Which iron-carbon fillers - Shandong Yan Wal Yun Pu find here Company: Weifang Pu Yan Wal Yun Environmental Protection Technology Co., Ltd. is dedicated to the production of specialized high-tech sewage treatment products company. The Company talent, pool of highly qualified team of employees with a sense of responsibility as well as a number of entrepreneurial spirit, iron-carbon micro-electrolysis packing company jointly developed with Sun Yat-sen wastewater can efficiently remove high concentrations of organic matter, improve the biodegradability, but also to avoid running fillers passivation process, compaction phenomenon. And hired Mr. Mel Sun Greater China director of Mercer College of American management consultant for our company, from business management to product sales of full link to us given the full responsibility of tailored processes to ensure that our products and services to achieve first class. We also work with many domestic famous expert institutions jointly developed high-tech water treatment additives and environmental protection equipment. Lin Bin -18,553,692,493 Products: new active iron-carbon micro-electrolysis technology can efficiently remove high concentrations of organic matter in wastewater, improve the biodegradability, but also to avoid running filler passivation, compaction and other phenomena. Micro-electrolysis technology is currently handling high concentrations of refractory organic pollutants in an ideal process, known as electrolysis inside. It is under no external power supply situation itself produces 1.2 volt potential difference electrolytic treatment of wastewater. When the system through the water in the device to form the original cell system, which generates the electric field formed around a lot of current. Electrolysis of wastewater principle; the purpose degradation of organic pollution. Iron release iron ions to generate a new eco-Fe2 + in acidic conditions. Fe2 + has an oxidation - reduction effect, can a redox reaction with the many components of the wastewater occurs; ⑴ reducing hexavalent chromium to trivalent chromium; ⑵ mercury ions are reduced to elemental mercury; ⑶ reduction of the nitro group to an amino group; ⑷ wastewater colored azo group or Auxochrome oxidation - reduction; reach decolorizing effect; improved wastewater biodegradability. Fe2 + adjust PH value generated to further generate Fe3 +; Fe3 + is a good flocculant. They hydrate has a strong adsorption - flocculation, Fe3 + in the reduction of the role of further production of ferrous hydroxide and ferric hydroxide colloid flocculant. Their adsorption capacity is much higher than those applied chemical coagulant hydrolysis obtained; dispersed in water pollution of suspended solids ,, toxic metal ions and molecules can be adsorbed great - flocculation and sedimentation. Its working principle: Electrochemical oxidation - reduction, physical adsorption and flocculation - sedimentation of joint action for wastewater treatment. Features: 1, to solve the micro-electrolysis sewage treatment process filler compaction, passivation, activation, replacement of the problem, and a continuing high activity Tiechuang advantages. Than traditional iron-carbon fillers loss was reduced by more than 60%, the amount of sludge produced simultaneously reduced by more than 50%. 2, within the electrolytic anode and cathode and a catalyst formed by high-temperature alloy structural architecture style, not like iron mixed group with a carbon anode and cathode separated as easily occur, affecting the original cell reaction. Regular micro-electrolysis filler long life, easy operation and maintenance, the process consumes only a small amount of micro-electrolysis filler. Micro-electrolysis based on consumption volume, just added regularly without the need of replacement. 3, microporous activated technology, large surface area, but with addition of a catalyst, for wastewater treatment provides greater current density and better effect micro-electrolysis reaction, the reaction rate is fast. 4, due to the dual role of micro-electrolysis and catalyst, an iron-carbon fillers on the tradition for large concentration of organic matter, high toxicity, high chroma, difficult biochemical wastewater treatment, wastewater COD removal is generally around 35% -60% color degree above 95% while increasing the removal rate of B / C ratio can be greatly improved wastewater biodegradability. 5, electrolytic treatment method can achieve the effect of phosphorus chemical precipitation, but also by the reduction in addition to heavy metals. Wastewater treated by micro-electrolysis in water to form the original ecology of ferrous or ferric ions, better than conventional coagulant coagulation without plus molysite coagulant, COD removal efficiency and will not water cause secondary pollution. 6, Fe2 + catalysis, micro electrolysis after dosing H2O2, namely Fenton oxidation process, for some refractory chemical wastewater to the solution of CODcr rate of 75-95%. Even containing fluorine, carbon double bond, nitro, halo structure in addition to the degradation of organic substances is difficult to have a good degradation effect. 7, the technique by means of high-temperature sintering iron and metal catalysts and carbon together to form an inclusive architecture style iron-carbon structure. One can avoid passivation of iron-carbon generation, although the bare iron passivation, but the friction between the particles may well reduce the passivation layer, and iron, but not within the framework of carbon passivation affected. 8, the technique by means of smelting iron and metal catalysts and carbon together to form an inclusive architecture style iron-carbon structure. ① The structure of iron and carbon is always one, not like the iron-carbon group with a combination of iron and carbon prone to separation, the impact of the original cell reaction. ② one can reduce the resistance of the iron-carbon primary battery reaction, thereby increasing the efficiency of electron transfer, and improve process efficiency. ③ iron-carbon integrated frame structure can effectively avoid the passive generation. Tolerant architecture micro electrolysis technology is a technological revolution iron-carbon micro-electrolysis technology. Its wide application development will bring new vitality and chemical industries. Iron-carbon micro electrolysis technology inclusive fixed fluidized bed operation mode, its operation and maintenance easy, safe and reliable operation. Forest Management QQ601269011 works ● general principles: micro-electrolysis is based on an electrochemical reaction in the galvanic cell. When the iron and carbon immersed in an electrolyte solution, due to the presence of dyeing wastewater 1.2V between Fe and C