Actively Seeks & Destroys Contaminants

  • Viruses

  • Mold

  • Bacteria

  • Smoke

  • Odors

WellisAir Patented Technology Explained

How Hydropure Molecules Neutralize Pathogens

WellisAir Releases Hydropure Molecules 24/7

WellisAir uses nature's purifiers to seek out and destroy both surface and airborne particles. Unlike filters, which can only clean the air which passes through the unit, WellisAir's unique technology relentlessly hunts contaminants wherever they are — in the air, on surfaces, even inside the walls and vents.

Hydropure Molecules Steal Hydrogen

WellisAir's Hydropure Molecules steal hydrogen from viruses and bacteria and other microscopic pathogens. This tears contaminants apart. The stolen hydrogen is then joined with oxygen to form H20, which evaporates as completely harmless and clean water vapor.

Hydropure Molecules Are Hungry For More

Once they annihilate a pathogen, it sets off a chain reaction where the Hydropure Molecules are hungry for more hydrogen. This is why each WellisAir unit cleans more the more its used — even targeting the contaminants that hide behind the walls, under the floors, and in the vents.

Continuous Monitoring

WellisAir's smart monitoring technology continuously tests the air, alerting you to the presence of VOCs in the air — and assuring you with the blue light once they've been neutralized.

Say Goodbye to Dirty Filters

Most air purifiers — even high-end expensive ones — rely on passive mechanisms which simply draw In air from the room and run it through a filter. This means that the only pathogens which are trapped are those which are airborne, and which are close enough to the unit to get sucked in.

WellisAir is proactive and dynamic — capturing pathogens mid-air, and hunting them down on surfaces.

  • Like a diligent but hapless custodian, the conventional HEPA system attempts to clean the air by clumsily dragging particles through its filter. It manages to suck in some mischievous pathogens but fails to deliver the final blow, leaving them alive and kicking. This slow process, which becomes much less effective the further you get from the unit, can lead to pollutants still sneaking into unsuspecting lungs or settling down onto vulnerable surfaces.
  • A conventional HEPA system can only manage filtration of pathogens as tiny as 0.3 microns, but WellisAir can hunt and destroy contaminants up to ten times smaller.
  • Conventional HEPA systems demand frequent filter changes, every 3-6 months, which is a messy chore, exposing people to the very pathogens they hoped to trap. With WellisAir, you simply have to pop in a clean new cartridge — easier than swapping in new ink in a printer.
  • HEPA systems also consume high amounts of energy — and must be loud to be at all effective. WellisAir only requires 25 cents worth of electricity per month to operate, and is 80% quieter than the quietest filter on the market.

Independent 3rd Party Lab Results

WellisAir Studies

Effectiveness of the WellisAir Model WADU-02 Disinfection Purifier Against SARS-CoV-2 Contaminated Surfaces (PDF)

KCL Study of Efficiency (PDF)

KCL Study of Efficiency II (PDF)

KCL Study of Efficiency III (PDF)

HRSV Wet Study (PDF)

HRSV Dry Study (PDF)

KCL Study of Efficiency IV (PDF)

KCL Study of Efficiency V (PDF)

KCL Study of Efficiency VI (PDF)

RSV Test Report (PDF)

ROTA Virus Test Report (PDF)

Universitat de Barcelona Report (PDF)

RSV Test Report Wet (PDF)