UNH Finds Waterway Foam with PFAS Levels 70x Higher

Rahul Somvanshi

UNH researchers deployed specialized skimmer devices to detect alarming concentrations of toxic PFAS chemicals in local water foam samples.

Photo Source: Artem Podrez (Pexels)

Natural-looking foam along shorelines conceals dangerous PFAS chemicals at levels up to 70 times higher than surrounding water.

Photo Source: Ahmed (Pexels)

Portsmouth waters revealed shocking PFOS concentrations, with foam samples measuring 161 times above surface water levels.

Photo Source: RF._.studio  (Pexels)

Three testing sites across Great Bay and Rye's Berry Brook exposed widespread PFAS contamination during November 2024 sampling.

Photo Source: Lisa Fotios (Pexels)

Portsmouth resident Andrea Amico shares firsthand experience of PFAS impact on her family among thousands affected nationwide.

Photo Source: Bela Geletneky (CC0 1.0)

Common household items from non-stick cookware to cleaning products secretly harbor these odorless, tasteless PFAS chemicals.

Photo Source: Siyavula Education (CC BY 2.0)

Piscataqua Region Watershed faces triple threat: existing PFAS pollution, wastewater discharge, and extensive septic system exposure.

Photo Source: India Water Portal (CC BY-NC-SA 2.0)

NH Environmental Services warns public to avoid all surface water foam due to concentrated PFAS levels and varying health risks.

Photo Source: Jan van der Wolf (Pexels)

NH Sea Grant funds crucial research expansion to track PFAS movement across additional watershed areas and estuaries.

Photo Source: Jakub Zerdzicki (Pexels)