PSN•PSN•Parsons has expanded PFAS remediation offerings in North America with four core technologies—Hot ISCO, Catalyzed UV PFAS Destruction, Thermal Desorption and AFFF Cleanout—backed by 20 years of in-house R&D and patented processes. These integrated treatments target soil, water and infrastructure, positioning the company for new regulatory-driven cleanup contracts.
Parsons has announced an expansion of its PFAS remediation services across the United States and Canada, introducing four primary technologies: Hot In Situ Chemical Oxidation (Hot ISCO), Catalyzed UV PFAS Destruction, Thermal Desorption and AFFF Cleanout. This move leverages the company’s 20 years of in-house research and patented processes to address complex soil, groundwater and infrastructure contamination.
Hot ISCO employs elevated temperatures and in-situ chemical oxidation to annihilate PFAS at source zones and in extracted water streams. Catalyzed UV technology achieves over 99% PFAS destruction in wastewater and groundwater at lower energy and capital costs. Thermal Desorption thermally removes PFAS from soils for off-gas destruction, while AFFF Cleanout purges fire suppression systems to 99+% PFAS removal.
With this integrated suite, Parsons aims to meet emerging regulatory standards and capitalize on rising demand for sustainable PFAS solutions. Completed projects, including a 2,000 cubic yard thermal desorption at Joint Base Elmendorf-Richardson, underscore its execution capacity and bolster prospects for new remediation contracts under stricter environmental mandates.
