Meritens was the first to use ozone as a fungicide in drinking water treatment in 1896.The Bon Voyage water plant, established and operational in Nice in 1906, is considered "the birthplace of dr
In recent years, gratifying progress has been made in the application of advanced ozone oxidation method. Advanced oxidation technology of ozone (AOTs), also known as advanced oxidation process (AOPs)
Due to its high reoxidation potential in water (2.07V, second only to fluorine, ranking second), ozone is commonly used for sterilization, deodorization, deodorization, decolorization, etc., and has a
Strong oxidation capacity, fast reaction speed;It has a strong killing effect on bacteria, viruses, spores, soft microorganisms, etc.Oxidize dissolved organic matter, reduce BOD and COD in water; The
The core of this technology is to generate a large amount of ozone gas through a specific electric field to achieve silent discharge. In this process, a series of basic-free chemical reactions occur w
Ozone (O3) is a strong oxidant, bactericidal disinfectant, decolorizer and deodorant. Ozone technology is the key technology to control environmental and water pollution, is one of the four key techno
The strong oxidation of ozone is due to the strong electron - or protophilic properties of the oxygen atoms in the ozone molecule. After ozone decomposition, it can form a strong oxidizing group - hyd
Ozone, the chemical formula is O3, also known as trioxygen, superoxygen, because of its similar fishy odor named, can be reduced to oxygen at room temperature. Larger than oxygen, slightly soluble in
Ozone oxidation technology is a process of oxidative degradation of organic matter by using ozone and free radicals generated by its decomposition. By being produced in water. OH has a REDOX potential
1.electricity desalination wastewater generation and treatment difficultiesCrude oil often contains salt, water (dissolved in oil or in an emulsified state) and needs to be removed by an electrical de