Thallium Removal, Toxicology, and Environmental Fate
This community focuses on the detection, removal, and biological effects of thallium, a highly toxic heavy metal, primarily in water, soil, and industrial waste streams.
The research centers on developing efficient adsorbents, such as Prussian blue analogs, biochar composites, and metal-organic frameworks, to extract thallium from wastewater and contaminated soils. A significant portion of the work involves analytical methods for determining trace thallium levels using atomic absorption and isotopic analysis to track sources in mining areas. The community also investigates the toxicological mechanisms of thallium exposure, including its impact on aquatic life and human health, as well as its mobility in the environment through processes like redox reactions and interaction with microplastics.
The largest share of the community's output is found in thallium research, accounting for 12.6% of all tracked thallium papers, which also represents the highest paper count within this group at 2,387 entries.
The community comprises 3,640 papers, with the most frequent publications appearing in Analytica Chimica Acta, Talanta, and the Journal of Hazardous Materials.
Recent work continues to focus on advanced removal technologies, such as zeolite-based ion exchange and nano-MnO2 hydrogels, alongside studies on thallium mobility in microplastics and its isotopic signatures in natural weathering processes.