How to Use a Magnetic Separator

1. Loading concrete magnetic separation technology
The loading of magnetic混凝 separation technology involves adding highly efficient and recyclable magnetic powder during the chemical flocculation process, which increases the specific gravity of the floc, significantly enhancing the sludge sedimentation speed and effluent quality. Additionally, it reduces the land area required.
Technical Features: Settling speedFlow rate: 20m/h to 40m/h; Water outlet TP < 0.1mg/L, Turbidity < 1 NTU, SS < 5mg/L; High removal rates for COD and BOD.

2. Process Flow Diagram
The system adds magnetic loading materials and flocculants to the mixed pool for magnetic loading of activated sludge, then it enters the clarification pool for efficient solid-liquid separation. The high-concentration activated sludge is returned to the biochemical reaction pool, thereby increasing the sludge concentration of the biochemical system and enhancing the treatment efficiency. The rapid sedimentation of sludge in the clarification pool not only significantly increases the unit treatment capacity but also effectively addresses the problem of filamentous bacteria expansion in the activated sludge.

3. Technical Advantages
（1) Fast settlement rate, high surface load, effectively reducing the land area required.
（2) Effective increase in sludge concentration to 8~12 mg/L.
（3) Magnetic powder recycling usage, with minimal loss.
（4) Successfully addressed the issue of sludge filamentous bulking.
（5) And is suitable for the upgrading and expansion of existing wastewater treatment plants.
Water Emission Effect
（1）COD<50mg/L
（2）BOD<10mg/L
（3）SS<5mg/L
（4）TP<0.1mg/L
（5) Turbidity < 1 NTU

4. Market Applications
（1) Application in municipal wastewater treatment upgrading and capacity enhancement retrofit
（2) Rural domestic wastewater treatment via mobile units, enabling on-site processing to effectively address issues such as scattered wastewater distribution and inadequate pipeline infrastructure.
（3) Utilizing for lake and river surface water treatment, it removes algae from the water bodies, significantly reduces total phosphorus in the water, effectively controls eutrophication, and improves water quality.
（4) Treatment for oil wastewater, papermaking wastewater, chemical wastewater, and high-phosphorus industrial wastewater.
（5) Providing a technical platform for local emergency wastewater treatment systems to address sudden events and natural disasters.