Longantai---High-salinity Wastewater Treatment

1. The high salt content significantly inhibits microbial growth, making the treatment of high-salinity wastewater particularly challenging. As a result, it is a major focus and difficult area in wasteWater Treatment research.
2. Example of process combination
2.1 High-Salinity Wastewater + LCO Ozone Catalytic Oxidation + Membrane Technology
2.2 High-Salinity Wastewater + LEC Electro-Catalytic Oxidation + MVR
3. Technological advantages
3.1 LCO Ozone Catalytic Oxidation: This process employs catalytic oxidation to deeply oxidize the wastewater, effectively decolorizing it and reducing the Chemical Oxygen Demand (COD). By lowering the pollutant load, it alleviates the pressure on subsequent membrane treatment processes. Additionally, this method produces no secondary pollution, making it a clean and environmentally friendly technology.
3.2 LEC Electro-Catalytic Oxidation: This process directly treats wastewater through electro-catalytic oxidation, significantly reducing the concentration of organic pollutants. It ensures the production of pure salts, with the treatment process consuming only electrical energy and producing no sludge. This makes it a novel and efficient catalytic oxidation technology.