The lateral transport of heavy metals can expand the scope of original contamination, and
an accurate prediction of heavy metal migration is necessary to control heavy metal …

Antimony, the compounds of which exhibit toxicity, finds extensive usage in industrial
processes for flame retardants, plastics, batteries, electronic components, and mechanical …

Abstract Co-contamination of As, Sb, and Pb in soil has aroused public concern due to their
wide application in industries. However, the efficient stabilization materials with …

The spatial distribution and transport characteristics of heavy metals in an antimony mine
area (Xikuangshan, China) were systematically studied using a field survey and …

This study aimed to assess the hazardous impacts of heavy metals (HMs) enrichment on the
surface of microplastics (MPs) in the hyporheic zone. The present work analyzed the spatial …

Great amounts of nutrients discharged into the urbanized coastal areas, which are
continuously subject to violently anthropogenic metal contamination, will result in …

Antimony (Sb), a regulated contaminant, is added as a catalyst in the process of
polyethylene terephthalate (PET) synthesis. Previously, Sb release from PET bottles and …

Ex-situ stabilization for As and Sb co-contaminated soil was conducted through an iron-
based stabilizer, PFSC (a mixture of polymerized ferric sulfate (PFS) and hydrated lime (Ca …

Abstract Arsenic (As) and antimony (Sb) are considered as priority environmental pollutants
and their accumulation in crop plants particularly in rice has posed a great health risk. This …

Currently, metalloid co-contamination, such as antimony and arsenic in soil, poses a serious
threat to ecological stability and human health. Stabilization, a low-cost, effective …