Add to ORKGThe problem of processing by flotation are fine and ultrafine particles. Particles have small kinetic energy and they can’t overcome hydrodynamic resistance of the fluid surrounding air bubbles, thus reducing the creating a complex of the air bubble - mineral. Electroflotation process is development and focused on recovery fine mineral particles (13-38 µm) and ultrafine mineral particles (<13 µm). In this paper, the applications of electroflotation for recovery fine and ultrafine particles are presented
International audienceIt is known that fine and ultrafine particles are difficult to float mainly du...
Electro and conventional flotation experiments were carried out on narrow size quartz fractions usin...
Froth flotation of alumina particles was studied by employing electrogenerated oxygen and hydrogen g...
Fine and ultrafine particles are successfully recovered by flotation when fine bubbles are present. ...
Problems related to processing of fine particles and separation of minerals by electro-flotation was...
Research Doctorate - Doctor of Philosophy (PhD)Flotation of particles of diameter less than 10 μm is...
The difficulty in fine particle flotation has been attributed, among other things, to a low bubble-p...
The flotation recovery of fines has been a challenging problem to the world mineral industry. Fine p...
Electroflotation and selective flocculation or the combination of both appear to be potential techni...
Flotation of quartz fines of various size ranges has been carried out using electrolytically generat...
The theoretical background for flotation kinetics of ultrafine and coarse particles are explored. Re...
Fine particles often create problems in flotation applications. In this article a new laboratory flo...
A. Introduction Flotation is a process for separating particles, based on their differences in surfa...
Flotation works very well for particles that are typically in the range 20 to 150 μm in diameter, fo...
Entrainment can make an important contribution to recovery in the flotation of fine particles. This ...
International audienceIt is known that fine and ultrafine particles are difficult to float mainly du...
Electro and conventional flotation experiments were carried out on narrow size quartz fractions usin...
Froth flotation of alumina particles was studied by employing electrogenerated oxygen and hydrogen g...
Fine and ultrafine particles are successfully recovered by flotation when fine bubbles are present. ...
Problems related to processing of fine particles and separation of minerals by electro-flotation was...
Research Doctorate - Doctor of Philosophy (PhD)Flotation of particles of diameter less than 10 μm is...
The difficulty in fine particle flotation has been attributed, among other things, to a low bubble-p...
The flotation recovery of fines has been a challenging problem to the world mineral industry. Fine p...
Electroflotation and selective flocculation or the combination of both appear to be potential techni...
Flotation of quartz fines of various size ranges has been carried out using electrolytically generat...
The theoretical background for flotation kinetics of ultrafine and coarse particles are explored. Re...
Fine particles often create problems in flotation applications. In this article a new laboratory flo...
A. Introduction Flotation is a process for separating particles, based on their differences in surfa...
Flotation works very well for particles that are typically in the range 20 to 150 μm in diameter, fo...
Entrainment can make an important contribution to recovery in the flotation of fine particles. This ...
International audienceIt is known that fine and ultrafine particles are difficult to float mainly du...
Electro and conventional flotation experiments were carried out on narrow size quartz fractions usin...
Froth flotation of alumina particles was studied by employing electrogenerated oxygen and hydrogen g...