PORTLAND, Maine, September 3, 2024 — ECT2, a Montrose Environmental Group company, has achieved ISO certification in Denmark for the first time, while maintaining its previous certifications in Australia and Sweden. [...]
Since 2018, ECT2 has been at the forefront of PFAS cleanup efforts for the U.S. Department of Defense. Our treatment technologies, from single-use resin to foam fractionation, have been applied at military bases nationwide with a focus on sustainability.
PORTLAND, Maine, August 27, 2024 — ECT2 ("the Company"), a Montrose Environmental Group company, announced today they have completed the first Aircraft Rescue and Fire Fighting (ARFF) vehicle [...]
In June 2024, The Naples Airport Authority retained ECT2 to support the transition of their ARFF vehicles. This process included removing the PFAS from the fire trucks, concentrating the waste volume, and containerizing it for offsite disposal to prevent any release of PFAS into the environment.
PFAS was detected in wells that supplied drinking water to the Portsmouth, NH community. Read this case study to learn about how this project started as a pilot study to compare technologies and later moved into a full-scale treatment system utilizing ECT2's single-use resin.
LITTLE ROCK, Ark. and TORONTO, July 23, 2024 /PRNewswire/ — Montrose Environmental Group, Inc. (“Montrose“) (NYSE: MEG), a high-growth global environmental solutions company, and Waste Connections (TSX/NYSE: WCN), today shared [...]
Each PFAS remediation project is unique and several PFAS treatment and destruction solutions are available. By taking the time to understand all the factors influencing treatment effectiveness, you can find strategic technology pairings that remove and destroy PFAS while managing input costs, energy use, and the amount of waste produced.
Successful Advancements for Removal of "Forever Chemicals" from Water PORTLAND, Maine – May 29, 2024 - Earlier this week, ECT2's parent company, Montrose Environmental Group, Inc. ("Montrose") (NYSE: MEG) shared [...]
PFAS was detected in samples pulled from drinking water in the town of Maysville, NC. ECT2 was contacted by engineering firm, TRC, to provide a solution to treat the contaminated water to safe drinking levels.
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.
