The Top Seven Benefits of Air Purifiers

These days, indoor air pollution may easily build up to the point where an air quality alert would be issued if it were found outside. For example, preparing dinner might release airborne particles and harmful gasses into your home that remain long after you’ve finished eating. As buildings become more energy-efficient, it will be easier for indoor air pollution to reach dangerous levels if you don’t take proactive steps to preserve the quality of the air in your home.

An air purifier is a helpful addition to your toolset for enhancing indoor air quality. Depending on the type of filter it employs, an air purifier can get rid of mold, germs, viruses, particulate matter (PM), volatile organic compounds (VOCs), and other airborne pollutants.

1. Get rid of allergies

Even though your home should be your refuge from the outside world, it may not feel like much when there are several allergens, like mold spores, dust, pet dander, and pollen, in the air. One of the main benefits of a good air purifier is that it may reduce the number of allergens in your house.

Exposure to airborne allergens can cause symptoms such as congestion, runny nose, itchy or watery eyes, and sneezing. If your allergy symptoms are worse at night or around the time you wake up, you could be reacting to allergens in your home.

To give your respiratory system a break, place an air purifier in your bedroom, living room, or any other space where you spend a lot of time. After that, turn it on, leave it on, and let it work.

2. Reduce asthma triggers in the air

Using an air purifier can help you reduce the amount of pollution in your home and minimize your exposure to substances that worsen asthma episodes. When airborne pollutants enter your respiratory system, they irritate it, exacerbating asthma episodes and making breathing difficult.

If exposed to ozone or other small airborne particles, asthma symptoms may worsen and additional asthma medication may be needed. Furthermore, a person’s lifelong risk of developing asthma may be increased by early exposure to air pollution, particularly gaseous and particulate matter pollution.

The size of the particles in the air might vary. Some particles are big enough to be seen with the naked eye, like the floating dust particles you see when light streams through your window. Some are really little. 99.97% of dust, pollen, and other airborne particles smaller than 0.3 microns are said to be removed using HEPA filters and other high-efficiency mechanical air filters. PuroAir air purifiers use patented Photo Electrochemical Oxidation (PECO) technology to remove organic pollutants in addition to microscopic particles.

3. Reduce contact with airborne viruses

Airborne viral droplets and particles can transmit diseases including COVID-19, the flu, and the common cold. As a result, when a family member has a respiratory ailment, they are powerless to stop the infection from spreading through their breath, sneeze, or cough. (However, wearing a mask might be advantageous.) Viruses will eventually spread throughout the family since everyone breaths the same indoor air. This explains the high frequency of viral illnesses.

Some air purifiers have the capacity to gather bacteria and viruses, which helps remove them from the air when the filter catches them. It has been shown that HEPA filters are capable of capturing particles that contain COVID-19. PuroAir PECO-Filters not only remove viruses from the air but also have the ability to inactivate viruses—including coronavirus and flu strains—by up to 99.99% in a single pass.

4. Less hazardous particles

Particles too tiny to see can get into your lungs and mimic oxygen as they move through your circulation, affecting almost all of your body’s basic systems. Studies show that living near particle pollution can be harmful to heart health since it increases the risk of heart failure, myocardial infarction, hypertension, and stroke. There is evidence that even a brief exposure might cause inflammation and high blood pressure. Lowering your exposure to pollution, especially airborne particles, can protect your heart from the damaging effects of poor air quality. Some studies suggest that using an air purifier to reduce indoor particle pollution may benefit your heart and lung health if you live somewhere where outdoor air pollution is a common occurrence. In a 2018 double-blind study, after just three days of use, residents of an assisted living facility demonstrated benefits to their heart health from air filtration.

Your risk of diabetes is influenced by a number of factors, including the amount of pollution you breathe in. A 2018 study estimates that 3.2 million more cases of type 2 diabetes occurred in a single year as a result of exposure to air pollution.

In a long-term investigation on particle pollution exposure, researchers found that exposure to fine particles was associated with an increased risk of diabetes (risk of diabetes climbed by 39% for every 10 μg/m3 rise in PM2.5). People who are obese, do not smoke, or have heart disease may be more vulnerable to the harmful effects of pollution on the risk of type 2 diabetes.

Both immediate and long-term cognitive effects, such as difficulty focusing, have been linked to air pollution exposure. These impacts have been reported at pollution levels typical of indoor environments.

5. No offensive odors

Taking out the trash as soon as it begins to smell is one easy technique to get rid of some bad smells. Some could be a little more obstinate than others. You may be able to eliminate odors in your home from dogs, cooking, new furniture, and soiled carpets with the help of an air purifier.

Scent molecules quickly disappear at room temperature because they are volatile. Then, like a gas in your internal air, they are there, ready to attack your poor nose at any moment. Most molecules responsible for smells fall into the category of volatile organic compounds (VOCs), which can be handled by certain air purifiers.

The process by which chemical gasses are drawn into activated carbon filters is known as adsorption. As air passes through the filter, volatile organic compounds (VOCs) and hazardous gasses stick to the activated carbon. When volatile organic compounds (VOCs) pass through an air purifier’s filter, they come into contact with a light-activated catalyst. This catalyst reacts with odor-producing gases to break them down molecularly and eliminate them from the environment permanently.