upper and lower packing sections simultaneously.

(1). Adopting counterflow cooling method; with minimal heat dissipation blind spots and high heat transfer efficiency;

(2). Professional and efficient water collector; control the operating water drift rate to be ≤0.003%;

(3). High-flow duct design ensures that the equipment's operating air volume meets the cooling requirements;

(4). Compared to other types of cooling towers, it occupies a smaller area, meeting the spatial requirements of users;

(5). The box body is equipped with additional air intake louvers to prevent debris from entering the tower and causing spray blockage;

(6). The cooler adopts an anti-freezing and energy-saving design, ensuring that the circulating water is drained completely to prevent freezing damage in cold regions where the temperature at the bottom of the feet can be low;

(7). Direct-connected fan design, featuring an airfoil structure, delivers high air volume with low noise, stable operation, and easy maintenance;

(8). The unit design is elegant and aesthetically pleasing, featuring automatic digital display and simple and easy operation and maintenance.

The Closed circuit water cooling tower adopts a method where cold air is simultaneously introduced from the top and bottom of the packing material, and the condensed exhaust air is discharged from the lower side of the condensation coil through a side-top fan. This airflow path is short and has low resistance, enabling the timely removal of condensed heat and humid air. Due to the change in the flow patterns of air and water, the heat exchange capacity is greatly improved, with the heat exchange capacity per unit area being approximately three times the national standard. After the temperature of the cooling water flowing over the surface of the condensation coil increases, it flows automatically to the packing material for full heat exchange with the fresh air from the side, and is then cooled again, greatly reducing the temperature of the water. The water is then pumped by the circulating water pump to the condensation coil for further heat exchange, maximizing its cooling effect.

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