Step 1
PFAS in the water adsorb to the exceptionally high surface area of our nanoporous catalyst.
Step 2
Turbulence in the water efficiently activates the piezoelectric catalyst and creates transient surface charges across the nano and micropores of the catalyst.
Step 3
These charges generate highly reactive reductive and oxidative species such as hydrated electrons and hydroxyl radicals.
Step 4
These reactive species break down PFAS completely into harmless mineral constituents like carbon dioxide and fluorides.
Step 5
The water is safe to discharge or reuse.
>99% PFAS destruction. No secondary waste.
Oxyle employs proven elimination processes to effectively break down >99% PFAS into harmless, mineralized products.
The Oxyle difference.
High removal efficiency
Zero secondary waste
Universal destruction
Long lifespan
Energy efficient
Give destruction a boost.
Up-concentration solutions can be combined with our destruction tech to boost the effectiveness and cost-efficiency of the overall PFAS treatment system.
Nanofiltration
Nanofiltration uses a nanometer-pore membrane that allows clean water through while blocking larger PFAS molecules. This process concentrates PFAS 5-10x, enhancing the efficiency of advanced treatment.
Foam Fractionation
Foam fractionation leverages the unique properties of PFAS to accumulate at the air-water interface of air bubbles. The bubbles rise forming a froth layer, enabling the removal of PFAS as a highly concentrated stream.
Better PFAS management starts with better measurement.
Determining the effectiveness of PFAS treatments took weeks. With Oxyle, it will take minutes. We develop proprietary machine learning models that draw on data points from multiple sensors to monitor and adapt treatment in real-time. Today, we can predict if discharge limits of 100 ng/l are achieved with 99% accuracy for groundwater. Tomorrow, we’re working towards 2 ng/l for all applications.
