The widespread occurrence of metals in water bodies has been fueling the development of
platforms for removing and recovering these elements. Biosorption has emerged as a …

Waste electrical and electronic equipment or e-waste has recently emerged as a significant
global concern. This waste contains various valuable metals, and via recycling, it could …

Fe/S-bearing erdite flocculant has been proven to be effective in the precipitation of heavy
metals from real electroplating wastewater, with the only drawback being the huge …

The use of macroalgae, microalgae and cyanobacteria for metal sorption has been widely
reported. Still, there are no studies allowing a direct comparison of the performance of these …

Municipal solid waste (MSW) incineration process generates 0.2 tons of bottom ash (BA) per
ton of waste. BA contains significant quantities of potentially harmful and/or value-added …

Presented universal recommendations for the reduction of crud formation, reviewing various
aspects affecting the loss of diluent and extractant due to the formation of a third phase …

Research analysis reveals factors influencing third-phase crud formation and composition
during metal extraction, including solution composition, solid suspensions, organic …

To ensure that metal recovery processes in electronic waste are truly sustainable from an
industrial perspective, studies on the performance of such methodologies are necessary to …

An alternative method for selectively extract copper (Cu) from mixture of secondary sources
(especially zinc) from leached solution of waste Cu slag (WCS) has been developed using …

Zn recovery attempts from a copper-free extreme Acid Mine Drainage with~ 53 g/L Fe and~
2 g/L Zn revealed Fe co-extraction in solvent extraction with 0.9 M D2EHPA or a mixture of …