Ultrapure water is a raw material with high application value in industrial production, and it can be used as a raw material to participate in the production of products, such as the configuration of battery electrolyte, the configuration of nutrient solution in biological culture medium, cosmetic raw materials, etc.; It can also be an excellent cleaning agent for cleaning semiconductors, integrated circuits, photovoltaic materials, aerospace parts, etc. Ultrapure water has a high degree of purity and a single component, except for hydrogen atoms and oxygen atoms, it basically does not contain any organic matter, metal ions and minerals, bacteria and microorganisms, so it has become a high-quality raw material for improving the quality of industrial products.
The production process of ultrapure water is strict, and the water quality that can be achieved by general chemical treatment and high-temperature sterilization is still some distance from the quality of ultrapure water. The ultrapure water equipment adopts the unique technology of "reverse osmosis + EDI + polishing mixed bed", which fully demonstrates the advanced and professional nature in the production of ultrapure water, and provides reliable ultrapure water production services for many industrial enterprises.
Reverse osmosis membrane is a powerful membrane separation technology that can realize the filtration of ionic substances, using nano-scale separation materials, and has good anti-pollution ability. It does not rely on biochemical reactions, is driven by pressure, and can achieve the separation and removal of impurities in ultrapure water without any complex operation. The process has the advantages of low energy consumption, low pollution and strong automation.
EDI technology enables high desalination rates of ultrapure water. It can realize charged operation, does not produce any acid and alkali waste liquid, can avoid the cost of acid and alkali neutralization reaction treatment waste liquid, and also relieves the pressure of environmental protection. The use of polishing and mixing technology at the end of the ultrapure water plant can ultimately ensure a stable effluent quality.
Edit: Novelty Technique: m.
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