Modular Air Plasma for Your Antimicrobial, Bioactive, Chemical Innovation

ModuNOx™: Air Plasma Ozone, NOx, RONS Generator Modules

We supply our Air Plasma technology in modular devices – with support services – to generate the gases your application demands, rapidly and at scale.

Example: OXONOX (external link) wanted to improve hygiene in busy public spaces in response to COVID-19. Our ModuNOx™ OEM Solutions allowed them to rapidly integrate Air Plasma into new products, delivering easy, effective, safe and sustainable disinfection of escalator handrails using our technology.

OEM Solutions 1Product specifications/appearance/features may vary - Contact Us to discuss your requirements
  • Developed and validated in the UK, with leading universities & grant funders.
  • Founders & inventors: plasma physicists and spacecraft systems engineers.
  • Calibration on request traceable to UK’s National Physical Laboratory (NPL).
  • Manufacturable at high volumes & quality-assured in the UK to ISO9001.
  • Air plasma generation technology protected by globally issued patent portfolio.
  • Available at multiple levels of integration: enclosures, air flow handling, interfaces.

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OEM Solutions 2

Why ModuNOx™ versus other plasma sources?

 

Our Four Pillars:ModuNOx™ Air PlasmaThermal / hot plasmaNon-thermal / cold plasma
1 EasyModular, programmable OEM component design. High flexibility in RONS outputs and purities. Automated delivery of gas. Low to no maintenance. NOxLab™ accelerates R&D.Low adaptability of RONS dose and not designed for OEM integration. Some devices apply RONS manually. High electrode erosion, requiring frequent recalibration.Low adaptability of RONS dose and not designed for OEM integration. Manual application requires special training and is prone to error. Some devices require cumbersome compressed inert gas cylinders.
2 EffectiveHighly repeatable, calibrated gas-phase RONS, ~0-500 ppm range. Long electrode lifetime and low drift. Fast, automated and uniform RONS treatment over wide areas.Drift in RONS dose over time due to electrode erosion. Manual application makes it difficult to apply RONS consistently over wide or irregular surfaces.Poorly defined, variable mechanism of action, including highly aggressive, unstable radicals. Manual application makes it difficult to apply RONS consistently over wide or irregular surfaces.
3 SafePackaged into shielded enclosures, to maximise user and public protection. Low air temperature. Precisely known RONS outputs, can be scrubbed before emission.High electrode erosion produces metal dust. Some devices vent high concentrations of RONS without scrubbers to mitigate inhalation risk, and operate at high air temperatures.Open air operation contaminates the plasma and changes RONS output. Increased risk of exposure to high voltages, electromagnetic interference. Often no RONS inhalation risk mitigation.
4 SustainableHigh RONS generation vs power efficiency. RONS are generated precisely at high concentrations and distributed around / confined in air-tight volumes.Inefficient and high power consumption. Some devices waste power through open air operation, allowing RONS generated to rapidly disperse.Inefficient and high power consumption. Many devices waste power through open air operation, allowing RONS generated to rapidly disperse.
+ get started quickly with R&D ProductsNOxLab™ allows rapid ModuNOx™ R&D.Not designed for convenient and precise R&D. Not designed for convenient and precise R&D.