Micro-electrolysis filler for dye wastewater, wastewater, petrochemical wastewater, leather wastewater, wastewater, wood processing waste, wastewater, printing wastewater, mining waste, waste water containing heavy metals, pesticides and water electrolysis [outlets] iron-carbon fillers sewage treatment quality iron-carbon micro-electrolysis filler reduces COD indicators described in detail: the iron-carbon micro-electrolysis bath filler is my Chinese company developed the third generation of iron-carbon micro-electrolysis filler used in micro-electrolysis reactor, can efficiently remove heavy metal ions in water color degree, high concentrations of organic matter (COD), cyclic and long-chain organic molecules open-loop chain scission, the toxic and harmful to quickly remove organic contamination, improve industrial wastewater biodegradability. High reactivity, not passive, not compacted, non-blocking, periodically backwashed, product use without replacement, just a regular supplement can. Comparison with steel pellets on the market modified iron tablets, the product handling efficiency more than doubled. First, the performance characteristics and innovations of a high activity TPFC novel iron-carbon micro-electrolysis filler containing dilute your trace element M, iron - carbon - M- catalytic element to form a space network structure and improve the oxidation-reduction potential, the use of high-temperature magnetization architecture, microporous activated technology to form a porous structure, large specific surface area, Zeta potential is high, can significantly reduce pollutants open loop, chain scission and the activation energy of the degradation reactions, increasing the reaction rate and purification efficiency. 2, high porosity, low bulk density TPFC novel iron-carbon micro-electrolysis filler into the hole using professional technical architecture, high porosity, bulk density of 0.8-1.2, material Province, dramatically reducing the cost of the project. 3, regular spherical structure cleaning more convenient, efficient and more stable TPFC novel iron-carbon micro-electrolysis filler using regular spherical particle structure, different from the market for all other types of micro-electrolysis packing backwash easier, more water-saving, stable and efficient product activity. 4, no passivation TPFC novel iron-carbon micro-electrolysis filler micro-electrolysis anode material organically combined into one, that is, while the formation of numerous positive and negative electrodes in a single particle, the discharge reaction is always smooth and avoid a fundamental Micro-electrolysis process due to the material surface covered with dense oxide passivation leads to the occurrence of the phenomenon. Truly free passivation, without replacement, just under its slow dissolution rate, can be supplemented periodically. 5, no plug no compaction TPFC novel iron-carbon micro-electrolysis filler for a single material (multi-element composite one), no group with consistent density, regular backwashing, resolve between the course material clogging impurities Fundamentally, compaction and other fillers problems. 6, the high consumption of less TPFC novel iron-carbon micro-electrolysis filler discharge reaction efficiency, material removal unit COD Microelectrolysis less consumption, resulting in a small amount of sludge, low processing costs. 7, pretreatment (detoxification) subsequent biochemical role in ensuring a stable and efficient operation of the dosing and advanced oxidation pretreatment process at the reaction conditions to control runoff water quality fluctuations tend to lag behind, not adequately protect water quality, easy to have a devastating effect on the subsequent biological treatment (This is also the root cause of the high concentration of toxic industrial waste in the past biochemical systems is difficult and efficient operation). And TPFC novel iron-carbon micro-electrolysis filler filtration methods, small fluctuations in runoff water quality impact on water quality, water quality can be sufficiently secured biodegradability meet the requirements of the subsequent biological treatment, biological treatment units to maintain a smooth and efficient operation, and ultimately ensure that water quality standards. 8, the series more targeted, more efficient TPFC novel iron-carbon micro-electrolysis filler, depending on the type of research and development for water models, more targeted, more professional technology, higher processing efficiency. Second, the technical parameters of performance parameters No. Project Name Features Benefits a regular spherical shape,? 10-14mm designed and manufactured specifically for wastewater treatment, easy to maintain high activity backwash beneficial anti-passivation 2 Bulk density (g / cm3) 0.8-1.2 high porosity, high reactivity, reduce the amount of padding to reduce engineering costs ≥65% porosity 3 4 anti-clogging surface area (m2 / g) ≥1.2 larger than the surface area, fast response, high activity and high wear resistance, low loss 5 6 physical strength (Kg / cm2) ≥1100 complete without crushing waste particles 7 active ingredient (Fe-C M) content ≥99% less remaining after reaction magazine, no secondary pollution Third, the application range (1) electroplating, electronic circuit boards and metal smelting industry wastewater; (6) the pharmaceutical, toxic pesticide industry, high concentration organic wastewater; (2) wastewater, especially in awkward, hard discolored high concentrations of printing and dyeing wastewater waste; (7) the petroleum, coking , coal and chemical waste Biorefractory; (3) the production of leather wastewater treatment; (8) Paper difficult biochemical waste; (4) electrophoresis coating wastewater; (9) soy sauce, vinegar, alcohol, and other types of industrial waste fermentation; (5 ) high concentrations of fine chemicals, salt water; (10) and heterocyclic compounds containing sulfur water.