The development trend of sodium hypochlorite generators

The sodium hypochlorite disinfection method is currently widely used abroad. In China, as chemical control becomes stricter, the operating costs of other disinfection methods will also increase. It is appropriate to use a sodium hypochlorite generator instead of other disinfection equipment at this time.

As a type of water treatment disinfection and sterilization equipment, the development trend of sodium hypochlorite generator is mainly reflected in the following aspects:

1.Technological Innovation: With the advancement of technology, the manufacturing process of sodium hypochlorite generators continues to develop, including improving the efficiency of electrolytic reactions and enhancing the stability of equipment.

2.Market demand growth: Due to the strong oxidizing and disinfecting properties of sodium hypochlorite, its demand in water treatment, medical disinfection, food processing and other fields continues to grow.

3.Environmental awareness enhancement: With the enhancement of environmental awareness, sodium hypochlorite generator, as an environmentally friendly equipment that uses industrial salt or seawater dilute solution to produce disinfectants, has a promising market prospect.

4.Industrial Chain Improvement : The industrial chain of sodium hypochlorite generators is gradually improving, from raw material supply to equipment manufacturing, and then to terminal applications. The synergistic effect of the entire industrial chain will drive the development of the industry.

5.Policy Support: National policy support is also an important factor in promoting the development of the sodium hypochlorite generator industry, such as the national "14th Five Year Plan" industrial policy.

6.International Market Expansion: The global market for sodium hypochlorite generators is growing and is expected to maintain a certain annual compound growth rate in the coming years, with the Chinese market playing an important role.

7. Intensified Industry Competition: With the expansion of the market, the competition in the sodium hypochlorite generator industry is also intensifying. Enterprises need to enhance their competitiveness through technological innovation, product upgrading, and market expansion.

8.Risk Management : The development of the industry is accompanied by risks, such as changes in the economic environment, exchange rate risks, and internal competition within the industry. Enterprises need to strengthen risk management.

9.Market Segmentation: The sodium hypochlorite generator market may be further segmented to meet specialized products in different application areas and customer needs.

10.Intelligent Development: With the advancement of intelligent manufacturing, sodium hypochlorite generators may integrate more intelligent functions to improve production efficiency and operational convenience.

These trends reflect the positive development trend of the sodium hypochlorite generator industry in terms of technological innovation, market demand, environmental policy support, industry chain improvement, and international market expansion.

Regularly maintain the cleanliness of the sodium hypochlorite generator equipment

1.Regularly maintain the cleanliness of the sodium hypochlorite generator equipment, and the salt contamination at the bottom of the salt dissolving tank should be removed regularly to avoid salt contamination entering the electrolytic cell as much as possible.

2.Regularly check if there is any leakage in the inlet valve of the generator's circulation pipe, and promptly repair or replace it if found.

3.After the work is completed, the generator must be backwashed with tap water to prevent NaClO from corroding the inner wall of the anode, and to remove deposits such as Ca2+and Mg2+.

4.The electrode used in this electrolytic cell is a tubular electrode. Under normal water quality conditions, after 250 hours of electrolysis, the generated calcium and magnesium ions will scale and deposit on the cathode surface, causing a decrease in the current of the cell. Therefore, acid soaking treatment should be carried out. The treatment method is to empty the liquid in the molten salt water tank, medicine storage tank, and cooling water tank after backwashing is completed. The installation and commissioning personnel guide the user operator to remove the electrolytic cell, soak it in about 3% dilute hydrochloric acid for 10-15 minutes, and then rinse it with clean water.

5. After about 60 months of use under normal water quality conditions, the anode active coating of this electrolytic cell gradually reduces the current value of the cell. After thoroughly cleaning the electrolytic cell, observe the black layer of the anode. If local visible titanium metal background color is found, it must be repainted at the factory. The electrode active coating should be repainted at the factory by contacting the manufacturer.