Air purifiers come in a variety of forms. One such type is the silent ionic air purifier.

Brief History of Ionic Purifier Development

1974 saw research emanating from the Swiss Meteorological Institute on why it was that people were negatively affected (e.g. headaches, depression, heart attacks) by various trade winds around the earth. Known winds such as the Sirocco in Italy, the Mistral in France, the Sharav in the Middle East and the Foehn in Switzerland were examined.

What came out of these studies was one common factor in all cases was the prevalence of a super high concentration of positively charged ions in the winds. Areas of recent rainfall or close to a waterfall were also found to contain largely negatively charged air-borne particles. Whilst positive ions detracted from a person’s health, negative ions promoted health, benefits (e.g. increased plant and animal growth, improved animal relaxation and alertness) were seen above 1000 negative ions per cubic centimeter of air.

How modern Ionizing Air Purifiers Function

Ionizing air purifiers are commonly purchased due to them not releasing any chemicals into the atmosphere, low energy usage, no replacement filters being required, and a very low level of operating noise generated.

PHI Cell ionizers are in particular very effective modern air purifiers able to create large quantities of negative ions whilst emitting almost zero ozone. This technology supersedes HEPA air purifiers in that it is able to remove particles as small as 0.001 microns, the size of various pesticides, herbicides and many viruses.

Gasses (e.g. carbon monoxide, nitrogen dioxide) are typically what cause the majority of bad odors, these air purifiers are very efficient at removing this type of pollutant, alongside the larger dust particles, pollen and so on.

Air pollution is a type of pollution defined by a deterioration of the purity of the air, by one or several substances or particles present during sufficient times to create a toxic effect.

Now a days, there are tens of thousands of different suspected molecules that are said to be noxious. Those particles act in synergy between them and with of other parameters, solar UV, ozone, air humidity, acids, etc.  Mainly, air pollution results from gases and rejected particles in the air by the vehicles, the heating installations, the central thermal and the industrial installations: radioactive particles, Carbon Dioxide (CO2), nitrous oxide (N2O), Sulfur dioxide (SO2), nitric oxide (N0), nitrogen dioxide (N02), dusts, etc. Contain all of these poisons, here!

Is your house safe from air pollution?

No. “Toxic chemicals found in the air of most American homes are three times more likely to cause cardio-vascular disease, asthma and some type of cancer than outdoor air pollutants”, reported the Environmental Protection Agency (EPA).  Stop Toxic Chemicals here!

That same agency, EPA, has found that the air in some office buildings is 100 times more polluted than the air outside.

Is your home or office included?

The answer is yes if your home or office has poor ventilation, copying machines, electrical and telephone cables, mold and microbe-harboring air conditioning systems and ducts, cleaning fluids, cigarette smoke, carpet, latex caulk and paint, vinyl molding, and linoleum tile.

Effects of the air pollution on reproductive Health Medical experts suspect that breathing pesticides persistently can affect health, and notably the reproductive health.  It has been a long time since medical researchers have known the harmful effects of many heavy metals or chemical products on the reproduction.  Now, after several researches, they realize the air pollution problem is more complicated than they thought.

PROTECT YOUR HOME OR OFFICE

They discover that the current pollutants which we breath daily can have effects on human reproductive system, according to a recent international study published by the “Extrapol Revue”.

So, what is the solution?

It is difficult to resolve the problem of air pollution globally.  However, you can purify the air you breathe in your house and office.  Many innovative companies such as Blueair purifiers, award-winning Air Purifier Company, designs and manufacture the best air purification systems available today.  Visit our Home air purifier website to see how you can relieve the discomfort of allergy and asthma symptoms and enhance your respiratory health and well-being.

