The study is particularly significant because it could help explain the association between these plastic-derived chemicals ...

Per- and polyfluoroalkylated substances are synthetic chemicals that are widely used in our daily lives and in industrial processes. They are highly resistant and almost indestructible in ...

By directly targeting and dismantling the molecular structure of PFAS, photocatalytic systems like ours hold the potential for complete mineralization. Complete mineralization is a process that ...

The latest NIST study provides more information about exposure risk for firefighters from their firefighting protective gear.

The chemical structure of different types of PFAS, in particular the very strong carbon-fluorine bond, means they don’t break down in nature - hence the “forever” tag. As a result the ...

A scientific article funded by an American lobbying organization for the chemical industry, widely quoted by stakeholders to ...

We've been investigating a serious health threat to firefighters, embedded in the gear they wear when they do their ...

By directly targeting and dismantling the molecular structure of PFAS, photocatalytic systems like ours hold the potential for complete mineralization. Complete mineralization is a process that ...

makes PFAS an eternal threat. Conferred by the carbon-fluorine chain of their chemical structure, the strongest bond existing in organic chemistry, this stability persists beyond the desired ...