Application of Magnetic Separator in Magnetic Coagulation System

Magnetic coagulation sedimentation technologyRevolutionary Concrete Clarification Technology



Introduction to Magnetic Concrete Sedimentation Technology

Magnetic coagulation sedimentation technology involves the simultaneous addition of magnetic aggregates to the traditional coagulation sedimentation process.From April 8th to May 1st, the magnetic powder is used to bind with pollutants into a single entity, enhancing the coagulation and flocculation effects. This results in denser and stronger flocs, achieving rapid sedimentation. The sedimentation speed of the magnetic floc aggregates can exceed 40 m/h. The magnetic powder is then recycled and reused through high-shear machines and magnetic seed catchers (magnetic separator).

The entire process has a short dwell time, thus affecting includingMost pollutants within TP have a very low probability of undergoing reverse dissolution. Additionally, the magnetite and flocculants added to the system exhibit excellent adsorption properties against bacteria, viruses, oil, and various fine particles. Consequently, the removal efficiency of these pollutants is superior to traditional processes, with particularly remarkable phosphorus removal effects. Simultaneously, due to its high-speed sedimentation performance, it boasts numerous advantages over traditional methods, such as faster speed, higher efficiency, smaller land occupation, and lower investment. Magnetic coagulation sedimentation technology is a revolutionary new technique.

Magnetic coagulation sedimentation technology originated in the United States. Previously, the practical application of this technology in water treatment projects was limited due to the unresolved issue of magnetic powder recovery. Now, this technical challenge has been successfully overcome, fully showcasing the technological and economic advantages of the magnetic coagulation sedimentation process. As a result, its application has become increasingly widespread both domestically and internationally. Currently, in China, the engineering application of this technology in urban wastewater treatment, reclaimed water use, river black and臭 water treatment, high-phosphorus wastewater treatment, paper mill wastewater treatment, and oil field wastewater treatment has gradually been implemented, achieving favorable results in all cases.