The entrainment behavior of fine serpentine seriously deteriorates the recycling efficiency of
brucite. In this paper, the effect of calcium lignosulfonate (CLS) on the flotation separation of …

In this study, chalcopyrite was oxidized in hydrogen peroxide (H 2 O 2) solutions of different
concentrations to simulate different degrees of oxidation in real ores, and the effects of H 2 O …

Since the preferential dissolution of hydroxyl ion, serpentine is positively charged under
weak alkaline conditions, and easily covers on sulfide minerals through electrostatic …

In this paper, oleate sodium (NaOL) and benzohydroxamic acid (BHA) was introduced as a
mixed collector for diaspore ores. The flotation behavior and the adsorption mechanism of …

The processing of ultramafic ores requires fine grinding, which can result in slime-coating of
the nickel-bearing mineral, pentlandite, by the phyllosilicate gangue mineral, serpentine …

Recent years have witnessed growing research interest in applying rheology in grinding and
flotation treatment of finely disseminated ores. Slurry rheology has long been identified as …

Recent studies on calcite have shown that newly precipitated clusters of amorphous calcium
carbonate (ACC) and vaterite in pulp change the inherent reactivity of the calcite surface …

The flotation of sulfide minerals has been always a problem due to the slime coating of
serpentine. In this study, phytic acid (PA) was introduced as a selective depressant to …

Due to the optimum dissolution of the hydroxyl ion, serpentine is positively charged and
tends to cover the sulfide mineral surface as a slime coating through electrostatic attraction …

The strengthening effect of fluid force field on the flotation of pyrrhotite from serpentine was
revealed through XPS measurements, ICP measurements, zeta potential measurements …