Abstract
The performance of a grid filter and a stainless-steel wool filter for high-gradient magnetic separation was investigated and compared with theoretical results based on the particle trajectory model using a potential flow scheme. The results on the grid filter agree with the theoretical ones quantitatively, but the results on the stainless-steel wool filter agree with the theory only qualitatively; the reduced capture radius is less by about one order of magnitude than that of the theory. The time dependence of the performance of the grid filter is consistent with the theory.
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