The basic principle of cod/ammonia-nitrogen in industrial wastewater by electrolysis is to oxidize organic compounds under the action of electro-catalysis of anode surface or free radicals produced by electric field.In this process, the simultaneous degradation of industrial wastewater cod and ammonia nitrogen, pollutants directly with the anode electro-catalytic reaction, on the anode surface oxidation degradation of organic matter, the specific degradation process and efficiency and anode materials, and the choice of anode materials directly affect the degradation of organic matter.
Traditional anode materials such as lead oxide, PT and so on, in theory also can make organic matter in the oxygen oxidation reaction before oxidative degradation, but its reaction kinetics rate is very slow, the actual application value is small, therefore, the high electrocatalytic activity anode material becomes the new development direction of the degradation wastewater cod ammonia nitrogen.
The titanium anode for the degradation of industrial wastewater cod/ammonia nitrogen is a kind of iridium tantalum anode plate with high electrocatalytic activity, the anode is coated by the activation layer composed of multiple precious metal oxides on the titanium substrate, which embodies its unique superiority in the treatment of cod ammonia nitrogen in the wastewater of degrading machine.Under the precondition of traditional titanium anode technology, Yilede technology according to industry demand, development and production of new titanium anode can break the traditional limitation, safety, economy, no two pollution to treated water, oxidation efficiency of organic pollutant and degradation efficiency of cod ammonia nitrogen are obvious, and can meet the emission standard stipulated by the State.
Titanium anode parameters for the treatment of cod ammonia nitrogen in industrial wastewater degradation:
Base material: TA1
Coating: Multi-precious metal oxides
Shape: Generally for the plate, tube type, net type, can also be customized according to the specific needs of the design.
Application fields: Printing and dyeing papermaking wastewater, waste leachate, medicine wastewater, Yang culture wastewater, municipal sewage, coking wastewater, etc.