Ozone treatment can be particularly effective in removing odours caused by volatile organic compounds (VOCs), which are often responsible for the “off” or “musty” smell in the water. Ozone can break down these compounds into less odorous products, improving the taste and odour of the water.
Ozonated water can be safe for drinking if properly treated and meets appropriate safety standards. Ozonation is a well-established treatment process used to remove contaminants, kill bacteria, and improve the taste and odour of drinking water. As ozone instantaneously reacts and reverts to pure oxygen, no dissolved ozone is in the water after treatment.
What are the disadvantages of using ozone to treat water?
High initial costs: While it is true that the initial investment required for ozone treatment equipment can be high, it is important to note that the running costs of the process are relatively low. The investment can be recovered relatively quickly.
Limited residual disinfectant: Unlike other disinfectants, ozone does not leave a residual disinfectant in the water, meaning it may not provide long-term protection against microbiological contamination.
Ozone demand will depend on the impurities in the water. The dirtier the water, the more ozone you need to clean it. For higher levels of BOD/COD is recommended to use a pre-filtration to reduce organics in the water and lower the ozone demand significantly.
Item | Ozone Plate Industrial Water Treatment |
Solder pads |
Palladium silver paste |
Size | 221*184mm |
Breakdown strength of substrate |
≧15KV/mm |
Bending strength of substrate |
≧380MPa |
Lifespan | Each plate is rated to last approximately 6000+ hours |
Application | Sewage Treatment Ozone Generator |
Decolorization, deodorization, sterilization and disinfection of municipal sewage; pre oxidation and biochemical improvement of landfill leachate; removal of refractory COD from chemical wastewater; reduction of the halide in the industrial wastewater produced by papermaking, etc; sterilization and COD removal of printing and dyeing wastewater, pharmaceutical wastewater, electroplating wastewater, comprehensive wastewater in industrial park, etc.
Ozone treatment can be particularly effective in removing odours caused by volatile organic compounds (VOCs), which are often responsible for the “off” or “musty” smell in the water. Ozone can break down these compounds into less odorous products, improving the taste and odour of the water.
Ozonated water can be safe for drinking if properly treated and meets appropriate safety standards. Ozonation is a well-established treatment process used to remove contaminants, kill bacteria, and improve the taste and odour of drinking water. As ozone instantaneously reacts and reverts to pure oxygen, no dissolved ozone is in the water after treatment.
What are the disadvantages of using ozone to treat water?
High initial costs: While it is true that the initial investment required for ozone treatment equipment can be high, it is important to note that the running costs of the process are relatively low. The investment can be recovered relatively quickly.
Limited residual disinfectant: Unlike other disinfectants, ozone does not leave a residual disinfectant in the water, meaning it may not provide long-term protection against microbiological contamination.
Ozone demand will depend on the impurities in the water. The dirtier the water, the more ozone you need to clean it. For higher levels of BOD/COD is recommended to use a pre-filtration to reduce organics in the water and lower the ozone demand significantly.
Kairui Hongxing the real manufacturer of ozone related products such as ozone plates with metal grill, ozone plate with detachable mounting base, ozone generator, ozone machines etc. If you are interested of our products or would like to discuss a custom order, please feel free to contact us. We are looking forward to forming successful business relationships with new clients around the world in the near future.
CONTACT US AT ANY TIME