With global demands for mineral resources increasing and ore grades decreasing,
microorganisms have been increasingly deployed in biomining applications to recover …

The fast evolution of waste electrical and electronic equipment (WEEE) has developed into a
prime environmental perturb in recent days. Today, electrical and electronic products merely …

The pyrometallurgy coupling indirect bioleaching strategy is proposed for the recycling of
WPCBs to avoid the disadvantages of time-consuming, low processing power, and relatively …

This work evaluated a green route for developing an eco-friendly flowsheet to regenerate
base and precious metals from waste printed circuits boards (WPCBs). Copper (as …

Decreasing the conventional sources of oil reservoirs attracts researchers' attention to the
tertiary recovery of oil reservoirs, such as in-situ catalytic upgrading. In this contribution, the …

Environmental protection from risks and disposal management of discarded mobile phone
printed circuit boards (MPhPCBs) is a global issue. Although recycling is proposed as a …

This study explores the extraction of metals from spent mobile phone printed circuit boards
(SMPhPCBs) to address environmental and resource depletion concerns. The challenges in …

There is a substantial volume of mobile phone waste every year. Due to the disadvantages
of traditional methods, it is necessary to look for biological processes that are more eco …

The spent light emitting diode (LED) lamp is a new type of electronic waste contains the
large amount of valuable metals. In this study, a novel green hybrid acidic-cyanide …

In the face of the escalating global energy demand, the challenge lies in enhancing the
extraction of oil from low-pressure underground reservoirs. The conventional artificial gas lift …