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The causes and modes of stable and reliable functioning of magnetic separators based on the developed mathematical theory of magnetic deposition process for ferromagnetic particles on the surface of magnetic rods in an aqueous suspension stream are revealed. The limiting thicknesses of the ferro-sludge layers deposited on the surface of the magnetic system, the threshold flow rates of aqueous technological fluids, the criterion conditions for the ferroparticles deposition and the zone of the working region responsible for the magnetic coagulation process in magnetic separators are determined. The correct method for assessing the stability of the cleaning characteristics of the magnetic separators with a scatter of the ferroparticles’ initial parameters, the permanent magnets and dynamic viscosity of the process fluid has been depicted.

iop conference series. materials science and engineering

The study on the magnetic separation efficiency of the reverse water technological liquids from scales in industrial production. Part 2. Improving the design efficiency of magnetic separators by determining the cleaning modes’ rational parameters