Iron-carbon micro-electrolysis tower

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Microbial electrolysis is an electrochemical technology that uses the corrosion of iron-carbon particles in an electrolyte solution to treat wastewater. The electrode reaction process does not consume electricity, but can produce oxidation-reduction and electro-flocculation effects; the nascent Fe produced by the electrode reaction is a coagulant with strong adsorption, inclusion and complexation capabilities.

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1. Equipment Overview
Micro (internal) electrolysis is an electrochemical technology for wastewater treatment that utilizes the corrosion of iron-carbon particles in an electrolyte solution to form a micro (internal) electrolysis process. The electrode reaction process does not consume electricity, but can produce oxidation-reduction and electro-coagulation effects; the nascent Fe produced by the electrode reaction is a coagulant with strong adsorption, inclusion, and complexation capabilities. Therefore, the characteristics of micro-electrolysis are multiple mechanisms of action, strong synergy, good comprehensive effects, particularly obvious decolorization effects, and it can also improve the biodegradability of wastewater, good compatibility with secondary biological treatment processes, simple operation, and low operating costs. Its COD removal rate can reach 40-95%, and the decolorization rate is 50-96%. Currently, this technology has been widely used in the treatment of various inorganic wastewater and the pretreatment of organic refractory wastewater, with very obvious effects.
2. Equipment Characteristics:
1. Its pulse expansion technology can keep the bed in a loose and uniform state, maintain a uniform porosity of the bed, reduce resistance loss, and effectively prevent bed agglomeration, blockage, short-circuiting, and dead zones;
2. It can clean and renew the micro-electrode contact surface and reaction surface, which is conducive to improving and maintaining the electrochemical reaction effect;
3. It has the mechanism and function of accelerating electrochemical reactions, significantly improving processing efficiency;
4. The iron filings can be replenished at any time to maintain the uniformity of the bed filling material, greatly reducing the labor intensity of iron replenishment, and extending the service life of the equipment.

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