New possibilities for magnetohydrostatic separation of particles

The Institute of Materials, Minerals and Mining
W. L. Dalmijn H. J. Glass Bakker J. de P. A. Leest
Organization:
The Institute of Materials, Minerals and Mining
Pages:
5
File Size:
2516 KB
Publication Date:
Jun 18, 1905

Abstract

The test facility at the Delft University of Technology, in the Netherlands, was characterised. Advantages include the possibility of separating particles with high but different densities up to 9 g/cm3, the ease of adjustment to any required separation density and the absence of moving parts. Simultaneous separation of more than two types of particles is possible and the magnetic fluid is safe and convenient to use compared with other heavy liquids. Disadvantages include loss of magnetic fluid with outgoing particles (cost approx US $10/l) and degeneration of fluid due to bacterial activity, reaction with particles and with surroundings. Only non-magnetic materials can be separated, there is limited potential for scaling up and high investment is required on account of the cost of magnets. Future improvements in the design of the apparatus and the properties of the magnetic fluids can only enhance its attractiveness for commercial applications
Citation

APA: W. L. Dalmijn H. J. Glass Bakker J. de P. A. Leest  (1905)  New possibilities for magnetohydrostatic separation of particles

MLA: W. L. Dalmijn H. J. Glass Bakker J. de P. A. Leest New possibilities for magnetohydrostatic separation of particles. The Institute of Materials, Minerals and Mining, 1905.

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