Hongtai Yuan does not require chemical addition, electrolytic phosphorus removal equipment, industrial wastewater treatment equipment

Hongtai Yuan does not require chemical addition for electrolytic phosphorus removal equipmentThe removal of phosphorus is achieved by sacrificing the anode and electrolyzing to produce hydroxide flocs that aggregate colloidal substances in water, forming flocculent precipitates. Electrolysis is an efficient wastewater treatment method that combines multiple processes such as sedimentation, flocculation, and air flotation, and has a significant effect on phosphorus removal.

In addition, the electrolysis method is simple to operate, has high phosphorus removal efficiency, and does not require manual addition of chemical reagents during the phosphorus removal process. The entire system has a small footprint and produces less sludge. Taking the iron electrode as an example, during the electrolysis process, the Fe2+released by the anode and Fe3+in the solution will react with phosphorus in the form of phosphate ions to form insoluble iron salts. Some Fe2+and Fe3+react with OH - in the solution within a certain pH range to form insoluble iron hydroxyl compounds. These iron containing hydroxyl complexes can undergo colloidal flocculation, thereby achieving the effect of treating water quality.

Hongtai Yuan does not require chemical addition for electrolytic phosphorus removal equipmentIt can be used independently as a finished equipment or combined with A/O integrated equipment. The various modules of the reactor are built into the A/O integrated equipment and become a part of it. According to the internal space, processing capacity, and processing requirements of the integrated equipment, the module structure of the appropriate size can be customized, which not only reduces the equipment investment cost for customers, but also increases the overall aesthetics of the equipment.

This device does not require the addition of any chemical agents, occupies a small area, is easy to operate, has a high degree of automation, short processing time, high processing efficiency, and produces less sludge with high sludge density.