UV Sterilizers

Ultraviolet sterilizers used for water treatment are one of the most effective methods for disinfecting water. Therefore, ultraviolet sterilizers can quickly and effectively target and remove all biological impurities found in water. Moreover, they do not require the use of chemicals, thus saving costs, and there is no risk of overuse.

Once the ultraviolet sterilization process is completed, within 10 seconds of exposure to the ultraviolet lamp, up to 99% of bacteria will die. Additionally, its installation is simple and does not change the pH, taste, or other characteristics of the water, making ultraviolet water treatment methods ideal.

With the professional technology of Huaxin ultraviolet water disinfectors, you will receive an economical solution that not only creates value for you but also reduces the operating costs of reverse osmosis devices accordingly.

The advantages of ultraviolet sterilizers:

No need to come into contact with potentially dangerous chemicals (chlorine)

Can complete disinfection almost immediately (unlike chlorine, which requires contact tanks)

Low energy consumption, environmentally friendly (no disinfection by-products)

No wear and tear or need for replacement parts, and the ultraviolet sterilizer does not change the taste or smell of the water

Lower equipment investment compared to other disinfection methods

Simple maintenance (with appropriate pre-treatment) - this was achieved in the end

How do ultraviolet sterilizers work for water disinfection?

The disinfection process of ultraviolet sterilizers is simple in theory. The 254-nanometer energy from the ultraviolet lamp needs to reach the target microorganisms in the water supply. However, many obstacles can affect the performance of ultraviolet. These include:

Suspended solids, including visible and invisible particulate matter (turbidity).

Scaling, a fouling phenomenon caused by physical scaling formed by iron, manganese or calcium carbonate on the quartz sleeve.

Ultraviolet absorbing compounds. The almost complete absorption of ultraviolet rays in water is caused almost entirely by dissolved substances. Certain organic substances, such as humic acid or fulvic acid (tannin), and certain inorganic substances, such as iron and manganese, all absorb ultraviolet rays.

These pollutants must be treated for the ultraviolet treatment to be effective.

Ultraviolet is not an independent treatment process; it always works in conjunction with other water treatment processes.