Rising waste construction, agricultural actions, and manufacturing sewages all contribute to
heavy metal accumulation in water resources. Humans consume heavy metals …

Mining and smelting of mineral resources causes excessive accumulation of potentially toxic
metals (PTMs) in surrounding soils. Here, biochar-based sulfidated nanoscale zero-valent …

Phosphorus-rich materials (PRMs) are widely used soil remediation agents because they
are biocompatible, abundant, non-toxic, and have a high affinity for heavy metals in soil …

Biochar can directly hold cations in soil because of the negative charge that exists on its
surfaces. Besides, improving soil cation exchange capacity, the negative charges on biochar …

The remediation of heavy metals contaminated soils is of great significance for reducing
their risk to human health. Here, pristine pinewood sawdust biochar (BC) and phosphate …

Conventional phosphate fertilization is costly, carbon intensive, induces water pollution, and
depletes natural phosphate ores, calling for alternative circular sources such as recycling …

Phosphorus (P)-laden biochar has been widely used for environmental lead (Pb)
remediation, but the P release risk and their adsorption and immobilization effect on soil …

Increasing nutrient supply level and eliminating pollution risk are essential to promote
farmland soil use. In the soil-plant nutrition cycle, phosphorus is a limiting nutrient, toxic …

The long-term effectiveness of heavy metal immobilization is always a concern. This study
proposes a completely novel approach to enhance the stability of heavy metals by combined …

Industrial phosphate rock (PR) treatment has introduced lead (Pb) contamination into
phosphate mining wasteland, causing serious contamination. Although bioremediation is …