Baoji-Qixin - Titanium Anode Mesh Basket for Removing Descale

1. Descaling and descaling: make the heat exchange surface always unscaled to improve the heat exchange efficiency;
2. Rust prevention: solve the problem of red rust in water, and extend the service life of pipelines and heat exchangers;
3. Sterilizing and killing algae: especially killing Legionella, improving safety performance and cooling efficiency;
4. No downtime: Improve water resource utilization efficiency and production continuity;
5. Keep the original pipe: that is, there is no need to change the original circulating water pipe;
6. Water saving and environmental protection, greatly reducing the discharge of circulating water, saving water, no pollution and little maintenance cost.

Active chemicals produced by the over-potential principle show bactericidal ability during decomposition;On the other hand, a high potential gradient is generated on the surface of the electrode during electrolysis. Once the electrode comes into contact with microorganisms, it plays a bactericidal role.In fact, the sterilization mechanism of electrolytic sterilization device has the following reasons:

1. The additional potential, or potential gradient (~106V/cm) at the contact interface will damage the cell membrane when the microorganism and the electrode are in contact;
2. When the microorganism and the electrode are in contact, the electrochemical effect occurs in the microorganism;
3. Secondary sterilization of active substances produced by electrolysis;
4. pH value changes with electrolysis;
5. Joule heat is generated at the electrode interface, and sterilization is carried out by increasing temperature;
6. Microorganisms flow through the current to sterilize;
7. High frequency can be according to the principle of induction dispersion sterilization.

Most electrolytic sterilization devices are based on the electrolysis of chloride ion solution to produce sodium hypochlorite on the anode for sterilization.