The recycling of electronic waste, ie., waste Printed Circuit Boards (WPCBs), provides
substantial environmental and economic advantages. In fact, the concentration of valuable …

It is a great challenge to highly recover gold from the E-waste leaching solution due to the
low concentration and the resultant slow ion diffusion. In this research, COMSOL …

The selective recovery of gold ions from gold leaching solutions limits the industrial
application of the copper-ammonia (Cu 2+–NH 3)-thiosulfate system. Here, the influence of …

Electronic wastes containing precious metals have great potential as a sustainable source of
such metals. Separation and refining, however, remain complicated, and none of the …

Employing activated carbon in the thiosulfate process has high potential applications for
extracting gold. However, formidable challenges must be overcome to achieve such an …

This work proposes a method for the evaluation of the effect of galvanic interactions between
intergrown sulfide-mineral grains present in a thiosulfate leaching system, based on a …

This work describes a novel process for gold recovery from ammonia-thiosulfate leaching
solution utilizing polyethylenimine (PEI) coated magnetite nanoparticles (PEI-MNPs). In this …

The application of non-cyanide baths in electroplating for gold recovery has drawn
significant attention due to their clear benefits on the environment and human health. Among …

Thiosulfate gold leaching is one of the most promising green cyanide-free gold extraction
processes; however, the difficulty of recovering Au (I) from the leaching system hinders its …

A mineralogical characterization was carried out in samples of refractory gold ore with 59
g/ton, according to fire assays, which were taken from a previous leaching process with …