A newly released, peer-reviewed study in a leading environmental journal reveals a full scale, circular, and cost-effective solution to PFAS removal. Learn how this ground-breaking research is elevating carbon reactivation for municipalities.
Delve into research that demonstrates how municipal water systems can go beyond simple filtration to achieve removal of PFAS couplounds from granular activated carbon (GAC).
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Review data from two full-scale trials conducted under real-world drinking or potable water conditions.
See how through high-tempature reactivation, municipalities and industrial users can recycle spent activated carbon while removing the PFAS contaminants below detectable limits from the carbon with a destruction removal efficiency (DRE) of >99.9%.
Learn about the advanced EPA testing protocols used to monitor emissions and ensure no harmful byproducts are formed.
Discover how reactivation significantly lowers CO2 emissions compared to virgin activated carbon production and expands supply availability.
