(1) Fast reaction rate, typically industrial wastewater requires only half an hour to several hours. (2) Broad spectrum of organic pollutants it acts upon, including: substances with structures such as fluoroalkyl, carbon double bonds, nitro, and halogenated groups, all demonstrating excellent degradation effects. (3) Simple process flow, long service life, low investment cost, easy operation and maintenance, low operation cost, and stable treatment outcomes. Only a small amount of micro-electrolysis reagents is consumed during the process. The micro-electrolysis agent only needs to be added periodically and does not require replacement or activation before use. (4) After micro-electrolysis treatment, wastewater forms native ferrous or iron ions in the water, which have superior flocculation properties compared to conventional coagulants, eliminating the need for additional iron salts or other coagulants. It achieves high COD removal rates and does not cause secondary pollution to the water. (5) Excellent coagulation effects, high removal rates of color and COD, and significantly improves the bio-degradability of wastewater. (6) This method can achieve the effect of chemical precipitation for phosphorus removal and also can reduce heavy metals through reduction. (7) For existing high-concentration organic wastewater treatment facilities that have not met standards, using this technology as pretreatment for the existing wastewater can enhance bio-degradability while degrading COD, ensuring stable compliance with standards after treatment. It can also be used for deep treatment of wastewater after biological treatment, utilizing micro-electrolysis or a combination of micro-electrolysis and biological filter beds. (8) Each unit of this technology can be used as a standalone treatment method or as a pretreatment process for biological treatment, facilitating sludge settlement and biological film formation. Aviation ground power supply: 2, 36V; aviation power supply: 1, 400Hz; 7, 115/200V; 2, 27V DC; 5, 400Hz; 12, aviation power supply.
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