Iron–Carbon Micro-Electrolysis & Fenton Technology
or high-concentration organic wastewater generated by chemical industrial parks, pharmaceuticals, pesticides, chemical synthesis, and fine chemicals industries, these organic wastewaters have complex compositions, high COD, high salinity, are difficult to degrade, have deep colour, and are highly toxic. If not pretreated, the biological treatment process will be difficult to operate stably. Catalytic oxidation technology generates hydroxyl radicals (-OH), which have certain oxidizing properties. Through radical reactions, organic pollutants can be effectively decomposed, improving the biodegradability of wastewater and laying a solid foundation for the stable operation of subsequent biological treatment processes.
Due to its strong oxidizing nature, easy control of operating conditions, and near-complete mineralization of catalytic oxidation technology, it is widely used in treating high-concentration, difficult-to-degrade wastewater. Our company, based on the advantages and disadvantages of advanced oxidation technologies combined with the characteristics of wastewater, recommends targeted processes including iron-carbon micro-electrolysis, Fenton oxidation, ozone oxidation, and electrochemical oxidation, either independently or in combination.
Project Cycle
