Meet Our Featured Speakers

Per- and polyfluoroalkyl substances represent a growing concern for both communities and industries. Stakeholders are strengthening their efforts to address PFAS contamination, with advanced oxidation emerging as a key technique for degrading these compounds. As water quality gains greater prominence in public policy and corporate responsibility, the demands for innovative solutions to reduce PFAS residues and protect public health continue to grow.

Companies worldwide are researching and implementing advanced oxidation solutions for PFAS treatment. Many are applying their expertise in established treatment processes to develop robust systems that can integrate seamlessly into municipal and industrial water treatment facilities. Advanced oxidation processes have the potential to break down PFAS into less harmful substances, helping water utilities meet strict regulatory standards and safeguard public health.

Scaling these solutions to serve entire communities is now a primary focus, with an emphasis on delivering accessible and decentralised water treatment options suitable for diverse regions.

Advanced Oxidation Requires Consistent Innovation

Investment in water treatment infrastructure continues to grow as utilities modernise their facilities. Regulators and key authorities are now prioritising emerging technologies capable of effectively degrading PFAS. Dedicated pilot projects have shown promising results, supporting the development of full-scale operations.

While some technologies can be adapted from other industries, the unique chemistry of PFAS requires specialised knowledge and equipment. This has driven continuous innovations focused on improving efficiency, scalability, and cost-effectiveness.

At PFAS Treatment Europe 2026, companies will showcase solutions and products created to mitigate PFAS contamination. The event provides a global platform for industry leaders, government representatives, researchers, and technology providers to exchange insights, address critical challenges, and highlight breakthroughs in advanced oxidation.

SUBSCRIBE FOR UPDATES

By submitting, you agree to receive email communications from the event organizers, including upcoming promotions and discounted tickets, news, and access to related events.