Research and Development, Demonstration and Validation of a PFAS Treatment Train through US Department of Defense SERDP and ESTCP Programs
Nathan Hagelin1, Steve Woodward2, Michelle Crimi3, Tom Holson3, Selma Mededovic3, Jennifer Guelfo4, John Karnuc5 1Wood 2Emerging Compounds Treatment Technologies 3Clarkson University 4Texas Tech University 5US Navy
The objective of this presentation is to demonstrate advances and ongoing research and development in the remediation of PFAS in groundwater and drinking water, including the addition of an onsite destruction technology for concentrated PFAS waste.
Jeff Roberts, Phil Dennis, Sandra Dworatzek, Jen Webb, Alicia Hill SiREM
The objective of this presentation is to discuss recent advances in bioremediation for two emerging contaminants (1,2,3-TCP and 1,4-dioxane). The tools and methodologies presented should also be transferable to other emerging contaminants present at federal sites in Canada.
1,4-Dioxane Removal in Municipal Water Supply Impacted by Off-Site Groundwater Contamination
Katie Wolohan, Julia Macejkovic, Ali Ling Barr Engineering Company
The objective of this presentation is to provide an overview of a drinking water supply remediation project at a site contaminated by both volatile organic compounds and 1,4-dioxane and pilot testing completed to select an appropriate water treatment technology for the removal of 1,4-dioxane. This presentation will step through piloting and the tests completed and information gathered to minimize risk associated with installation of a full-scale 1,4-dioxane water treatment system.