Arvia Technology offers an innovative approach to PFAS removal that is both effective and sustainable. Unlike conventional methods that generate secondary waste, our Nyex™ technology efficiently destroys PFAS, ensuring complete removal from wastewater.
Our Nyex Floronox treatment technology destroys the long chain carbon-fluorine bonds.
Florenox reactors operate at ambient temperatures and pressure. This technology does not create PFAS byproducts.
Nyex Florenox is a modular, scalable onsite solution offering flexible treatment capacity.
Per- and polyfluoroalkyl substances (PFAS) have become a topic of significant concern due to their widespread use and persistence in the environment. Known for their hydrophobic and oleophobic properties, these chemicals have found their way into a multitude of consumer products.
From nonstick cookware to stain-repellent clothing, PFAS are integral to the production of items designed to resist water, grease, and stains. However, their persistence in the environment and potential health risks have raised significant concerns.
With regulations tightening, there is an urgent need for effective PFAS remediation technologies.
Our Nyex Florenox™ PFAS Removal Technology promotes the formation of highly reactive hydroxyl radicals, which target the carbon-fluorine (C-F) bonds that make PFAS so resistant to other methods of removal.
Arvia is proud to offer innovative solutions for PFAS removal that are sustainable, effective, and scalable for all sectors, thanks to Nyex.3’s fluoride tolerance.
Contact our experts today to find out how Nyex Florenox can help you stay environmentally safe and compliant with all current regulations for your industry.
With regulations tightening, there is an urgent need for effective PFAS remediation technologies.
Nyex.3 PFAS Removal
Nyex .3 is an advanced inert electrode material that promotes the formation of highly reactive hydroxyl radicals. These have been proven to be extremely effective at breaking down the carbon fluoride (C-F) bonds that characterise PFAS chemicals, making the material and the process the most effective way to target and destroy PFAS.
Florenox Reactors
Florenox are Arvia’s next generation electrochemical oxidation reactors, which are capable of operating at low intensity pressure and temperature. The EO process is dependent on mass transfer of PFAS to the electrode surface, which is maximised in the Florenox’s 3-D anode. These factors make Florenox incredibly efficient, environmentally-friendly, and inherently safer.
Jerome Budin
Wastewater consultant
Schedule a call with one of our wastewater treatment consultants at your convenience. Or you can send us an enquiry.
Arvia has demonstrated the efficacy of PFAS destruction using the Florenox system in various challenging scenarios. These include:
✓ A range of water sources; leachate, groundwater, surface water and industrial effluent.
✓ From a range of concentration technologies; foam fractionation, membrane, adsorbent resins.
✓ From different applications; regeneration of adsorbent resins, land remediation, landfill leachate, AFFF.
Tell us what organic compounds you need to remove from your water and our consultants will give their recommended approach which might involve:
✓ Onsite treatment
With Nyex Florenox you benefit from onsite treatment meaning no costs for transport or incinerating waste. It is a self-contained unit, with minimal operational overheads.
✓ Fluoride tolerant electrodes
Offering improved lifetime versus other electrodes.
✓ Derisking and compliance
Maintain regulatory compliance and avoid PFAS litigation.
✓ Pricing options to suit your business requirements
Available as TaaS or CapEx models.
✓ No chemical dosing
Avoid handling costs of chemicals, including H&S training for maintenance team, time spent completing COSHH and risk assessment paperwork and negative environmental impacts.
✓ High up-time
Nyex Florenox can run continually because there are no membranes to clean or replace and no secondary waste to remove.
✓ Modular flexible design
Nyex Florenox is a modular system which means treatment capacity is flexible.
✓ Complementary technology
Integrates well with other technology to make other water treatment processes more efficient.
