Quotation for integrated magnetic coagulation wastewater treatment

Magnetic coagulation wastewater treatmentThe magnetic coagulation wastewater purification technology directly achieves mud water separation underground and clear water up to the well, effectively saving energy. The separated coal slurry has a low moisture content and can be directly filtered and sold, effectively reducing mining pollution while directly generating economic benefits, bringing technological innovation to mine wastewater treatment.
Adopting full underground treatment, saving land and energy, without considering winter antifreeze measures, achieving industrial reuse and standard emissions
All electrical components meet the safety and explosion-proof requirements of coal mines
◆ Treating coal mine water from the source, * solving the problem of dredging the underground water tank, maximizing and ensuring the effective storage capacity of the underground water tank, which is beneficial for underground safety assurance
The entire equipment adopts fully automated control, with simple operation, convenient maintenance, high degree of automation, stable and reliable operation
Coal slurry is directly dehydrated underground and transported to the well, achieving maximum comprehensive utilization
Fully utilize gravity flow, reduce system power consumption, high degree of automation, overall scientific and reasonable process, energy-saving and environmentally friendly
The system has strong shock load resistance and can effectively cope with fluctuations in incoming water quantity and quality. The effluent is stable and can be directly used for underground production

Magnetic coagulation wastewater treatmentThe technology is applicable to:

Purification of water bodies with particulate pollutants, high molecular weight organic compounds, heavy metal substances, phosphate ions, poor biodegradability, and suspended solids as the main pollutants, especially for rapid purification of high flow sewage. including:

Metallurgical wastewater, papermaking wastewater, mine water, coal washing wastewater, tailings wastewater, oil and gas field wastewater, stone cutting wastewater, power plant circulating water, desulfurization wastewater, electroplating electronic heavy metal wastewater, chemical wastewater, ship ballast water, black and odorous river water, lake landscape water, artificial wetland water intake, industrial water intake, municipal pile foundation mud wastewater, industrial park wastewater, membrane separation or biological pretreatment, emergency treatment of various water pollution, etc.