Quotation for Collaborative Anti fouling UV Disinfector

Quotation for Collaborative Anti fouling UV DisinfectorIn terms of disinfection effect, it utilizes the powerful bactericidal ability of ultraviolet light, which can effectively kill various bacteria, viruses, fungi and other microorganisms. Both common Escherichia coli and some pathogens with strong resistance are difficult to survive under ultraviolet radiation. Its disinfection efficiency is high, and it can achieve large-scale disinfection treatment of water or air media in a short period of time, ensuring the hygiene and safety of the environment. In terms of installation and usage, it has strong adaptability. Flexible installation can be carried out according to different usage scenarios, such as hospital wards, food processing plants, swimming pools, drinking water treatment plants, etc. There are various sizes to choose from, with small ones suitable for home environments and large ones meeting the disinfection needs of industrial scales. And the operation is simple and convenient, usually only requiring simple training to get started, greatly reducing the threshold for use.

Quotation for Collaborative Anti fouling UV DisinfectorApplication advantages

High sterilization efficiency: It can achieve disinfection of large areas of water in a short period of time, and the treatment efficiency is much higher than traditional chemical disinfection methods.

No chemical residue: The physical disinfection method does not change the chemical properties of water, avoiding harmful by-products such as trihalomethanes that may be produced by chlorine disinfection.

Low operating costs: The equipment occupies a small area, the structure requirements are simple, and the total investment and operating costs are lower than traditional disinfection technologies.

Convenient maintenance: The self-cleaning device can automatically remove dirt, reduce manual cleaning frequency, and lower the difficulty of operation and maintenance.

Wide applicability: It can handle water bodies with different turbidity, iron content, and chromaticity, meeting the disinfection needs of diverse scenarios.

Application field

Drinking water treatment: suitable for disinfection of direct drinking water systems in residential buildings, office buildings, schools, and other places.

Food and beverage industry: Used for sterilizing production water such as juice, milk, beer, etc., to ensure product hygiene and safety.

Medical field: Disinfect the water and highly pathogenic wastewater used in hospitals and laboratories.

Continuous disinfection of recreational water for public facilities such as swimming pools, water parks, and landscape fountains.

Industrial applications: Microbial control of cooling water systems, central air conditioning circulating water, electronic industry ultrapure water, etc.

Aquaculture: Purification of seawater, freshwater seedlings, and aquaculture water to prevent disease transmission.