UV Air Purification

UV light air purifiers are devices that utilize light technology to eliminate microorganisms and other pollutants. They are frequently used in hospitals, laboratories, and other settings where clean air is crucial.

These purifiers are increasingly found in residential homes and office buildings due to their effectiveness in purifying the air. They are particularly adept at diminishing or eradicating paint fumes, cigarette smoke, and odors from pets, food, and various other sources.

UV light purifiers function by emitting ultraviolet rays, similar to those used in tanning beds and for disinfecting drinking water. These rays target and neutralize harmful oxygen-containing molecules like ozone, nitrogen dioxide, and formaldehyde, transforming them into less harmful compounds such as carbon dioxide.

The most prevalent type of UV air purifier employs a phosphorus-coated quartz tube known as a "deodorization lamp." These lamps release UV rays that decompose air pollutants without generating dangerous byproducts like ozone or nitrogen oxides. The ultraviolet rays initiate chemical reactions that alter the structure of the pollutants.

UV lamps are particularly effective against microorganisms such as viruses, bacteria, and fungi, which have DNA or other molecules vulnerable to UV radiation. Common pathogens destroyed by these devices include the cold virus, flu virus, herpes virus, tuberculosis bacteria, and the legionnaires’ disease bacterium and Corona virus

For odors, UV lamps operate similarly by breaking down the molecules responsible for unpleasant smells into smaller, non-odorous fragments.

Additionally, some model UV lights are equipped with sensors to gauge air quality and modify their intensity or operation as needed, ensuring optimal performance.

In conclusion UV applications can ensure indoor air quality in both your home and business. Please contact us for more information or pricing!

Needlepoint Bi-polar Ionization

Despite gaining recent attention, bipolar ionization is not novel, having been popular in Europe since the 1970s.

How Does Bipolar Ionization Work?

Bipolar ionization employs a device that divides air molecules into positively and negatively charged ions. These ions surround airborne particles such as mold, viruses, bacteria, and allergens like pollen, clustering around them. The ions not only increase the size of these particles, making them easier to capture by air filters, but they also directly impact viruses and other pathogens. For viruses, it alters the molecular structure of the protein coat, crucial for the infection process. Once altered, the proteins cannot invade our cells, thus preventing illness. Bacteria are eliminated as the ions strip away vital hydrogen, leading to the bacteria's rupture.

What are Some Important Considerations When Choosing Bipolar Ionization?

One critical factor is ensuring the device is ozone-free. Some bipolar ionization devices emit ozone at hazardous levels. To avoid ozone emission, the EPA advises using devices that are UL 2998 standard certified (Environmental Claim Validation Procedure (ECVP) for Zero Ozone Emissions from Air Cleaners).

Another consideration is selecting the appropriate device, location, and distribution method for your space. Whether it's a gym, cafeteria, office, or bedroom, it's essential to ensure the proper ion count is achieved for optimal protection.

 This can be a great option for indoor air quality on its own or in addition to a UV cleaner. please contact us if interested in a bi-polar ionization unit for your home or business.