Titanium anode shape: titanium anode assembly

Coking wastewater mainly comes from the processes of coking, gas purification and chemical product refining, including dust removal wastewater, final cooling wastewater, residual ammonia water, tar refined separation water, gas pipeline sealing water and Gumalon wastewater, among which residual ammonia and chemical products The medium separation water of the refining process belongs to high-concentration coking wastewater, and the remaining ammonia is the main source of discharge from the coking plant, and the discharged wastewater accounts for more than half of the total plant discharge. Due to the different processes used in coking plants and the depth of chemical product refining, the quantity and water quality of coking wastewater vary greatly.

The characteristic of electro-oxidation technology for coking wastewater treatment is to use special electrocatalytic anode materials and specific currents to change the molecular structure of such pollutants by changing the molecular structure of heterocyclic and polycyclic aromatic compounds in the coking wastewater. , The wastewater of aniline, chlorobenzene, p-chlorophenol, and p-nitrophenol, which are difficult to biochemically explain aromatic compounds, was electrocatalytically explained. After electrocatalytic treatment of coking wastewater, the removal rate of organic matter is 75%-100%, and the removal rate of COD is 20%-55%, which completely solves the problem that organic matter cannot be degraded and cannot meet the standard.

Shaanxi GeerWork Metal Material Co., Ltd. specializes in the production of titanium anodes. The products are widely used in the production of chemicals, electrometallurgy, textiles, petroleum, medicine, marine environmental protection, water treatment, electroplating, cathodic protection, electrodialysis, electrolytic pickling of steel plates, and metal foils. Ozone generator, hypochlorous acid generator, vehicle-mounted oxyhydrogen generator and other industries.