Tag: Environmental Chemistry
Deep-learning fluorescence array quantified multiple PFAS in water
Detecting multiple water pollutants simultaneously using fluorescence and artificial intelligence
Microbial methane release identified in inner Laptev Sea subsea permafrost
Ancient microbial methane discovered escaping from Arctic seafloor permafrost
PFOS detected rapidly with a dual-recognition chemiresistive sensor
Sensor using fluorine interactions detects toxic PFOS in water and soil
Home-produced eggs had the highest PFAS levels in Croatia
Contamination levels in commercial and home-produced eggs in Croatia
PFAS aerosols concentrated in fine particles under chamber conditions
How common environmental contaminants form airborne particles and reach the lungs
Grazing risk can induce toxins as strongly as nitrogen enrichment
Predator presence rivals nutrients in triggering toxic algae blooms
Sunlight-driven photocatalyst cleaves PFAS carbon–fluorine bonds
A photocatalyst that breaks down persistent water pollutants using visible light
Certain nitrogen compounds improved PFOA electrochemical degradation
Adding nitrogen compounds boosts removal of a persistent pollutant by electrochemical oxidation
Target-only PFAS data can still differentiate overlapping sources
Identifying PFAS sources using only targeted chemical measurements
Visible-light photocatalyst achieves near-complete PFAS defluorination
A light-powered catalyst breaks down persistent water contaminants without added chemicals
