The Forever Chemical Problem
PFAS — per- and polyfluoroalkyl substances — are among the most persistent contaminants in the modern environment. The carbon-fluorine bond does not break down naturally, does not break down in landfills, and does not break down through conventional treatment methods.
As drinking water regulations tighten and remediation requirements increase, municipalities, federal agencies, industrial operators, and environmental programs are facing growing pressure to address contamination at its source.
How Industrial PFAS Destruction Works
Industrial supercritical water oxidation operates under extreme temperature and pressure conditions designed to break down persistent contaminants at the molecular level.
The process supports large-scale remediation operations while minimizing secondary waste generation and reducing long-term disposal liability.
99.99%
50+
Destruction Efficiency
Forever Chemicals Addressed
• Operates at approximately 650°C and 3,200 PSI
• Destroys PFAS and 50+ related forever chemicals
• Produces certified destruction documentation for    compliance records
Operational Briefing
Capacity specs.
PFAS Destruction
Industrial-scale destruction of PFAS, PFOA, PFOS, GenX, fluorotelomers, and related contaminants.
Industrial Remediation
Treatment of contaminated water, leachate, sludges, process residues, and environmental waste streams.
Certified Documentation
Destruction verification and documentation designed to support regulatory and compliance requirements.
