This study investigated the effects of H 2 O 2 treatment on xanthate interaction and flotation
separation of chalcopyrite and pyrite by making use of a series of laboratory flotation …

Native starch has a complex molecular structure that limits its ability as a selective
depressant in sulfide flotation separations. This research study was conducted primarily to …

In the flotation of copper sulfides, pyrite is often activated by Cu 2+ ions dissolved from
copper-bearing minerals in alkaline media (pH˃ 9), which results in pyrite entering the …

Pyrite depression in xanthate flotation of multiple sulphide minerals has become a serious
problem in every mineral industry. The present study introduces a novel and non-hazardous …

The depression of pyrite (FeS 2) through an organic depressant is not only ineffective but
also nonselective which causes poor selectivity. In this research, the depression effect of an …

Utilization of large doses of inorganic reagents in mineral industry not only leads to high cost
but also increases the toxicity in the environment. This research provides a new …

Tricarboxystarch (sodium salt), also known as TCSS, has been studied as a selective
depressant of pyrite in chalcopyrite flotation using xanthate as a collector. In microflotation …

The rejection of pyrrhotite and pyrite has become a long-standing problem in the copper ore
industry. This paper describes the first successful depression and adsorption mechanism of …

HPAL (High-Pressure Acid Leaching) is one of the important technologies for extracting
nickel and cobalt from nickel laterite ore. In the next few years, some plants using this …

Coal remains the backbone of developing countries' energy needs and economic
development. Coal with improved quality standards is in high industrial demand as it emits …