Facing the problem of increasing waste, scientists, foundations, and companies around the
globe resulted in ideas and invented technologies to slow down the process. Sources of …

The rapid proliferation of electronic devices has led to the accumulation of substantial
Electronic waste (E-waste), comprising valuable metals and hazardous components …

With increasing global demand for metals and escalating concerns about the environmental
impact of traditional mining practices, the recycling of electronic waste, particularly waste …

Economic and environmental considerations have elucidated research interests on the best
approach to managing electronic waste (e-waste), which has increasing social …

To meet the growing needs of public safety and sustainable development, it is highly
desirable to develop flame-retardant polymer materials using a facile and low-cost method …

The increasing amount of electronic waste (e-waste) has placed significant burdens on
society and the environment, particularly with regards to waste printed circuit boards …

The growing issue of electronic waste (E-waste), driven by the exponential growth in
electronic device usage, presents significant environmental and economic challenges. E …

Modern technologies for recycling electronic waste (e-waste) have high economic efficiency
and environmental safety requirements. Among the existing technologies, hydrometallurgy …

Printed circuit boards (PCBs) make up 3 to 5% of all electronic waste. The metal content of
spent PCBs can reach 40%. They usually contain valuable metals, such as Ag, Au, and Pd …

This paper presents the results of the leaching of metals from computer PCBs by
electrochemical hydrochlorination using alternating current (AC) with an industrial frequency …