Leveraging PRISM™ to Assess Contaminant Flow Pathways at a Complex Geologic Site, Washington, DC
Ryan Samuels, Junaid Sadeque, Sumon Chaterjee, Kurt Vangelder, Patrick Donahoe AECOM
The objective of this presentation is to demonstrate a new, innovative technology that can be used to build robust conceptual site models, better define contaminant flow pathways, and design more effective remedial strategies at complex geologic sites.
DE-FLUORO – An Electrochemical Oxidation Technology for PFAS Destruction
Shangtao Liang1, Rachael Casson2, Rebecca Mora3, Francisco Barajas3 1AECOM 2AECOM Australia 3AECOM US
The objective of this presentation is to introduce and provide information on the electrochemical-based PFAS destruction technology DeFluoro, including mechanism illustration, pilot study results, implementation strategies, comparison of other currently available PFAS destruction technologies.
Recent Progress in Understanding the Transformation of PFAS Precursors in Microbial Systems
Jinxia Liu1, Min Liu1, Hao Chen1,2, Gabriel Munoz3, Hongwen Sun2, Sebastien Sauve3 1McGill University 2Nankai University 3University of Montreal
The objective of this presentation is to provide the audience with new knowledge of the complexity and the challenge of addressing the presence of precursors in environmental monitoring efforts and site assessment of PFAS-impacted sites.