Airports around the world are finding that PFAS contamination caused by historical airport operations have contaminated nearby groundwater or surface water. One airport in Scandinavia decided that PFAS-contaminated groundwater needed to be remediated.
In July 2020, a transformer fire occurred at a power generating station in the Midwestern United States. Over ten fire departments responded to the call to tame the blaze over multiple hours, which resulted in PFAS-containing firefighting foam being released into the environment.
A textile manufacturing company located in the southeastern part of the United States produced coated textiles using PFAS as a water and oil repellent.
ECT2 was approached by a remote refinery in Alaska that had found PFAS in their wastewater stream.
The Air Force Civil Engineering Center (AFCEC) funded a field study coupling ECT2's SORBIX™ RePURE Regenerable Ion Exchange Resin (IX) System with Electrochemical Oxidation (EO).
Treatment Objective > (0.07 ug/L PFOS + PFHxS) (0.56 ug/L PFOA) Waste Generated 37m3 Volume Treated To Date >2.5 billion litres Treatment [...]
Treatment Objective < (0.07 ug/L PFOS + PFHxS) (0.56 ug/L PFOA) Waste Generated 33m3 Volume Treated To Date >750 Million litres PFAS [...]
Treatment Objective < (0.07 ug/L PFOS + PFHxS) (0.56 ug/L PFOA) Waste Generated 124m3 Volume Treated To Date >2.5 Billion litres PFAS [...]
Project highlights and product features Client needed to upgrade two existing groundwater pump and treat systems due to lowered PFOA standard. Upgraded systems needed to reach effluent target of non-detect for [...]
Project highlights and product features Side-by-side PFAS removal testing of ECT2’s Sorbix A3F resin versus a typical carbon system was conducted at a New England air base The resin outperformed GAC [...]
