You can reduce your PFAS exposure in three practical ways: know your local water quality, check everyday products, and treat your drinking water where it helps. Here is what forever chemicals actually are — and what the evidence says about them in the UK.
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PFOA, PFOS, TFA: the names behind the group
Two substances defined the PFAS story. PFOA (the pfoa meaning behind the headlines: perfluorooctanoic acid, historically used in non-stick production – banned in the EU since 2020) and PFOS (perfluorooctane sulfonate, once common in stain repellents and foams, likewise restricted internationally). A newer focus is trifluoroacetic acid (TFA) – an ultrashort-chain PFAS that European water monitoring increasingly tracks.
How the UK regulates and monitors PFAS
PFAS regulations are evolving. UK water companies monitor supplies against guideline values, and treatment works apply established water treatment steps; PFAS in the UK remain under active review as European limits tighten. In the EU, legally binding maximum levels for PFAS in certain foods have applied since January 2023, with member states required to enforce the limit values from January 2026 – and a proposal to restrict the substance group as a whole is under review at EU level. The direction is clear: stricter limits, more monitoring, more transparency.
How would you even know? Testing, explained
PFAS testing is available at two levels. Accredited laboratories test drinking water samples against the substances regulators track. A pfas blood test uk laboratories offer can measure body burden – a snapshot, not a diagnosis, and best discussed with a medical professional. For most households, the local water quality report is the practical starting point.
Where PFAS hide in everyday life
Beyond water: non-stick cookware coatings (where PFA material – a fluoropolymer – is common), grease-resistant food packaging, water-repellent clothing and some cosmetics. Products labelled without these substances reduce day-to-day contact. A dedicated pfas filter for drinking water is the third lever: sorption with activated carbon is considered one of the most effective and economical ways to reduce PFAS in water – covered next.
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Technically reviewed by Dr. Stephan Eichhorn, Head of Group Technical Affairs, BRITA Group
