Applications magnetic separation

Separation applications Separation cell Separation, liquid-liquid Separation, low energy Separation, magnetic Separation nozzle Separation of fatty acids Separations... 

J. A. Oberteuffer, Magnetic Separation M Kevieiv of Principles, Devices and Applications, Institute of Electrical and Electronics Engineers, Inc., 1977. P. A. Cliermemnykli and I. V. Kurchatov, IEEE Trans. Magnetics, 28(1), 651—658 (Jan. 1992). 

Pyrolysis Energy in the form of gas or oil Shredding, magnetic separation Technology proven only in pilot applications even though pollution is minimized, air-quahty regulations possibly prohibiting use... 

The combination of physical and chemical characteristics of nodules make impossible the application of methods of physical beneficiation such as flotation and magnetic separation to produce concentrates of valuable metals, and so chemical processing must be used. Their processing also tends to be much more energy-intensive, vis-a-vis that of conventional land-based ores. Deep-sea manganese nodules are quite unlike any terrestrial ores, both with respect to their physical characteristics and to their mineralogical and chemical compositions new processes are, therefore, required. 

The various types of magnetic separators used and their applications are described by Bronkala (1988). 

For solid wastes to be suitable as a full or partial replacement for components in other applications, it should be free of objectionable material such as wood, garbage, and metal that can be introduced at the foundry. It should be free of foreign material and thick coatings of burnt carbon, binders, and mold additives that could inhibit product manufacture, such as cement hydration. It may be necessary to crush the solid waste to reduce the size of oversized core butts or unclasped molds. Magnetic separation is a good solution to producing a suitable coarse or fine aggregate product. 

Magnetic separation is the most documented and one of the most useful applications of superparamagnetic NPs. The unique feature of magnetic NPs in the... 

High impact polystyrene (HIPS), 11 466 20 353, 359-360 23 359, 368 antioxidant applications, 3 121 surface appearance of, 23 363-364 thermoforming of, 23 398—399 High intensity cross-belt magnetic separators, 15 454-455 High intensity dry magnetic separators, 15 450—452... 

Nakahira, A., Kubo, T. and Murase, H. (2007b) Synthesis of FDH-type clay substituted with Fe and Ni ion for arsenic removal and its application to magnetic separation. IEEE Transactions on Magnetics, 43(6), 2442-44. 

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