Micro-electrolysis filler for dye wastewater, wastewater, petrochemical wastewater, leather wastewater, wastewater, wood processing waste, wastewater, printing wastewater, mining waste water, waste water containing heavy metals, pesticides and waste water electrolysis [direct] iron-carbon fillers sewage treatment quality MICROELECTROLYSIS filler reduces a detailed description of COD index: iron-carbon micro-electrolysis bath filler is my company developed China's third generation of iron-carbon micro-electrolysis filler, used in micro-electrolysis reaction, which can be efficient removal of heavy metal ions in water color , high concentrations of organic matter (COD), cyclic and long-chain organic molecules ring-opening chain scission, the toxic and harmful organic pollution rapidly cleared improve industrial wastewater biodegradability. High reactivity, not passive, not compacted, non-blocking, may be periodically backwashed product use without replacement, only regular supplement can be. Comparison on the market of steel pellets modified iron tablets, the product handling efficiency more than doubled. First, the performance characteristics and innovation 1, high activity TPFC new iron-carbon micro-electrolysis filler containing dilute your trace element M, iron - carbon - M- catalytic element to form a space network structure, increase the oxidation-reduction potential using high temperature magnetic frame, 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 degradation reaction activation energy, increase the reaction rate and purification efficiency. 2, high porosity, low bulk density TPFC new iron-carbon micro-electrolysis filler into the hole using professional technical architecture, high porosity, bulk density of 0.8-1.2, Materials, significantly reduce engineering costs. 3, regular spherical structure cleaning more convenient, efficient and more stable TPFC new 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 new iron-carbon micro-electrolysis filler micro-electrolysis anode material is organically integrated into one, that is, at the same time the formation of numerous positive and negative electrodes within a single particle, the discharge reaction is always smooth, fundamentally avoid Micro-electrolysis process due to the material surface covered with dense oxide passivation due to take place. Truly free passivation, without replacement, just under its slow dissolution rate can be supplemented periodically. 5, no plug no compaction TPFC new MICROELECTROLYSIS single filler material (multi-element compound one), no group with consistent density, can be regularly backwash resolve inter-course material clogging impurities fundamentally, compaction and other packing issues. 6, less consumption TPFC New high MICROELECTROLYSIS filler discharge reaction efficiency, micro electrolytic material removal unit COD less consumption, resulting in a small amount of sludge, low processing costs. 7, pretreatment (detoxification) a stabilizing role to ensure the efficient operation of the subsequent biochemical dosing and advanced oxidation pretreatment process at reaction conditions to control runoff water quality fluctuations tend to lag behind, can not fully protect the water quality, it is likely to cause a devastating impact on the subsequent biological treatment (This is the root cause of the high concentration of toxic industrial waste in the past biochemical systems difficult to efficiently run). The TPFC new MICROELECTROLYSIS filler filtration mode, small runoff water quality fluctuation on water quality, water quality can be sufficiently secured biodegradability subsequent biological treatment to meet the requirements to maintain smooth and efficient operation of the biological treatment unit, and ultimately ensure that water quality standards. 8, the series more targeted, more efficient TPFC new MICROELECTROLYSIS filler depending on the type of research and development for water models, more targeted, more professional technology, higher processing efficiency. Second, the technical parameters No. Item Name Performance parameters characteristic advantages of a regular spherical shape,? 10-14mm designed and manufactured specifically for wastewater treatment, easy to backwash maintain high activity in favor of the anti-passive 2 Bulk density (g / cm3) 0.8-1.2 high porosity, high reactivity, charge reduction, project costs reduced by 3 porosity of ≥65% 4 anti-clogging surface area (m2 / g) ≥1.2 large specific surface area ratio, fast response, high activity and high abrasion resistance, low loss 5 6 physical strength (Kg / cm2) ≥1100 particles completeness crushing waste 7 active ingredient (Fe-C M) content ≥99% less remaining after reaction magazine, no secondary pollution Third, the application (1) electroplating, electronic circuit boards and metal smelting industry wastewater; (6) the pharmaceutical, toxic pesticide industry, high concentration organic wastewater; (2) wastewater, especially those awkward, hard discolored high concentration printing and dyeing wastewater waste; (7) of oil, coke coal chemical industry and other hard biodegradable wastewater; (3) leather wastewater treatment; (8) Paper Effluent difficult; (4) electrophoresis coating wastewater; (9), soy sauce, vinegar, alcohol, and other industrial waste fermentation; (5 ) high concentrations of fine chemicals, salt water; (10) sulfur-containing heterocyclic compounds and water.