EFFECTS OF pH ON ELECTROFLOTATION OF SPHALERITE

Electroflotation studies on sphalerite fine particles, conducted under careful pH control using buffer electrolytes, reveal that for either H 2 or 0 2 electrolytic gases there exists an optimum pH range at which electroflotation is most effective. This can be explained by the observed dependence of...

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Published in:Chemical engineering communications 1996-01, Vol.155 (1), p.217-228
Main Authors: LLERENA, C., HO, J. C. K., PIRON, D. L.
Format: Article
Language:English
Subjects:
Applied sciences
Chemical engineering
electroflotation
Exact sciences and technology
Flotation
hydrogen
oxygen
Solid-solid systems
sphalerite
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creator LLERENA, C.
HO, J. C. K.
PIRON, D. L.
description Electroflotation studies on sphalerite fine particles, conducted under careful pH control using buffer electrolytes, reveal that for either H 2 or 0 2 electrolytic gases there exists an optimum pH range at which electroflotation is most effective. This can be explained by the observed dependence of electrolytic gas bubble size on the pH of the electrolyte.
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subjects Applied sciences
Chemical engineering
electroflotation
Exact sciences and technology
Flotation
hydrogen
oxygen
Solid-solid systems
sphalerite
title EFFECTS OF pH ON ELECTROFLOTATION OF SPHALERITE
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