Magnetic Separation High-Efficiency Sedimentation Sewage Treatment Equipment Super Magnetic Separator Manufacturer

Suzhou Biyuan Environmental Protection specializes in the research, development, and manufacturing of specific products, including super magnetic separation water treatment equipment, mobile water purification stations, vehicle-mounted emergency water purification stations, integrated super magnetic separation water treatment systems, mobile water treatment units, magnetic microfiltration facilities, magnetic flocculation sedimentation facilities, magnetic loading sedimentation facilities, and specialized equipment for industrial wastewater treatment. The company also undertakes EPC (Engineering, Procurement, and Construction) projects for various industrial wastewater treatment initiatives.

The facilities and technological applications cover areas such as black and odorous water body remediation, treatment of black and odorous rivers and lakes, pollution source control and interception in key water protection zones, upgrades and retrofits of sewage treatment plants, and the treatment of various types of industrial wastewater.

Below, Suzhou Biyuan Environmental Protection introduces the reaction process of magnetic separation technology:
1. Suspended solids wastewater enters the reaction system, where magnetic media mix with the wastewater to form magnetic wastewater;
2. PAC (Polyaluminum Chloride) coagulates with the magnetic wastewater; PAM (Polyacrylamide) is mixed with the wastewater;
3. Flocculation occurs, with magnetic media combining with suspended solids in the wastewater to form magnetic micro-flocs;
4. Wastewater containing magnetic micro-flocs enters the HRMD magnetic separation equipment. The separated magnetic sludge is dispersed and separated via the magnetic media recycling system, and the magnetic media are reintroduced into the wastewater for reuse.

Magnetic Separation Media Recovery Equipment:

After the sludge enters the magnetic media recycling system, it is first dispersed by a high-speed disperser (using mechanical and hydraulic forces), then enters the magnetic separation drum to separate the magnetic media (magnetic seeds) from the non-magnetic sludge. Non-magnetic sludge is discharged from the bottom of the drum and pumped to a sludge dewatering machine for dehydration. The magnetic seeds enter a mixing tank to form a magnetic seed slurry of a certain concentration, which is then transported via a magnetic seed delivery pump to the coagulation reactor for repeated use.