Abstract
The present paper discusses the theoretical principles and also presents substantiating experimental data on the effectiveness of the turbulent microflotation for ultrafine mineral treatment. It is shown that it is quite feasible to achieve >80% recovery in 30–70 s when treating multiphase mixture in the turbulent flow if bubbles <50 μm in diameter are used, and also the stages of introduction of microbubbles into the suspension and the recovery of the froth concentrate are separated in space and time from the pulp in the tubular static mixer.
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