What is the purpose of circulating cooling water treatment?

After long-term use, cooling water inevitably suffers from three problems: the accumulation of deposits, metal corrosion, and the growth of microorganisms. Water treatment for circulation systems addresses these issues through water quality management methods. The advantages of this approach are as follows. 1. Stable production ； Without hazards such as sediment accumulation, corrosion-induced perforations, and sludge blockages, the heat exchangers in the cooling water system can always operate in an optimal environment. Apart from the planned maintenance, accidental shutdowns for maintenance will be reduced, thereby ensuring long-term safe production in the factory regarding circulating cooling water. 2. Save water resources ； By increasing the concentration ratio of circulating cooling water, **industrial water consumption is reduced. 3. Reduce environmental pollution ； Since circulating cooling water can **reduce the discharge of wastewater for cooling, the small amount of wastewater that is discharged can be treated to meet the allowed emission standards, thus avoiding environmental pollution. 4. Improve equipment utilization ； If proper treatment of circulating cooling water is carried out, the number of heat exchangers that need to be replaced can be reduced, thereby improving economic efficiency.

The purpose is to address the three issues of corrosion, scaling, and microbial sludge, in order to prevent the occurrence of these problems.

Address issues such as scaling, corrosion, and slime algae during system operation to ensure its proper functioning.

In open-loop cooling water systems, the common problems that tend to occur can be classified into scaling, corrosion, and sludge formation. Therefore, the purpose of cooling water treatment is to prevent the accumulation of dirt, sludge, and corrosion in the important equipment of the cooling system – namely the condensers and cooling towers.

The purpose of treating circulating water is to prevent corrosion and scaling in the circulating water system, as well as to avoid the formation of biological sludge

Full utilization of energy, prevention of scaling, corrosion, and sticking