Printed circuit boards (PCBs) are an essential and central component of electronic waste.
The rapid depletion of natural resources, massive generation of end-of-life PCBs and …

Due to the rapid development in electronic industries and high consumer demand, electrical
and electronic equipment have a shorter lifetime in developed and developing countries …

To fulfill the different aspects of green chemistry and to achieve full use of the secondary
resources (waste printed circuit boards (WPCB)), the necessity of developing green methods …

A physical cleaning approach utilizing magnetic separation and gravity beneficiation was
used to recover metals from waste printed circuit boards (WPCBs). In addition, particle …

Manufacturing challenges are anticipated to become worse in the coming decades owing to
global material and energy constraints combined with environmental issues associated with …

A green approach was introduced to regenerate Sn-Pb solder from waste printed circuit
boards (PCBs). For this purpose, waste Al-based heat sinks were used as cementing agent …

The resource utilization of non-metallic components (NMC) in waste printed circuit boards
(WPCBs) was concerned in this study. Pyrolysis oil, calorific value and building materials in …

Mechanical grinding combined flotation technology with renewable collector has been
proposed to recover high-grade copper from waste printed circuit boards (WPCBs). Surface …

Highlights•An eco-efficient model for e-waste management is presented.•This model focuses
on WPCB and its recycling into value-added products.•Recent trends on manufacturing of …

The emerging problem of electronic waste has promoted the interest in exploring metal
recovery from secondary sources under the umbrella of urban mining. This study presents …