How Plasma Air Technology Works
Plasma Air uses soft ionization, or bipolar ionization, technology for proactive indoor air purification.
How Soft Ionization Works to Clean the Air of Pollutants
Like sunlight does in the atmosphere, Plasma Air technology produces a climate rich in positive and negative oxygen ions. The negative ions contain an extra electron while the positive ions are missing an electron. The result is an unstable condition.
To find stability, these polarized ions seek out atoms and molecules in the air to trade electrons with. This process effectively neutralizes particulate matter, bacteria and virus cells, odorous gases and aerosols, and VOCs.
Positively and negatively charged ions cause airborne particles to cluster.
Filters catch large particle clusters.
Oxygen ions inactivate bacteria and viruses as they bond.
Oxygen ions bond with and neutralize odorous gases and aerosols including VOCs.
See Plasma Air HVAC Air Purification in Action
Plasma Air HVAC Air Purification for Commercial Applications
Plasma Air Residential HVAC Air Purification for Residential Applications
How Plasma Air Compares to Other Air Purification Methods
Plasma Air’s bipolar ionization air purification technology is a superior solution. It proactively treats the air in the occupied space at the source of contamination. Traditional end-of-pipe solutions utilize a reactive “pass-through” or “filtered” approach.
|
Plasma Air |
Particle Filtration | HEPA / Fine Grain Filters1 | Carbon Filters2 | Ultraviolet3 | Biofilters | Chemical Scrubber | PCO4 | |
|---|---|---|---|---|---|---|---|---|
| Description | Soft (Bipolar) Ionization | Pre-filters, bag filters, pre-treated filters, fiberglass filters for larger airborne particles | Captures fine airborne particles | Adsorbs and filters chemicals | Ultraviolet light kills germs and remove airborne particles | Treats exhausted air through biological media by reacting with contaminants | Treats exhausted air through chemical media by reacting with contaminants | Filtered media is coated with material that reacts with chemicals |
| Energy savings | Up to 30% | None | None | None | None | None | None | None |
| Pressure drop | Low | Low | High | Medium | None | Very high | High | Medium |
| Particle size | Small | Large(> 5um) | Small(< 0.01um) | N/A | N/A | N/A | N/A | Large |
| Treats air in room | Yes | No | No | No | No | No | No | No |
| Treats Make-up / Supply air | Yes | Yes | Yes | Yes | Yes | No | No | Yes |
| Treats return air | Yes | Yes | Yes | Rarely | Yes | No | No | Yes |
| Treats exhaust air | Yes | Rarely | No | Yes | Rarely | Yes | Yes | Rarely |
| Capital costs | Low | Low | Medium | High | Medium | Very High | Very High | High |
| O&M Costs | Low | Low | Low to medium | High | Low | Very High | Very High | High |
| Energy Costs | Low | Low | High | High | High | High | High | Medium |
| Disposal Costs | None | Low | Depends on contamination | High | Medium | High | High | High |
| Success rates5 | 99% | Low | 0-99.7% | Low | Low | Low | Low | Low |
What Are Oxygen Ions?
Ions are molecules or atoms that contain an electrical charge and exist in nature in various sizes. Small ions only last between 30 and 300 seconds before losing their charge, but are extremely active.
Small ion densities range from 900 to 1,100 negative ions and 1,000 to 1,200 positive ions per cubic centimeter (ions/cm3) in pristine natural environments. At sea level ion density is typically around 500 negative and 600 positive ions/cm3. In cities and inside buildings ion levels drop by 80% to 95% and can be barely detectable in small spaces.
As ion density decreases, so does the air quality. By increasing the quantity of both positively and negatively charged small oxygen ions, air quality improves. This is the basis of Plasma Air's soft ionization, bipolar ionization, technology.
More questions about how bipolar ionization works?
Browse our frequently asked questions.
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