21 October | Electrodialysis reversal: Why ED/EDR is unlocking high-value industrial water markets
Nanotechnology-enabled membranes:
supercharging micropollutant remediation?
- Thursday, 16 April 2026
- 04:00 PM BST / 8:00 AM PDT
Dr. Bilal Asif
Research Analyst
Rhys Owen
Research Director
Divya Inna
Co-host
Micropollutants are reshaping treatment expectations.
Utilities and industrial operators are being asked to remove contaminants they were never designed to handle—while avoiding increases in cost, footprint, or complexity. This is exposing a growing gap between regulatory pressure and the limits of existing treatment.
Catalytic membranes are emerging as a potential response. By combining separation and destruction in a single step, they offer a different approach to advanced treatment—rather than adding further process layers. Early results suggest degradation rates of up to 1,000 times faster than conventional AOPs.
But the commercial reality is still forming.
Deployment is limited, validation remains scarce, and key questions around cost, durability, and bankability persist. This briefing examines where catalytic membranes are delivering value today—and where caution is still warranted.