Blueair Pro XL Air Purifier Covers 1180 sq ft (5 air changes an hour)Superb for larger areasEnergy Star CertifiedAHAM Verified & 0 Ozone (ARB) Blueair 503 HEPA Air Purifier Covers 580 sq ft based on 5 air changes an hourExcellent for particulate allergensEnergy Star CertifiedAHAM Verified Blueair 603 HEPA Air Purifier Covers 698 sq ft based on 5 air changes an hourPerfect for larger areasEnergy Star CertifiedAHAM Verified Blueair 650E Digital HEPA Air Purifier Covers 698 sq ft based on 5 air changes an hourGreat for allergies and asthmaHEPASilent technologyElectronic Controls & RemoteEnviroKlenz Mobile Air Purifier Indoor air is often several times more contaminated than outdoor air and can expose us to a variety of chemicals, allergens, particulates, obesogens, VOCs and odors. I use an EnviroKlenz air filtration unit in my home and office to improve indoor air quality. This mobile unit removes and neutralizes chemical odors , allergy triggers, and odors in the air.

I use an EnviroKlenz air purifier in my home and office to improve indoor air quality. This mobile air purifier unit removes and neutralizes chemical odors , allergy triggers, and odors in the air. EnviroKlenz Mobile Air Purifier System utilizes hospital-grade technology to provide maximum air cleaning efficiency for your home and office. The unit is portable and uses the Enviro-Air® Cartridge (size 14”x 14” included with purchase) combined with certified HEPA filtration to remove and neutralize chemical odors , allergy triggers, and odors in the air.diy air conditioning duct cleaning Learn more about what I look for in an air purifier and why it is so important to keep your indoor air healthy here!air purifier college Only logged in customers who have purchased this product may leave a review.wii lens cleaning kit game

The Cleaning of Indoor Air Indoor air pollution is among the top five leading causes of illness and disease in this country, according to the Environmental Protection Agency. This pollution is composed of chemicals, toxic gases, hostile micro-organisms and particulates. For the past hundred years air purification has been in a holding pattern. Man had learned early on to trap particulates with filters. He had been less successful removing air borne microbes, and was totally unsuccessful in dealing with chemicals and toxic gases. Yet chemical pollution has only increased over the years, especially since building envelopes have become tighter so as to save on energy. Because of our inability to deal with airborne, chemical indoor pollution, buildings have resorted to ventilation to get rid of pollution not trapped by filters. This has necessitated that the entire air supply within a building be removed every few hours and exchanged for outside air. This causes increased heating and cooling costs, since incoming air has to be heated or cooled, to bring it to a human comfort level.

With the dramatic rise in energy costs over the past few years and with the increase of chemical pollution in outdoor air, ventilation is a poor solution to the problem of dealing with poor indoor air quality. In the 1980’s NASA devised a system by which chemicals and many airborne toxic gases could be removed from indoor air, by inserting plants into the filter bed of an air purifier, whereupon the friendly microbes that congregate around the plant’s root system would digest chemicals, along with particulate matter, hostile microbes, gases and odors. Thus cutting down on the need for ventilation by as much as 83% and so saving on heating and cooling costs dramatically. However, this system of air purification has gone basically unnoticed by the air purification market, because of its desire to sell oversized ventilating equipment systems and because it has come to rely on filter replacement sales as a lucrative source of income. The diagram below shows a normal heating and air conditioning system for a building.

Within this system the sole means of dealing with air pollution is with filters. Indoor air passes through these so as to remove particulates like dust. Remaining pollutants require ventilation. The second set of diagrams below show various portable air cleaner filter types diagramair purifiers, and just like building system air purifiers, these rely almost entirely upon various filters which trap particulates, but do little to trap chemicals or gases. Some of these filters are of mesh or foam construction, while others have activated carbon to capture certain chemicals and odors, but the number of chemicals and gases captured are woefully small compared to the 80,000 chemicals the chemical industry produces each year. Further, like all filters, these activated carbon filters become saturated and need replacement, or they spew toxins back into the air. Plant air purifiers, on the other hand, trap pollutants in their filter bed, while microbes around the plant’s root system clean out the filter bed so replacement becomes unnecessary.

Plus, the system has other mechanisms, such as wet scrubbers, to remove chemicals, or VOCs, as well. PhytoFilter Technologies has furthered the research done at NASA and has patent pending technology which makes plant air purifiers more efficient, more user-friendly and allows such systems to be installed within parts of a building never used. Our technology provides all but a complete lock on plant air purification. This newest form of air purification is completely natural and will result in a dramatic increase in the size of the indoor air purification market, causing it to grow exponentially in size, just like bottled water and organic farming have, simply because people do not want to ingest substances laden with chemicals, whether those chemicals be in water, food, or air. This technology is not pie in the sky. It has been proven to be scientifically effective, both by NASA and through studies funded by the EPA and the New York State Energy and Research Authority. Plant air purification has been installed in a building on the Syracuse University campus and saved 26% a year on heating.