The mining sector generates a considerable amount of waste stone and tailings, which
constitute a‎‎ substantial hazard to the ecology. The most prevalent method of disposing of …

The mining industry produces a large amount of stone waste and tailings, which poses a
threat to the environment. Dumping is the most common means of disposing of this industrial …

Heavy metal pollution (HMP) from mining operations severely threatens soil ecosystems and
human health. Identifying the sources of soil heavy metals (HMs) and assessing source …

Continuous development of the mining industry has led to the production of large volumes of
solid wastes. Toxic elements (TEs) have been identified in mining-associated solid wastes …

The health risks of lead-zinc (Pb–Zn) tailings from heavy metal (HMs) contamination have
been gaining increasing public concern. The dispersal of HMs from tailings poses a …

The removal of various highly toxic heavy metals from wastewater environment is an
important task to improve environment. The biosorption potential of cadmium, cobalt and …

Potentially toxic elements including lead (Pb), manganese (Mn), and copper (Cu) released
from copper tailings would cause severe long-term environmental risks and potential threats …

In order to enhance the efficiency of heavy metal solidification/stabilization (s/s), unexplored
atomic-scale interaction mechanisms between cement hydration products and metal ion are …

Smelting slags must be classified as a typical hazardous solid, which represents the most
important point sources of potentially harmful elements. In addition, it can be known that …

Soil heavy metals (HMs) pollution is a worldwide concern. In this study, decision units based
on “source-sink relationship” were established using multi-source data. The source-sink …