First, why should the industrial circulating water need to be resolved?

There are many impurities in natural water. No matter it is a suspended solid, colloid, dissolved product, it will cause many industrial production problems, like scaling, corrosion, sludge generation, the three most common major hazards. Minimizing the content of harmful impurities, improving the relationship of amounts of fouling ions and corrosive ions in water, and protecting the cleanliness of the water, can effectively slow down or stabilize its hazards. Such as reducing the water colloid, suspended solids and anions;

improving the water Ca +2, HCO3-, CO3-2 content of the relationship between the prevention of microbial growth, to reduce the amount of corrosive gases.

After treatment, Natural water enters the industrial cycle heat transfer system to improve the efficiency of equipment heat transfer, reduce equipment corrosion and improve the operating cycle.

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Second, how to deal with industrial circulating water?

Industrial circulating water treatment, for the nature and use of water quality, must use with the corresponding water treatment chemicals. Water treatment chemical is generally divided into phosphorus-containing water treatment chemical and phosphorus-free water treatment chemical. The former is the traditional water treatment chemical. Due to the discharge of sewage in the environment, the phosphorus content is increasing, resulting in environmental water quality nutrient enrichment and promoting a large number of algae breeding, thus it is not conducive to environmental protection. While Phosphorus-free water treatment chemical is a green water treatment chemical because it overcomes the shortcomings of the phosphorus water treatment chemical.

In a water processing system, the using amount of water treatment chemicals need to take into consideration the cost of treating chemicals and treating effect. Phosphorus-containing water treatment chemicals can be detected by the phosphorus content to judge the chemicals content in the water system. While phosphorus-free water treatment chemical, by means of the instrument and by detecting the strength of the fluorescence signal, to determine the chemicals content. The fluorescent signal is provided by the fluorescent tracer. A fluorescent tracer is formulated in a fixed proportion into a water treatment chemical (chemical: tracer=1000: 1) to form a fluorescent water treatment chemical.