Air cleanser Types and Uses
Home air cleaners are very important if you want to improve your indoor air quality. Residential air cleaners were first introduced in 1963, by Klaus Hammes. Consequently, there have been numerous improvements in their design and functionality. Today we have home, car, ionic, HEPA, ozone, and personal devices. Each has its set of benefits and features.
Air cleanser Types And Uses has cleaners indoor air quality that remove a wide variety of contaminants and pollutants from the air that we breathe. They are especially useful to people who suffer from allergies or asthma, although each and every individual will benefit from breathing clean air whether they have any breathing problems. Devices are made to remove everything from acetone to ammonia, plastic chloride to xylene, and pollen to dust mites.
Ionic home air cleaners work by sending out billions of ions (electrically charged particles) into a room. For their electrical charge, these allergens attach themselves to the contaminants in the air. The charged allergens then come back to the cleaner and are collected there, along with the pollutant that is attached to the ion.
HEPA home air cleaners work on the principle of filtering. HEPA stands for “high efficiency particulate absorbing” or “high efficiency particulate arrestance”. This type of air filtering removes over 99% of dust, mold, pollen, bacteria and other airborne allergens. HEPA was initially a registered brand, and after this has evolved into a universal term for highly efficient filtration systems. Most people mistakenly assume that HEPA filtration systems work much like a sieve, whereby allergens smaller than the smallest opening in the filter are allowed to pass through the filter. This is incorrect. HEPA home air cleaners work on three different principles of physics. These are interception, impaction, and diffusion. The internet result is that allergens far smaller than the openings in the filter are trapped and taken off the air.
When the term ozone air cleanser is used, it is generally describing an air cleaner that creates ozone to disinfect the air or items within a room. However, ionic home air cleaners produce ozone as a by-product of fabricating and releasing ions into the air. While ozone is a very effective disinfectant, it is also considered to be a pollutant as it has harmful effects on lung function.
Ozone was discovered in 1840 by Christian Friedrich Schonbein. It has 3 atoms per molecule rather than the two found in oxygen. Ozone home air cleaners create ozone which, when generated, seeps into crevices, carpets, curtains, furniture, and under beds where normal air currents are typically non-existent. When the extra oxygen atom splits off from the molecule, the disinfectant power is exposed. These single oxygen atoms quickly destroy bacteria, mold, and mildew. Research laboratory test have shown that ozone eliminates E. coli bacteria over 3, 000 times faster than chlorine, a very popular and widely-used disinfectant. Due to its characteristics and how ozone works, ozone home air cleaners are ideal for removing scents caused by fire and flood damage. Ozone devices are so effective that major hotel chains use them to convert smoking rooms into non-smoking rooms. Remember, though, that ozone disturbs human lung function. Ozone devices are primarily used to clean while humans are not present.
When choosing an air cleaner, you need to consider what your largest anxiety about air quality is. Is it smell and bacteria from your pets? Is it pollen or mold? Or is it to rid the air of second-hand smoke. Deciding what type of pollutant is your greatest concern is the first step in choosing the right type of air cleanser.
Home air cleaners are very important if you want to improve your indoor air quality. Residential air cleaners were first introduced in 1963, by Klaus Hammes. Consequently, there have been numerous improvements in their design and functionality. Today we have home, car, ionic, HEPA, ozone, and personal devices. Each has its set of benefits and…