Acid mine drainage (AMD) is a multi-factor pollution formed from complex chemical,
physical, and biological interactions that takes place under ambient conditions in …

Acid mine drainage (AMD) contains high concentrations of heavy metals and sulfates with
strong acidity. AMD exists in several major coal-producing countries such as China, the …

The mining and processing of some minerals and coal result in the production of acid mine
drainage (AMD) which contains elevated levels of sulfate and metals, which tend to pose …

Nanotechnology has provided a new opportunity for water decontamination from trace
heavy metals, yet the relatively poor acidic stability remains a major obstacle for the nano …

In abandoned open-pit coal mines, surface water and groundwater form acidic waters with
high concentrations of metal ions due to chemical interactions with ores such as pyrite, and …

Acid mine waters (AMWs), generated in the processing of polymetallic sulphides, contain
copper and zinc as the main valuable transition metal ions, which are typically removed by …

Industrial effluents laden with Cr (VI) pose considerable health risks to human and animal
life if left untreated. Hence, in this work, metal–organic framework-5/nitrogen-doped …

Acid mine drainage is the reaction of surface water with sub-surface water located on sulfur
bearing rocks, resulting in sulfuric acid. These highly acidic conditions result in leaching of …

BACKGROUND This work studied the treatment of a synthetic sphalerite acid mine drainage
(AMD). The treatment was carried out by means of a previous concentration stage using …

Hypothesis Bimetallic nanoparticles have continued to attract interest as drug delivery
systems in cancer therapy even though their nature of interaction with small molecules is …