The biggest questions that people have regarding air purifiers are, why do I need one, what are they, and how do they work? To put it simply, air purifiers electronically clean the air of most impurities and can assist in making your air safer to breathe. Similar to detoxifying the human body of impurities, except these electronic devices detoxify the air. So why make the comparison through stating the need to detoxify the air. This is because the air you breathe in your home is five times more toxic than the air you breathe outside the home. People remain inside up to 90 % of their lives and the air in homes has become polluted due to many advances in technology.
Impurities in the air you breathe in your home are chemicals, gases, and fumes and particles. These are derived from the materials used in the construction of your home, gases from cleaners and other products, and fumes from gas stoves or natural gas heating systems to name a few sources. These pollutants build up in your home to high levels when the air inside is not allowed to be exchanged with the air outside.
The biggest questions that people have regarding air purifiers are, why do I need one, what are they, and how do they work? To put it simply, air purifiers electronically clean the air of most impurities and can assist in making your air safer to breathe.
Homes need to breathe, but with the way they are built today, as air tight as possible, this can create quite a problem. It makes since to have your home as energy efficient as possible, but you need to incorporate green technologies that allow your home the necessary ability to circulate air properly with outdoor air. If you are not able to devise a system that allows the air in your home to be exchanged at least once a day with outside air, it's quite possible you are a good candidate for an air purifier.
We've had look at why we need an air purifier, so now let's take a look at how they work. Air purifiers can help lessen the effects of bacteria, germs, viruses, fungi (mold), chemicals, fumes, chemical agents, cigarette smoke and odors. They use several methods, such as ultra violet (UV) light radiation, electrical fields to change the polarity of pollutants, chemical bonding, and generation of reactive oxidants to neutralize pollutants.