Content

In this article within Pulp Paper & Logistics, ECT2’s Europe General Manager, Jeffrey Lewis outlines the background and processes required to remove these chemicals from the environment.

A commercial airport in Scandinavia came to us for help after finding PFAS – including harder-to-treat short chains – in its groundwater.

The good news, according to a new study from the independent Swedish research institute IVL, is that it is possible to economically remediate PFAS from water.

In March 2023, ECT2’s Patrick McKeown, Business Development Manager and PFAS-treatment expert, contributed to an article with Environment Analyst.

ECT2’s Patented Process Designed to Sustainably Eliminate ‘Forever Chemicals’.

Laholmsbuktens VA has been Running Two Pilot Projects with ECT2 that Aim to Filter Out PFAS in Drinking Water Using Ion Exchange (IX) or Granular Activated Carbon (GAC).

Regenerable ion exchange resins and foam fractionation are two PFAS treatment technologies that have the ability to separate PFAS from a bulk liquid stream and concentrate them into a low volume waste stream that can be economically processed with a destruction technology.

PFAS Poses Financial and Logistical Challenges for Landfills, ECT2’s Foam Fractionation Pilot Launched to Help Solve this Mounting Crisis

The compounds per- and polyfluoroalkyl substances (PFAS) are found in everything from non-stick pans, rain jackets, food packaging, and Aqueous Film Forming Foam.

This webinar will provide an overview of these developing standards, with a focus on the US, Europe and Australia.

Download this PDF to view the published study from Remediation Journal, conducted by ECT2 and Amec Foster Wheeler.

Our team partnered with AECOM Environmental Services for a project at Wright Patterson Air Force Base. Learn more about the project and see some of the site in this video.

This PFAS Roundtable will be a data-driven, focused discussion including recent industry case studies, remedial strategies, and regulatory vision for the future.

View this PDF to see how ECT2 partnered with DuPont to help a hospital deal with its contaminated water.

Poster presented at RPIC 2019 that shows the installation, startup and operation of the first regenerable resin system for PFAS removal, implemented at the former US Pease AFB.

Steve Woodard presented at RPIC 2019 the rapid deployment of a PFAS removal system for town water supply in Katherine, Australia.

Case study/poster for AEHS West 2020 that walks us through the process of Ion Exchange being a more effective treatment option for PFAS removal.

Presented at EcoForum 2019, Marilyn Sinett, Steve Woodard and Mark Kuffer discuss innovative waste minimization during PFAS contaminated water remediation at RAAF Base Tindal.

Presented at EcoForum 2019, this poster demonstrates how multiple treatment systems combined to maximize removal of PFAs from storm and groundwater at RAAF Base Williamtown, NSW.

Displayed during AEHS West 2019, this poster walks through from start to finish of the accelerated deployment and startup of ion exchange water treatment system that addressed PFAS contamination in stormwater at RAAF Base Williamtown, Australia.

Displayed during RPIC 2019, this poster walks through from start to finish of the accelerated deployment and startup of ion exchange water treatment system that addressed PFAS contamination in stormwater at RAAF Base Williamtown, Australia.

Poster presented at RPIC 2019 that gives a brief overview of how our synthetic media is a sustainable treatment solution for PFAS.

Synthetic Media as a Sustainable Treatment Solution for PFAS was presented at AEHS West by Marilyn Sinnett. This presentation highlights the Ion Exchange Resin Technologies implemented at Pease AFB Pilot 1 and 2.

ECT2’s own Steven Woodard, Michael Nickelsen and Marilyn Sinnett provided their experience and knowledge to write chapter 14 “Ion Exchange for PFAs Removal” in the 2018 book “Perfluoroalkyl Substances in the Environment: Theory, Practice and Innovation”.

Dale Wynkoop presented at RPIC 2019 to outline the IDW Treatment System at Eielson AFB.

Presented at EcoForum 2019, Charlie Gordon and Steve Woodard review the historical use and make up of C6 AFFF.

The AFCEC is conducting on-going response activities to remove and remediate groundwater impacted by poly- and perfluoroalkyl substances (PFAS) at the former Pease Air Force Base in New Hampshire.

The aim of this presentation is to provide those in attendance with an overview of PFAS treatment options, the pros and cons of each, and the process for selecting the optimum PFAS removal technology for a given application.

Presented by Steve Woodard at the 4C Health/Safety/Environment Conference in 2020.