This is how the air is purified
with Oxyplasma® technology

Advanced air purification that actively neutralizes gases, odors, allergens, and microorganisms – complementing traditional filters.

How modern air purification technology cleans the air

Indoor air contains both particulate and gaseous pollutants that traditional filters cannot always handle.

Modern air purification is therefore based on active technology that actively neutralizes air pollution – throughout the entire room.

  • Active air purification that breaks down gases and odors
  • Purification throughout the entire room, not just in the air purifier
  • Technology developed for continuous use in homes

Oxyplasma® – advanced air purification technology


Oxyplasma® is an advanced air purification technology that combines ionization and chemical reactions to neutralize air pollutants at a molecular level.

Unlike traditional filter solutions, this technology destroys gases, odors, and microorganisms in the air – instead of merely collecting them.

How Oxyplasma® air purification works

  • Active elimination

    Modern filters purify the air of at least 99.7% of all particles. The active carbon filter captures gases and neutralizes odors.

  • Degradation of gases

    Photocatalysis breaks down gases and odors through chemical reactions, providing an enhancement that traditional filters cannot achieve.

  • Whole-room air purification

    Ions are dispersed throughout the room and charge airborne particles, which significantly increases the purification capacity.

Filter-based technology and active air purification – technical differences

All air purifiers improve indoor air, but the technical purification methods differ significantly. Below is a comparison between filter-based technology only and active air purification.

Filter-based technology

Filter-based technology

Principle of purification

Mechanical filtration where particles get stuck in the filter material and remain there.

Air flow

Purification only occurs when air passes through the unit.

Limitations

Very small particles, gases, and odors can pass through or build up over time.

Operations and Load

Increased air resistance results in higher noise levels and energy consumption.

Technical Maintenance

The effect is dependent on filter quality and regular filter changes.

Active air purification

Active air purification

Principle of purification

Filter-based technology combined with ionization and catalytic reactions.

Air flow

The process takes place both inside and outside the air purifier.

Molecular degradation

Pollutants are broken down into harmless by-products instead of merely collected.

Operation and efficiency

Very low noise level and energy-efficient continuous operation.

Technical stability

Continuous purification with sustained effect over a longer period.

Filter-based technology
Active air purification
Principle of purification
Mechanical filtration where particles get stuck in the filter material and remain there.
Principle of purification
Filter-based technology combined with ionization and catalytic reactions.
Air flow
Purification only occurs when air passes through the unit.
Air flow
The process takes place both inside and outside the air purifier.
Limitations
Very small particles, gases, and odors can pass through or build up over time.
Molecular degradation
Pollutants are broken down into harmless by-products instead of merely collected.
Operations and Load
Increased air resistance results in higher noise levels and energy consumption.
Operation and efficiency
Very low noise level and energy-efficient continuous operation.
Technical Maintenance
The effect is dependent on filter quality and regular filter changes.
Technical stability
Continuous purification with sustained effect over a longer period.

Sensorstyrd och intelligent luftrening

Ozoneairs luftrenare använder avancerade sensorer som kontinuerligt mäter luftkvaliteten i realtid. Baserat på mätvärdena anpassas systemet automatiskt:

  • Reningsintensitet
  • Fläkthastighet
  • Driftläge

Detta säkerställer optimal luftrening utan onödig energiförbrukning och bidrar till en jämn och stabil inomhusluft över tid.

Scientifically validated air purifier technology

All Ozoneair products are rigorously tested by both internal and external laboratories to ensure performance and function. An example is the studies on Oxyplasma®, which have been conducted in controlled laboratory environments with measurable results against common air pollutants.
VIRUS

VIRUS

99.24%

BACTERIA

BACTERIA

99.99%

ALLERGENS

ALLERGENS

96.72%

MOLD SPORES

MOLD SPORES

95.13%

Uppmätta värden i kontrollerad laboratoriemiljö.

Read the Purify test report

How the Oxyplasma® technology is tested and verified

Tested in a laboratory environment
Oxyplasma® has been tested in controlled laboratory environments with documented efficacy against airborne pollutants.

Documented purification effect
Tests show a high reduction of viruses, bacteria, allergens, and mold spores in indoor air.

Independent tests and comparisons
In comparisons, Oxyplasma® has performed better than traditional filter-based air purifiers, especially against gases and odors.

Swedish technology development
Developed for Nordic homes with a focus on quiet operation, energy efficiency, and continuous use.

Common Questions about Air Purification Technology

Modern air purification is based on active technology that neutralizes pollutants in the air, not just filters particles. The technology can break down gases, odors, and purify microorganisms throughout the room.

Filter-based air purification
Works through mechanical filtration where particles get trapped in filters. Only the air passing through the unit is purified, and performance and noise level are affected by filter resistance and the need for regular replacements.

Ozoneair's active air purification
Combines filtration with ionization and catalytic processes. Purification takes place both within the unit and in the room, where pollutants are broken down into harmless residual products with low noise levels and consistent performance over time.

Yes, active air purification can neutralize gaseous pollutants and odors that traditional filters often let through.

Ionization affects particles in the air throughout the room, contributing to more effective air purification.

Yes, the technology is developed for continuous use in homes, focusing on low noise levels, energy efficiency, and safe operation.

The need for filter changes is significantly lower compared to traditional HEPA-based air purifiers, as the purification is not solely dependent on filters.

Clean air guarantee

If you are not satisfied with how Ozoneair Purify improves the air quality in your home, you can easily return it within 30 days for a full refund. Try it risk-free today.

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