Abstract
A new method of separation for solid phase-liquid suspension is presented. The method is based on the radial particle migration, when the suspension is flowing in discrete plugs in tubes. The separation effect of various parameters is examined and it is found that the separation is favoured by increased velocity, increased ratio particle/tube diameter and reduced initial particle concentration The process is also adaptable for fractionation due to the fact that the separation effect is dependent of the ratio particle/tube diameter.
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