In the process of producing products, factories produce a large amount of wastewater. Due to the continuous shortage of water resources in the country, chemical wastewater can be further treated to achieve industrial recycling after meeting discharge standards. Today, let's learn about chemical wastewater treatment equipment - microelectrochemical treatment technology.

Chemical wastewater treatment equipment

The wastewater in the chemical industry is generally composed of cyclic compounds or solvent based substances as the raw materials for the reaction. Therefore, the composition of the wastewater is relatively complex, and it contains a large amount of pollutants, high color, and many difficult to degrade substances, making it difficult to treat.

The technology for treating chemical wastewater includes: microelectrolysis treatment technology, new catalytic microelectrolysis fillers, and multiphase catalytic oxidation treatment technology;

Micro electrolysis treatment technology: In the absence of electricity, micro electrolysis fillers are added to wastewater treatment equipment as "primary batteries". After the wastewater is introduced, the "primary batteries" use the wastewater as an electrolyte for electrolytic oxidation and reduction treatment, ultimately achieving the degradation of organic pollutants.

Micro electrolysis treatment technology has a simple process flow and high treatment efficiency. Generally, chemical wastewater can be treated in as little as half an hour;

The effluent quality of chemical wastewater treatment equipment is stable, the operation of the equipment is simple, and daily maintenance is convenient, so the service life of the equipment is long.

The micro electrolysis treatment method can effectively remove high chromaticity, COD, and individual heavy metals.

This wastewater treatment equipment is suitable for wastewater treatment in the chemical industry, printing and dyeing industry, papermaking industry, mining industry, pharmaceutical industry, organic pesticide industry, electroplating industry, etc.

In the process of producing products, factories produce a large amount of wastewater. Due to the continuous shortage of water resources in the country, chemical wastewater can be further treated to achieve industrial recycling after meeting discharge standards. Today, let's learn about chemical wastewater treatment equipment - microelectrochemical treatment technology.

Chemical wastewater treatment equipment

The wastewater in the chemical industry is generally composed of cyclic compounds or solvent based substances as the raw materials for the reaction. Therefore, the composition of the wastewater is relatively complex, and it contains a large amount of pollutants, high color, and many difficult to degrade substances, making it difficult to treat.

The technology for treating chemical wastewater includes: microelectrolysis treatment technology, new catalytic microelectrolysis fillers, and multiphase catalytic oxidation treatment technology;

Micro electrolysis treatment technology: In the absence of electricity, micro electrolysis fillers are added to wastewater treatment equipment as "primary batteries". After the wastewater is introduced, the "primary batteries" use the wastewater as an electrolyte for electrolytic oxidation and reduction treatment, ultimately achieving the degradation of organic pollutants.

Micro electrolysis treatment technology has a simple process flow and high treatment efficiency. Generally, chemical wastewater can be treated in as little as half an hour;

The effluent quality of chemical wastewater treatment equipment is stable, the operation of the equipment is simple, and daily maintenance is convenient, so the service life of the equipment is long.

The micro electrolysis treatment method can effectively remove high chromaticity, COD, and individual heavy metals.

This wastewater treatment equipment is suitable for wastewater treatment in the chemical industry, printing and dyeing industry, papermaking industry, mining industry, pharmaceutical industry, organic pesticide industry, electroplating industry, etc.