▶ Chlorine Dioxide Disinfection Equipment:

Chlorine dioxide disinfection equipment adds a chlorine dioxide disinfectant to the finished water. The chlorine dioxide disinfectant dissolves in the water to achieve disinfection purposes. Chlorine dioxide disinfection is not easily decomposed. A certain residual amount of chlorine dioxide remains in the finished water, allowing for continuous disinfection of the water quality and preventing secondary contamination of the finished water. Therefore, chlorine dioxide disinfection is often used for disinfecting domestic tap water and sewage, suitable for water bodies where the requirements for the finished water are not extremely strict.
For chlorine dioxide disinfection of water bodies, commonly used equipment and agents include one-part chlorine dioxide disinfectants, two-part chlorine dioxide disinfectants, as well as chemically synthesized chlorine dioxide disinfection equipment and electrolytically synthesized chlorine dioxide disinfection equipment. The actual situation of each project varies, and comprehensive operating costs need to be considered.

▶ Flow-Through Ultraviolet (UV) Disinfection Equipment:

Flow-through UV sterilizers are equipped with high-transmittance quartz glass sleeves, achieving a light transmittance of over 87%. After 8,000 hours of germicidal life, the irradiation intensity remains stable at 253.7 nm. The unique high-brightness mirror-finished sterilization reaction chamber design increases the sterilization intensity by 18-27%, achieving a sterilization rate of up to 99.99%. It can quickly and effectively kill various bacteria, viruses, and other microorganisms. Through photolysis, it can effectively degrade chlorides in the water. It features simple operation, easy maintenance, a small footprint, high treatment capacity, no pollution, strong environmental friendliness, no toxic side effects, low investment cost, low operating cost, and convenient equipment installation. However, due to the non-continuous nature of UV sterilization and its low transmittance in highly turbid water bodies, resulting in unsatisfactory sterilization effects, flow-through UV sterilizers are often used for disinfecting finished water that is relatively clear.

▶ Ozone Disinfection Equipment:

An ozone generator is a device used to produce ozone gas. Ozone is unstable and decomposes easily, making it impossible to store; it must be generated and used on-site (except for short-term storage under special circumstances). Therefore, any location requiring ozone needs an ozone generator. Ozone has a half-life of approximately 6-8 hours, after which it decomposes into oxygen. This gives ozone disinfection the advantage of being continuous while also avoiding secondary contamination of the finished water. As a result, ozone is most widely used in the disinfection of packaged drinking water. It is also extensively applied in fields such as wastewater treatment, industrial oxidation, food processing and preservation, bioengineering synthesis, and space sterilization.