Environmental Treatment e-beam Systems
GAC Reactivation PFAS Mineralization In-situ Operations
Volatize and Mineralize Organics
Leveraging high-energy electron beams to transform organic contaminants — ranging from conventional pollutants to the most resilient PFAS — into inert mineral forms.
How E-Beam Technology Works
Electron beam accelerators generate high-energy electrons that break molecular bonds in organic contaminants, converting them into simple, harmless compounds like water, carbon dioxide, and mineral salts.
Energy Transfer
High-energy electrons (<10 MeV) are generated by compact industrial accelerators and directed into the treatment medium.
Radical Generation
Electrons interact with water molecules to produce hydroxyl radicals and solvated electrons — powerful oxidizing and reducing agents.
Bond Destruction
These reactive species attack carbon-fluorine, carbon-carbon, and other molecular bonds, breaking down contaminants at the molecular level in nanoseconds without bulk heating.
Mineralization
Complex organic molecules are converted to simple inorganic compounds: CO2, H2O, F-, and mineral salts—completing the destruction process.