Water treatment
Utilities and industrial users are deploying proven separation technologies including granular activated carbon, ion exchange and high-pressure membranes.
Technology map →PFAS Market tracks treatment technologies, remediation projects, regulatory developments and the companies building the next generation of PFAS solutions.
PFAS are persistent synthetic chemicals used across many industrial and consumer applications. The need to detect, capture, concentrate, manage and destroy them is creating demand across water, waste, remediation and environmental services.
Utilities and industrial users are deploying proven separation technologies including granular activated carbon, ion exchange and high-pressure membranes.
Technology map →Contaminated groundwater, soil, firefighting-foam sites and industrial locations require long-term monitoring and treatment strategies.
The central technical challenge is moving beyond capture toward validated destruction with low potential for secondary PFAS release.
US and European policy changes are driving new testing, treatment, reporting and material-management requirements.
PFAS management is a chain. Technologies that remove PFAS from water often create a concentrated residual stream that still requires responsible management or destruction.
Targeted methods, non-targeted analysis and total-organic-fluorine approaches help identify and quantify PFAS.
Granular activated carbon, ion exchange and membrane systems are established tools for removing PFAS from water.
Spent media, brines, leachates and contaminated solids require a downstream management route.
Thermal treatment, permitted disposal routes and emerging destruction methods are being evaluated under increasingly rigorous frameworks.
EPA research identifies activated carbon, ion exchange resins and high-pressure membranes among important technologies for PFAS removal from drinking water.
EPA research ↗Research continues into technologies designed to break carbon–fluorine bonds rather than only transferring PFAS into another waste stream.
EPA PITT ↗EPA’s 2026 interim guidance discusses these three large-scale categories, while emphasizing site-specific conditions, uncertainties and release potential.
2026 guidance ↗This snapshot is informational and dated October 2026. PFAS regulation changes frequently; always verify requirements with the relevant authority.
EPA updated its interim guidance on PFAS destruction and disposal in April 2026. The guidance is non-binding and includes a technology-evaluation framework, research needs and updated discussion of commercial-scale management options.
ECHA’s scientific committees continued work in 2026 on the broad PFAS restriction proposal. Separately, the EU restriction on PFAS in firefighting foams begins applying from October 2026, with staged requirements and transition periods.
PFAS Market does not provide legal, regulatory, environmental or engineering advice. Official regulations, permits and site-specific assessments govern.
PFAS Market is preparing a structured directory for solution providers, technology developers, testing laboratories, remediation contractors, waste managers and project owners.
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