Regulatory Action Plans
Water in below-ground aquifers can become contaminated by PFAS through several sources, including the historical use of products containing PFAS such as aqueous film forming foam (AFFF), spills of PFAS-containing products, leakage of PFAS from leachate in landfills, and release from manufacturing plants that use PFAS in their processes. Environmental authorities around the globe have implemented regulations, guidelines, action plans and other similar management initiatives to address potential risks to human health and the environment resulting from PFAS-contaminated groundwater. The US EPA has initiated the process to designate PFOA and PFOS as hazardous substances, which would extend CERCLA order and cost recovery authorities to address contamination, applying the polluter pays principle, but already has response authority where there may be an imminent and substantial endangerment to public health. Similarly, Australian regulatory authorities apply a precautionary principle in circumstances where there are potential threats to human health or threats of serious or irreversible environmental damage, also employing a polluter pays principle.
Remediation since 1993
ECT2 provides a full range of products and services for the treatment of contaminated groundwater, including bench and pilot studies, design and engineering, temporary systems, permanent systems, installation, construction management, startup and commissioning, and ongoing operating contracts. We have a team of employees with decades of experience in hydrogeology, remedial investigation, and process engineering and design, and our operations experience provides outstanding insight into the design challenges likely to be encountered in any groundwater project. Since 2013 we have implemented hundreds of single use and regenerable treatment systems, worldwide, that have treated billions of liters of PFAS-contaminated water, including five SORBIX RePURE groundwater treatment systems in Australia and a full-scale SORBIX RePURE regenerable treatment system at the former Pease AFB in Portsmouth, NH. We have also installed groundwater treatment systems for treatment of chlorinated VOCs and 1,4-dioxane at facilities located in FL, MA, NY, MD, LA, NH, AZ, and CA.
Contaminant concentrations at groundwater remediation sites are often very high, and the treatment systems are generally required to reduce these concentrations to levels that meet drinking water criteria. In addition, plume control is an important component of the remediation strategy, along with the treatment of other contaminants that may be present in PFAS-contaminated groundwater. ECT2 offers two PFAS treatment options to best meet the project requirements. For PFAS concentrations in the ng/L (ppt) range, our products utilizing our SORBIX PURE single-use ion exchange resins provide up to 15x the capacity of GAC systems, with a footprint that is as small as one-half the size. For PFAS concentrations at or above 10 ppb, our patented SORBIX RePURE regenerable ion exchange system offers the best overall performance with the least amount of waste on the market. Either of these resins can be utilized in our Series M product line, which can be efficiently packaged in CONEX shipping containers for groundwater remediation. Developed specifically for quick-turn projects, the Series M turnkey systems arrive on site ready to operate, following hookup with utilities and the contaminated water source.
Eielson Air Force Base near Fairbanks, Alaska experienced an unplanned release of 30,000 gallons of wastewater containing concentrated PFAS, and the Air Force Civil Engineer Center sought a system that could demonstrate the ability to rapidly address this immediate concern and potentially be applied to other PFAS releases or Investigation Derived Waste (IDW) waters containing PFAS.
This webinar will provide an overview of these developing standards, with a focus on the US, Europe and Australia.