England
Based on Environment Agency monitoring data. Last updated 1 July 2026.
According to TapWater.uk's analysis, 14 PFAS compounds have been detected across 7 sampling points in Newcastle. The highest recorded level is 0.029 µg/L (6:2 FTSA).
Compounds detected
14
Sampling points
7
Highest level
0.029 µg/L
Latest date
1 July 2026
Monthly aggregate PFAS levels. Dashed line shows WHO guideline (0.1 µg/L).
Dashed line = WHO guideline (0.1 µg/L). Bar shows maximum detected level.
Environment Agency monitoring locations near Newcastle.
Important context: the Environment Agency data shown here is from environmental monitoring of rivers and groundwater — not treated tap water. PFAS detected in source water does not necessarily mean the same levels are present in the water that comes out of your tap.
Water treatment processes can reduce PFAS concentrations, though the effectiveness varies by treatment method and PFAS compound. UK water companies are not required to publish PFAS removal rates. If you are concerned, a reverse osmosis filter offers the most reliable protection at home.
A reverse osmosis system is the most effective way to remove PFAS from your drinking water at home, eliminating over 95% of forever chemicals.
Removes >95% of PFAS compounds
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Get a detailed water quality report for your exact area in Newcastle.
Yes. Environment Agency monitoring has detected 14 PFAS compounds across 7 sampling points in water sources near Newcastle. The highest recorded level is 0.029 µg/L (6:2 FTSA). Note that this is environmental monitoring of rivers and groundwater, not treated tap water.
The following PFAS compounds have been detected near Newcastle: PFOS, PFOA, PFOS (linear), PFBA, PFPeA, PFHxA, PFBS, PFHxS (linear), PFOS (branched), PFHpA, 6:2 FTSA, PFOS (total), 6:2 FtSAB, FBSA. 6:2 FTSA was recorded at the highest level of 0.029 µg/L.
Newcastle tap water meets all current UK legal standards. However, the UK has no legal limit for PFAS in drinking water. The Environment Agency data shows PFAS in source water (rivers and groundwater), not in treated tap water. Water treatment may reduce PFAS levels, but the extent of removal is not publicly reported.
The most effective method is a reverse osmosis (RO) filtration system, which removes over 95% of PFAS compounds. Standard carbon filters and jug filters like BRITA do not effectively remove PFAS. An under-sink RO system is recommended for Newcastle households concerned about PFAS exposure.