Indoor air pollution is a major problem. In accordance with the Environmental Protection Agency (EPA), air pollution levels are two to 5 times higher indoors. In a few buildings with too little proper ventilation, the indoor air may be 100 times more polluted compared to the air outside! The reason being modern buildings are designed with energy efficiency in mind. However, the tight seals which make a house energy-efficient also trap pollutants inside. On top of that, the average American takes nine out of ten breaths indoors, so it’s imperative to make sure that your indoor air is free of allergens along with other impurities.

Air purifiers eliminate allergens, toxic chemicals, and other dangerous pollutants. This article explains why people use air purifiers, how they work, which air purifiers you should avoid, and the way to pick the Olansi Air Purifier to meet your needs.

Common Indoor Air Pollutants

What exactly is the supply of indoor air pollution? When it comes to organic pollutants, mold and dust mites are everywhere – and they are generally the two most common causes of year-round allergic rhinitis (hay fever). Pollen is also a pervasive allergen that always finds its distance to your house because it is so small, and sticky. For those who have pets, they will surely spread their dander to each and every nook and cranny of your home. Many viruses and bacteria are also airborne.

Even though they are not organic allergens, Volatile Organic Compounds (VOCs) cause lots of people to discover allergy symptoms and other health issues. VOCs include formaldehyde, fragrances, pesticides, solvents, and cleaning agents. VOCs can go into the air through chemical off-gassing from furniture, new carpets, adhesives, plastics, and other building materials. Furthermore, many VOCs are known carcinogens (cancer-causing agents).

Environmental contaminants like tobacco smoke, fractional co2, deadly carbon monoxide, and nitrogen dioxide may also be found in your indoor air, as well as toxic heavy metals like airborne lead, mercury vapor, and radon.

How Air Purifiers Work

HEPA air purifiers utilize a HEPA air filter, which was created by the Atomic Energy Commission in the 1940s in an effort to filter radioactive contaminants. HEPA filters set the conventional for China Air Purifier: to become considered HEPA, a filter must capture no less than 99.97% of pollutants at .3 microns or larger. Top-selling HEPA air purifiers range from the Austin Air purifier, available with a HEGA (High Efficiency Gas Adsoprtion) filter, along with air purifiers from IQAir, Allerair, Blueair, and Honeywell.

Activated carbon filters remove gases, odors, and chemical toxins. The carbon is “activated” when it is addressed with oxygen, which opens countless tiny pores to bring in and adsorb chemicals. Impregnated carbon filters happen to be given an extra chemical, normally either potassium iodide or potassium permanganate; these chemicals, referred to as chemisorbents, improve the carbon filter’s ability to trap VOCs and other chemically reactive gases.

Electrostatic filters make use of an electrostatic charge to bring in pollutants and trap them on collector plates. These filters are perfect for people who don’t want to need to worry about changing HEPA filters, but if the collection plates are not cleaned frequently, they quickly lose efficiency. Also, beware that some electrostatic filters emit ozone, which is proven to be a strong lung irritant and can be very irritating for some people with asthma or allergies. The Friedrich air purifier is, undoubtedly, the most effective electrostatic air purifier, as well since the overall top-ranked air purifier in previous Consumer Reports rankings.

Charged media filters give pollutants an electrostatic charge before collecting them in a traditional filter. Charged media filters are usually quite effective, but like electrostatic filters, they lose efficiency rapidly-and they may require frequent and expensive filter changes. Some charged media air filter units also emit ozone. The advantage of charged media filters is because they are quieter and much more energy-efficient than HEPA air purifiers. The Blueair air purifier is the ideal charged media filter, plus it will not emit ozone.

Where and How to Use an Air Purifier

If you suffer from allergies (particularly if you’re allergic to dust mite allergen), then the best place for an air purifier is your bedroom. It’s necessary to have clean air in your bedroom because you spend about a third in your life there. If you’re allergic to animal dander and have pets, then you may want to place an air purifier in the room where your pets spend the majority of their time-and keep the pets from your bedroom! Also, you should not place an air purifier in the corner of an area; it needs to be a minimum of several feet out of the walls for maximum air flow.

You need to run your air purifier continuously for optimum performance. Most air purifiers have everywhere settings. Even should you carry on vacation, our recommendation is that you keep your air purifier running on low. Otherwise, you’ll go back to a property filled with polluted air! In case you are concerned with your electric bill, learn how much energy Negative Ion Air Purifier uses before buying it. Typical HEPA air purifiers can use between 50 watts on low to 200 watts on high. For comparison, a normal lamp uses rnzokn 60 watts, while a typical computer uses about 365 watts.

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