(Iron-carbon micro-electrolysis filler - MICROELECTROLYSIS packed tower) iron-carbon micro-electrolysis filler produced - Weifang World Kite. Iron-carbon micro-electrolysis filler properties: not compacted, low-loss, 2 * 2.5cm, spherical structured packing is widely used ...... more iron-carbon micro-electrolysis filler information, please read [details]. [Technical Background] organic waste, especially high salt high concentration organic wastewater treatment, environmental protection has been a large number of domestic workers and management attention problems. With the rapid development of China's chemical industry, a variety of new chemical products to be applied to all walks of life, especially in the pharmaceutical, chemical, electroplating, dyeing and other heavily polluting industries, improve product quality, but also with the quality worsening environmental pollution problems, mainly reflected in: high concentrations of organic pollutants in wastewater, structural stability, poor biodegradability, the conventional process is difficult to achieve emissions standards, and the high cost of treatment, to the enterprise brings great pressure on energy conservation. [Technology Overview] micro-electrolysis technology is an ideal high concentration organic wastewater treatment process, the process used in high salt, refractory, high chroma wastewater treatment can not only greatly reduce the cod and color, but also greatly improve wastewater biodegradability. The technology is in the case of no electricity, the use of micro-electrolysis filler filled micro electrolysis equipment to produce "galvanic" effect on wastewater treatment. Once through the water, in the form of numerous devices of up to 1.2V potential difference "original battery." "Galvanic cell" to make electrolyte water, for the purpose of the current wastewater treatment electrolytic oxidation and reduction, in order to achieve the degradation of organic pollutants discharged by the formation. Nascent generated in the process [? OH], [H], [O], Fe2 +, Fe3 +, etc. can be oxidized and wastewater many components of the reduction reaction, such as to destroy the hair color colored wastewater colored substances group or Auxochrome, even chain scission, to the decolorizing effect; generated further oxidized to Fe2 + Fe3 +, which has a strong adsorption hydrates - flocculation activity, especially after adjusting pH of the resulting alkali ferrous hydroxide and ferric hydroxide colloid flocculant, their capacity is much higher than the general hydrolysis flocculation agents resulting ferric hydroxide colloid flocculation can be a lot of small particles dispersed in water, metal particles and organic molecules. It works reduction, physical as well as joint action flocculation - the electrochemical oxidation-based The process has a wide scope, the treatment effect is good, low cost, processing time is short, easy operation and maintenance, and low power consumption, can be widely used in the treatment of industrial wastewater pretreatment and in depth. [Technical Features] (1) the reaction rate, and general industrial waste only need half an hour to several hours; (2) the role of a wide range of organic contaminants, such as: dual fluorine containing carbon double bond, nitro, halo structure difficult to have a very good addition to the degradation of organic matter degradation; (3) the process is simple, long life, low investment cost, easy operation and maintenance, low operating costs, the treatment effect is stable. Process consumes only a small amount of micro-electrolysis filler. Simply add the filler without replacing regular, direct input can be added. (4) After the micro-electrolysis treatment of wastewater in water to form the original ecology of ferrous or ferric ions, better than conventional coagulation coagulant, such as ferric coagulant without plus, COD removal efficiency, and will not cause secondary pollution of water; (5) has a good coagulation effect, color, COD removal efficiency, the same amount of water can improve the biodegradability of a great extent. (6) The method can achieve the effect of phosphorus chemical precipitation, but also by the reduction in addition to heavy metals; (7) have been completed did not meet the high concentration organic wastewater treatment works, has been using this technique as a pre-construction waste, namely ensure stable discharge of wastewater treatment. Wastewater can also be part of the high concentration of water alone leads to micro-electrolysis. (8) The technology of each unit can be treated as a separate method to use, but also as a pre-treatment process biological treatment, beneficial sludge sedimentation and biological species biofilm [applicable] ⑴ dye wastewater, chemical, pharmaceutical waste water;. Coke, petroleum wastewater; ------ said wastewater BOD / COD value of the treated water after the substantial increase. ⑵ dyeing wastewater; Leather waste; waste paper, wood processing waste; ------ decolorization good applications, while the effective removal of COD and ammonia. ⑶ electroplating wastewater; Printing wastewater; mining waste; other wastewater containing heavy metals; ------ can remove heavy metals from the wastewater. ⑷ organophosphorus agricultural wastewater; organochlorine agricultural wastewater; ------ greatly enhanced biodegradability of the above, and can be phosphorus, sulfur compounds except two, the new catalytic micro-electrolysis filler [Product Overview] CY series of new micro Electrolytic filler Weifang Pu Yan Wal Yun Environmental Protection Technology Co., Ltd. for the current difficult refractory organic wastewater biochemical characteristics and developed a multi-catalytic oxidation of filler. It combines elements from iron-carbon and high-temperature catalytic activation technology to produce porous, of a novel dosing compaction-free micro-electrolysis filler. Acting on the water, can efficiently remove COD, reduce color, improve biodegradability, the treatment effect lasting stability, while avoiding running filler passivation, compaction and other phenomena. The filler is the continuing role of micro-electrolysis reaction an important guarantee, has brought new life to deal with current chemical wastewater. [Product] key innovation (1) by a variety of multi-metal catalyst to form an integrated alloy fused by melting temperature, to ensure that "galvanic" effect sustainable and efficient. Like yin and yang mix does not appear as a very physical separation, the impact of the original cell reaction. (2) structure of formula in the form of a microporous structure, providing a great specific surface area and uniform air flow passage of water, wastewater treatment provides greater current density and better catalytic effect. (3) activity is strong, light weight, not passive, not compacted, the reaction rate is fast, stable and effective long-term operation. (4) a catalytic component for different ratios of different wastewater adjusted to improve the reaction efficiency, expand the range of applications for wastewater treatment. (5) During the reaction, as the anode active iron contained fillers continue to provide electronic and dissolved into the water, in the form of very small places cathode carbon particles flowing out. When after a certain period, may be achieved by way of direct investment plus supplementary packing and timely recovery system stability, but also greatly reduce the operating strength of the workers. (6) packing for wastewater collection oxidation, reduction, electrodeposition, flocculation, adsorption, bridge, volume scanning and co-precipitation-in-one. Low (7) processing costs, substantial removal of organic contaminants in the same time, can greatly improve the wastewater biodegradability. (8) The facilities and equipment can be realized type of structures to meet a variety of needs based on the size and user requirements. (9) Specifications: 1cm * 3cm. (10) Technical Data: Specific Gravity: 1.1 t / m, specific surface area: 1.2 m2 / g, porosity: 65%, physical strength: ≧ 1000KG / CM2 new micro-electrolysis filler is limited Weifang Pu Yan Wal Yun Environmental Science and Technology. The company for the current difficult refractory organic wastewater characteristics and biochemical research and development a multi-catalytic oxidation filler. It combines elements from iron-carbon and high-temperature catalytic activation technology to produce porous, of a novel dosing compaction-free micro-electrolysis filler. Acting on the water, can efficiently remove COD, reduce color, improve biodegradability, the treatment effect lasting stability, while avoiding running filler passivation, compaction and other phenomena. The filler is the continuing role of micro-electrolysis reaction an important guarantee, has brought new life to deal with current chemical wastewater. [Iron-carbon micro-electrolysis filler / iron-carbon fillers / micro-electrolysis filler / iron-carbon fillers / iron-carbon micro-electrolysis filler / iron-carbon micro-electrolysis packing column]