Acid mine drainage (AMD) is a highly acidic solution rich in heavy metals and produced by
mining activities. It can severely inhibit the growth of plants, and microbial communities and …

In an era of climate change and increasing global environmental challenges, the importance
of integrating sustainability principles into the latest industrial revolution, Industry 5.0, is …

Acid mine drainage (AMD) is a pollutant with strong acidity and high concentration of metals,
metalloids, and sulfates caused by industrial activities, which is extremely harmful to the …

Biochar usage for removing heavy metals from aqueous environments has emerged as a
promising research area with significant environmental and economic benefits. Using the …

The clean-up of acid mine drainage (AMD) is challenging, as classical treatment including a
pH neutralization step produces large amounts of toxic sludge. Here we demonstrated that …

Coal mining activities have widespread and detrimental effects on the environment and
human health, primarily attributable to the generation of acid mine drainage (AMD). AMD is …

The production of chemicals and energy from sustainable biomass with an important
objective decreasing carbon impressions has recently become one of the key areas of …

Biochar-derived dissolved organic matter (BDOM), is extensively involved in the
recrystallization of minerals and the speciation alteration of associated toxic metals. This …

To evaluate the potential of KMnO 4-modified biochars for the wastewater containing
multiple heavy metals treatment, the simultaneous removal capacity (q Cd (II)/Ni (II), mg g …

Biomass pyrolysis has been a focal point in the energy utilization sector, offering a promising
avenue for the conversion of organic matter into energy carriers. Concurrently …