How to choose between air cooling and water cooling in the northwest region?
Thread Content
The sandstorms in Inner Mongolia are severe and last for a long time. There is a lot of dust and sand. When water cooling is used, there is a lot of sand in it, which can easily cause the water cooler to get clogged. The closed-loop water cooler has poor heat dissipation, although it solves the problem of easy clogging. Although air cooling saves water, it is difficult to lower the temperature in summer; the pores of the heat exchanger tend to get clogged, making cleaning necessary. How to make a comprehensive decision when choosing air coolers, water coolers, and closed-loop water coolers for a new factory?
The northwestern region suffers from drought and water scarcity; it’s better to use air cooling to benefit future generations
Is it possible to use a switching method that combines air cooling with closed-loop water cooling?
Combining the two methods can yield better results. It also depends on the heat exchange temperature required by the heat exchanger; if air cooling is not sufficient, water cooling will be necessary. Properly managing the circulation tank should meet the requirements
Closed-loop air cooling is combined with chiller cooling, with the appropriately cooled circulating water being further cooled by an ice machine. The ice machine is activated only when it is not possible to lower the temperature in summer.
It’s not too serious if there is sediment in the circulating water; it can be removed by regularly draining it from the outlet. Inner Mongolia experiences strong sandstorms during spring and autumn, but it’s fine in the other seasons.