Indoor air pollution is a serious problem. According to the Environmental Protection Agency (EPA), air pollution levels are two to five times higher indoors. In some buildings with a lack of proper ventilation, the indoor air may be 100 times more polluted than the air outside! This is because modern buildings are constructed with energy efficiency in mind. However, the tight seals that make a home 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 and 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 how to select the best air purifier for your needs.Common Indoor Air Pollutants
What is the source of indoor air pollution? In terms of organic pollutants, mold and dust mites are everywhere – and they are the two most common causes of year-round allergic rhinitis (hay fever). Pollen is also a pervasive allergen that always finds its way into your home since it is so small and sticky. If you have pets, they will surely spread their dander to 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 many people to experience allergic reactions and other health problems. VOCs include formaldehyde, fragrances, pesticides, solvents, and cleaning agents. VOCs can enter the air through chemical off-gassing from furniture, new carpets, adhesives, plastics, and various building materials. Furthermore, many VOCs are known carcinogens (cancer-causing agents).
Environmental contaminants like cigarette smoke, carbon dioxide, carbon monoxide, and nitrogen dioxide may also be present in your indoor air, as well as toxic heavy metals like airborne lead, mercury vapor, and radon.How Air Purifiers Work
HEPA air purifiers use a HEPA air filter, which was developed by the Atomic Energy Commission in the 1940s as a way to filter radioactive contaminants. HEPA filters set the standard for air purifiers: to be classified as HEPA, a filter must capture a minimum of 99.97% of pollutants at 0.3 microns or larger. Top-selling HEPA air purifiers include 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 treated with oxygen, which opens up millions of tiny pores to attract and adsorb chemicals. Impregnated carbon filters have been treated with an additional chemical, normally either potassium iodide or potassium permanganate; these chemicals, known as chemisorbents, improve the carbon filter’s ability to trap VOCs and other chemically reactive gases.
Electrostatic filters use an electrostatic charge to attract pollutants and trap them on collector plates. These filters are great for people who don’t want to have 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 known to be a powerful lung irritant and can be very irritating to some people with asthma or allergies. The Friedrich air purifier is, by far, the best electrostatic air purifier, as well as 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 typically 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 that they are quieter and more energy-efficient than HEPA air purifiers. The Blueair air purifier is the best charged media filter, and it does not emit ozone.Where and How to Use an Air Purifier
If you suffer from allergies (especially if you’re allergic to dust mite allergen), then the best place for an air purifier is your bedroom. It’s essential to have clean air in your bedroom because you spend about a third of 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 most of their time-and keep the pets out of your bedroom! Also, you should not place an air purifier in the corner of a room; it should be at least a couple of feet away from the walls for maximum air flow.
You should run your air purifier continuously for optimum performance. Most air purifiers have high and low settings. Even if you go on vacation, we recommend that you keep your air purifier running on low. Otherwise, you’ll return to a house full of polluted air! If you are concerned about your electric bill, find out how much energy an air purifier uses before buying it. Typical HEPA air purifiers can use anywhere from 50 watts on low to 200 watts on high. For comparison, a typical lamp uses about 60 watts, while a typical computer uses about 365 watts.Air Purifiers to Avoid
Avoid ozone generators and ionizing air cleaners. These air purifiers create ions that attract pollutants; however, many of the pollutants are released back into the air, often times leading to dirty spots on nearby walls. Besides the fact that they don’t do a good job of cleaning the air, ozone generators and ionizing cleaners also emit ozone. Ozone, a main component of smog, could potentially lead to a serious asthma attack.
Moreover, David Peden, researcher at the Center of Environmental Medicine and Lung Biology at the University of North Carolina, has examined how ozone exposure might exacerbate the allergic response of people who are allergic to dust mites, and his results suggest that ozone worsens the asthmatic response. The EPA has warned consumers against using ozone generators, and Consumer Reports recommends against the newest Ionic Breeze Quadra, despite the addition of OzoneGuard, a device meant to eliminate some of the dangerous ozone emitted by the Ionic Breeze.
Consumer Reports points out: “Our air-cleaning tests show that the Ionic Breeze with OzoneGuard does a poor job of removing smoke, dust and pollen particles from the air when new and after 500 hours of continuous use” and “the Ionic Breeze with OzoneGuard still adds ozone to the air.”How to Buy the Best Air Purifier
The air purifier market is vast and riddled with confusing and often misleading advertising schemes. If you’re shopping for an air purifier, then you should first consider what kind of pollutants you’re trying to eliminate. For example, if you have problems with cigarette smoke, then you’ll want to make sure your air purifier has the ability to eliminate fumes, VOCs, and other gases. You may also want to consider the following factors before buying an air purifier: the area coverage (make sure the square footage listed for the air purifier is about the same or slightly greater than the square footage of the room where you intend to use it); the ACH rating (Air Changes Per Hour-this number lets you know how frequently the air purifier can exchange all the air in a given room); the CADR (the Clean Air Delivery Rate tells you how much air is purified and how well it is purified); the price; how often you have to replace the filters and how much they cost; the noise level of the air purifier; energy usage; whether it emits ozone; extra features (like a filter change indicator light); the manufacturer’s reputation; and the warranty.
Visit achooallergy.com to learn more and browse a large selection of top brand air purifiers.

Lead has been known as potential health hazard. The ubiquity of lead and its known toxicity to man and wildlife necessitates its continual determination in the environment. Another major contributing source of environmental lead burden is from the automobile and industrial machinery exhaust from the internal combustion engines. The use of organic lead compounds such as tetraethyl lead and tetra methyl lead as additives in petrol has been of continual concern to environmental scientists and policy makers. Studies have shown that the body lead levels of modern humans are about 500 times higher than those of pre-industrial times. Emphasis in the analysis is given to the public health aspects of soil lead contamination at field sites. The analysis includes a review of the areas like populations at high risk, sources of lead exposure, extent of lead poisoning in children, soil characterization, environmental fate of lead and the bioavailability of lead, health effects of lead poisoning.

