Indoor Air Pollution


Basic Strategies To Reduce Indoor Air Pollution

The best way to reduce indoor air pollution is to get rid of each pollution source, or at least lower their emissions. Sources that contribute to indoor air pollution should be removed if possible. If not, they should be sealed or somehow enclosed. Other sources, like gas stoves, can usually be adjusted to reduce emissions. Reducing indoor air pollution by attacking the sources is cheaper than increasing ventilation or air exchange with the outside. Increased ventilation usually increases energy costs.

That said, increasing ventilation will help lower indoor air pollution concentrations. You cannot count on central air systems to bring in sufficient outside air. If local weather or climate will allow, you can open windows and doors, or use ceiling and attic fans. Bathroom and kitchen exhaust fans can also help reduce indoor air pollution by removing contaminants directly and by increasing the outdoor air exchange rate.

If you are doing something like painting, heating with a kerosene heater, or engaging in other activities that increase short-term levels of indoor air pollution, you should try to increase ventilation as much as possible without undue concern about increased energy costs.

A third method for reducing indoor air pollution is using an air cleaner. While air cleaners can have a positive impact on particle levels in the air, very few are designed to reduce gaseous pollutants. When comparing air cleaners for purchase, pay particular attention to the "percentage efficiency rate" (how well it removes pollutants from the air) and the air circulation rate (usually given in cubic feet per minute). Air cleaners are most effective with regular maintenance.

Effective reduction of indoor air pollution will most likely be achieved with a combination of the methods above. But the most effective is the first method described: controlling or removing the sources of indoor air pollution.

 

 

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Indoor Air Pollution

 

 

 

Indoor Air Pollution


Components Of Indoor Air Pollution: Lead

... countries spend up to 90 per cent of their time indoors. It makes sense to learn more about possible contaminants and how they may affect your health. Lead has long been a recognized environmental threat. Exposure to lead can occur through air, water, food, soil, dust and old paint. Before the dangers ... 

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Sources Of Indoor Air Pollution: Stoves, Heaters, Fireplaces, Chimneys

... concentrations cause headaches, dizziness, weakness, nausea and other flu-like symptoms. Infants, the elderly, people who are anemic, and people with heart or respiratory diseases are particularly sensitive. Nitrogen dioxide gas, also colorless and odorless, is responsible for eye, nose and throat irritation, ... 

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Indoor Air Pollution And Your Health

... indoor air pollution levels versus short-term or repeated exposure to higher indoor air pollution levels. Long-term health effects of indoor air pollution can be serious, even deadly. Respiratory diseases, heart disease and cancer have been linked to long-term indoor air pollution exposure. Therefore, ... 

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Components Of Indoor Air Pollution: Radon

... drains. The real danger occurs when radon becomes trapped inside and concentrations begin to build. Any home, regardless of age or construction, is at risk for radon gas buildup. Breathing air that contains elevated radon levels has been linked to lung cancer. Radon gas is blamed for thousands of preventable ... 

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Sources Of Indoor Air Pollution

... Improperly adjusted or inadequately maintained heating and cooling systems can emit dangerous pollutants. Finally, some indoor air pollution results from the entry of elements from outside. Pollutants like radon and pesticides frequently enter from outside. Ironically, a major factor in the amount of ... 

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