Thallium Remediation, Toxicology and Environmental Fate
This community investigates the detection, removal, and biological impact of thallium in water, soil, and wastewater, with a specific focus on mining and industrial contamination sources.
The research centers on developing adsorbents such as Prussian blue, biochar, and zeolites for efficient thallium removal from aqueous solutions. It also covers the analytical determination of trace thallium using atomic absorption and other spectroscopic methods. A significant portion of the work addresses the health risks associated with thallium exposure, including toxicity mechanisms and risk assessment in mining areas. The community frequently examines the interaction of thallium with organic matter in soils and its mobility in aquatic environments, often comparing it with other potentially toxic elements like antimony and arsenic.
The largest share of the community's output is found in thallium research, accounting for 25.7% of all tracked thallium literature, which also represents the highest paper count within this group at 1,145 papers.
The community comprises 1,695 papers, primarily published in the Journal of Hazardous Materials, Chemosphere, and Environmental Pollution. Recent work continues to focus on novel adsorbent materials, such as Prussian blue-modified biochar and zeolites, for thallium immobilization in water and soil, as well as assessing thallium risks in agricultural systems like paddy rice.