Closing the loop on PFAS: Norit’s global activated carbon solutions for a safer future

Norit discusses the current PFAS regulatory landscape, the scientific factors influencing PFAS adsorption on activated carbon, and how the company is demonstrating PFAS destruction at scale in its reactivation plant.

Per- and polyfluoroalkyl substances (PFAS) have emerged as one of the most pressing challenges to water quality in our time. These synthetic chemicals are extraordinarily persistent due to their carbon and fluorine bonds, earning them the name ‘forever chemicals’. Their widespread use in firefighting foams, textiles, electronics, food packaging, cosmetics and industrial applications has resulted in pervasive contamination of water sources across the globe. Scientific studies link PFAS exposure to cancer, immune dysfunction, elevated cholesterol, and other health impacts.

In response, regulators in both the US and the European Union are implementing increasingly strict limits on PFAS in drinking water, wastewater, and groundwater. Utilities, industries, and remediation projects face the dual challenge of complying with evolving standards while balancing costs and sustainability.

Activated carbon has proven to be one of the most effective and commercially viable tools for PFAS removal. Norit, with more than a century of leadership in activated carbon solutions, is at the forefront of advancing PFAS treatment strategies through granular activated carbon (GAC), powdered activated carbon (PAC), and thermal reactivation services. Operating an integrated network of facilities in the US and EU, Norit delivers technical expertise, proven removal performance, and sustainable pathways for long-term PFAS management.

This article outlines the current PFAS regulatory landscape, the scientific factors influencing PFAS adsorption on activated carbon, and Norit’s demonstration of PFAS destruction at scale in its reactivation plant. Together, these activities illustrate Norit’s commitment to providing reliable and sustainable solutions on both sides of the Atlantic.