While the potential of biochar (BC) to immobilize potentially toxic elements (PTEs) in
contaminated soils has been studied and reviewed, no review has focused on the potential …

Biochar has exhibited a greater potential for treatment of potentially toxic elements (PTEs)
contaminated soils than other sorbents. However, biochar can cause contradictory effects on …

Recently, biochar has garnered extensive attention in the remediation of soils contaminated
with potentially toxic elements (PTEs) owing to its exceptional adsorption properties and …

The effect and mechanistic evidence of biochar on the (im) mobilization of potentially toxic
elements (PTEs) in multi-contaminated soils, with respect to the role of surface-functional …

The application of biochars for the remediation of water and soils contaminated with
potentially toxic elements (PTEs) has seen a recent growing interest. The mechanisms of …

Pollution from potentially toxic metals (PTMs) is one of the most pressing global
environmental challenge with soaring human health concerns. It is now critical to seek out …

Recent research suggests that biochar amendment is a promising approach to mitigate soil
contamination via immobilizing heavy metals and organic pollutants. Through intensive …

There are global concerns about heavy metal (HM) contamination in soils, which in turn has
produced an increased demand for soil remediation. Biochar has been widely documented …

Purpose Remediation of metal contaminated soil with biochar is attracting extensive interest
in recent years. Understanding the significance of variable biochar properties and soil types …

Various types of biochar have been widely used to remediate soil contamination from heavy
metals (HMs) and to reduce HM mobility and bioavailability in soils in recent years. Most …