Vehicular emission is of concern particularly in urban environment that has low assimilative capacity. The emissions react forming various species in various meteorological conditions interfering with man’s activities. To counter some of these effects like fog and breathing excessive amounts of these gases, researchers are trying to discover new sources of energy and power. There are now vehicles run entirely on natural gas as opposed to petrol. Vehicular emission in typical urban centre constitute over 60% of total pollutant emission compared to industry, power plants, space heating, refuse disposal etc. Hydrocarbons and nitrogen dioxide emitted principally from automobiles are the major ingredients of photochemical smog. This is evidence by the prevalence of smog problems in most down town areas of developed countries. Sizeable quantities of poisons such as aldehyde, lead, etc are also emitted by automobiles.

Petrol as derived from the earth’s crust may contain lead depending on the constituent of the formation. This is usually small and in most cases insignificant. The petrol used in the internal combustion engines has to conform to certain specification to generate power. In processing the crude, some fractions of low molecular weight easily come out but with low rating referred to as the octane number. For this faction to be useful for powering automobiles, the octane number has to be raised. To do this a compound of lead called Tetraethyl lead (Tel) is used. This introduces lead into the petrol raising the octane number and functions as lubricant for valve seats. With these two beneficial qualities, we should have no problem in promoting leaded petrol.

The combustion of petrol is inefficient in most cases and gases and particulates are emitted as exhaust gas/particulate. One of the perturbing ones is lead particulate, which has detrimental physiological affects. Ingestion of lead has been link to several physiological disorders in man such as interference with IQ of children of school age, gastrointestinal disorder, nausea, circulatory collapse, fatigue, blindness, CNS disorder, anemia etc. The use of leaded petrol therefore needs to be review in this country like in other countries of the world to reduce the health effects. It is possible to produce petrol of high and desirable octane number without the use of lead tetraethyl using appropriate technology e.g. cracking of higher molecular crude, use of methyl tetra-butyl ether (MBTE), Fluid Catalytic Cracker (F.C.C.) etc.

Other sources of lead are mining, smelting, printing, lead paint, flacks, sewage sludge and the use of pesticide containing lead compounds [10]. However these sources account to a little extent. Urban environments in general have received higher depositions of lead from vehicular emissions than have rural areas. A number of studies have been carried out to determine the lead concentration in dust, dirt, particulates and leaf samples in different urban areas around the world.

Air Pollution may Cause health issues.

Air pollution is a type of pollution defined by a decline in quality of the purity of the air, by one or many substances or particles present during sufficient times to make a toxic force. Today, there are tens of thousands of different suspected molecules that are said to be harmful. Those particles move in synergy between them and with that of other contaminating factors, solar UV, ozone, air humidity, acids, etc.

Chiefly, air pollution ensues from gases and castaway particles in the air by the vehicles, the heating facilities, the central thermal and industrial facilities: radioactive particles, Carbon Dioxide (CO2), nitrous oxide (N2O), Sulfur dioxide (SO2), nitric oxide (N0), nitrogen dioxide (N02), dusts, etc.

Is your home secure from air pollution?

The short answer is “no”. ‘Toxic chemicals found in the air of most American dwellings are threefold more probable to cause cardio-vascular disease, asthma and some type of cancer than outside air pollutants”, reported the Environmental Protection Agency (EPA).

That same authority, EPA, has discovered that the air in some office buildings is a hundred times more contaminated than the air outdoors. Is your home or office included? The answer is yes if your home or office has bad ventilation, copying machines, electrical and telephone wires, mold and microbe-harboring air conditioning units and ducts, cleaning fluids, cigarette smoke, carpet, latex caulk and paint, vinyl molding, and linoleum tile.

Results of the air pollution on reproductive Health

Medical experts suspect that breathing pesticides persistently can impact health, and notably the reproductive health. It has been a while since medical researchers have acknowledged the adverse effects of a lot of heavy metals or chemical products on the reproduction. Now, after numerous researches, they realize the air pollution trouble is more complicated than they believed. They ascertained that the current pollutants which we breath day by day can have consequences on the human reproductive system, according to a recent international study issued by the ‘Extrapol Revue’.

So, what is the answer to air pollution in your everyday life?

At present , it’s hard to solve the problem of air pollution globally. All the same, you are able to purify the air you breathe in your home and work place. Being dilligent in the use of an air purifying system in your home and at your work place, can improve the air quality you are exposed to everyday.  This will decrease your risk of developing a health problem caused by poor air quality.

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