Principle of Operation: Water Treatment Ozone Generator
In water treatment, ozone and its intermediate decomposition product hydroxyl radical (·OH) work synergistically, demonstrating strong oxidizing properties. They can break down organic matter that is difficult to degrade by general oxidants. The process is safe, rapid, and effective for sterilization, disinfection, deodorization, and decolorization, with no residuals or toxic side effects, benefiting environmental protection. It is widely used in mineral water, purified water, beverages, brewing water, tap water, food processing water, urban secondary water supply disinfection, and the purification and reuse of various industrial wastewater, sewage, industrial circulating water, swimming pool water, aquarium water, aquaculture water, urban domestic wastewater, and reclaimed water.
Ozone Generator for Water Treatment Application in Sewage Processing:
Ozone technology is now widely used in municipal wastewater treatment and other fields. Ozone treatment offers advantages such as small land occupation, high purification levels, and no secondary pollution, making it a key technology for future development. Some Chinese cities, including Beijing, have adopted ozone wastewater treatment methods, but the overall industry is still in its infancy. Various related technologies, auxiliary processes, equipment, and even standards are still not well-established, and further standardization is needed.
Ozone molecules' electronic structure imparts high reactivity and strong oxidizing properties to ozone. The ozone reactions in water involve both direct and indirect reactions, with indirect reaction proportions typically increasing as the pH value rises.
When ozone technology is applied to wastewater treatment, its strong oxidizing property can break down the molecular structure of organic or inorganic substances, thereby altering their nature. This results in the following benefits: stronger sterilization and disinfection, odor and taste removal, decolorization, removal of iron and manganese, oxidation and decomposition of organic matter, etc.
