Iron-carbon packing products: iron-carbon fillers, iron-carbon fillers [technical information] iron-carbon fillers Company: Pu Yan Wal Yun green iron-carbon fillers price: quality first, price favorably! Iron-carbon fillers [technical information]: Experiments, Projects, technical requirements, technical specifications, technical data, and so on. [1] is an iron-carbon filler filler sewage treatment, Pu Yan Wal Yun - iron-carbon fillers not compacted, low loss! Iron-carbon fillers provide samples and experimental process! [2] micro-electrolysis packing process (ie iron-carbon fillers) is the use of electrochemical reaction, redox and flocculation in the removal of COD, color, etc. have made a very satisfactory treatment effect, so much attention and attention. The first iron-carbon micro-electrolysis reaction tank filler is the iron and carbon particles layered filling, so that waste water by filling react. Later found that the reaction tank filler reactions continue to occur as a filler to harden, can not continue to complete the reaction, so the scene frequent cleaning packing, replace the packing. [3] iron-carbon micro-electrolysis to remove the high concentration organic wastewater contaminants main mechanism for: complexation: Micro-electrolysis reaction continuous release of ferrous ions become complexing agent. Coagulation: Micro-electrolysis reaction continuous release of ferrous ions become effective coagulant. Reduction: a new ecological micro hydrogen produced by electrolysis to make some color groups bleaching. Oxidation: nascent oxygen Microelectrolysis produce a certain amount of a strong oxidation, oxidized part of organic matter. [4] iron oxidizing carbon filler principle: electronic interludes when the wastewater will pass through the water molecules, water molecules are decomposed when it will produce large amounts of hydrogen radicals, oxygen free radicals, and hydroxyl radicals, These new eco-radicals have very strong oxidation, the organic matter in wastewater can be completely oxidized to carbon dioxide and water, thereby drastically reduce the COD. [5] iron-carbon micro-electrolysis method is flocculation, adsorption, bridge, swept volume, co-precipitation, the results of a variety of roles electrodeposition, the combined effect of the electrochemical reduction, etc., can effectively remove contaminants to improve the wastewater biodegradability. The main role of redox and electrically attached set, the main component of the filler is micro-electrolysis of iron and carbon, when it is immersed in an electrolyte solution, the electrode potential of 1.2V due to a difference between Fe and C, and thus the formation of numerous micro-cell system and its role in space constitute an electric field, the anode reaction generates a lot of Fe2 into the wastewater, and then oxidized to Fe3, forming a flocculant has a high adsorption and flocculation activity. Cathodic reaction produce large amounts of nascent [H] and [O], under acidic conditions, these active ingredients redox reaction can occur with many of the components in the waste water, the organic macromolecular chain scission degradation, thereby eliminating the organic matter to improve the biodegradability and the cathodic reaction consumes a lot of H generated a lot of OH-, making the water PH value is also increased.