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The harmful pollutants that may be present in the air we breathe inside our homes are not all equally dangerous. For instance, one study showed that out of the 40 airborne toxic chemicals found to exist in households, about 10 are classified as known or probable carcinogens, and the other 30 are either known or probable mutagens, teratogens, or immunotoxic agents. Some of the pollutants that may cause health problems include:
Air conditioners and other equipment such as dryers, ranges and other appliances that draw combustion air from the home to provide heat or perform other functions can also affect indoor air quality. If not properly vented to the outdoors, the machines can foul the air with dust and other particles before they are exhausted.
Increasing the flow of outdoor air into a home is not always the best way to deal with poor indoor air quality. For instance, when temperatures are extremely cold, the furnace or stove may be very tightly packed and thus may not be capable of producing the temperature differential to make a larger supply of outdoor air desirable.
In addition to outdoor air, there is growing scientific evidence that indoor air quality may be affected by such diverse factors as humidity, number of people in the home, activity of people within the home, and temperature. But, the number of studies of indoor air quality has been limited by the fact that most researchers have focused on only one or a small number of these factors.
In the second part of this booklet, we will take a closer look at some of these factors and examine how they affect the quality of indoor air. To begin, we will consider such diverse topics as the effects of smoking, humidity and pet dander on indoor air quality.
For example, a system can now detect and measure concentrations of pollutants in an air sample in parts per billion (ppb). Another is able to detect an entire room, as opposed to just a few points of air pollution, and at a reasonable cost.
Some states have created their own laws that seek to protect the health of their citizens by setting limits on the maximum concentrations of various chemicals in indoor air. All of these laws require some type of air quality monitoring system.
Ventilation systems are an especially common method for reducing the levels of outdoor air pollutants and thus improving indoor air quality. Automatic ventilation systems are designed to act automatically in response to changes in outdoor conditions and in the occupancy level of the space.
If you find a company that does indoor air quality testing and cleaning, they are going to tell you, \”No Building Inspector would let you have bad indoor air quality.\” Even if that company is just cleaning air for a few days, you are going to get results that show a horrible situation. It’s also not that some building inspectors are all heartless and evil, they are concerned and can deal with the problem.
No matter what sources of indoor air pollution are present, even low levels of air pollutants can cause health problems. Some pollutants may not produce health effects immediately, but over time they can increase the risk of disease. Indoor air pollutants include gases and particles (soil, dust, pollen) that are present in air, chemicals (volatile and semi-volatile organic compounds) that are present in common household products, organisms (bacteria, viruses, molds) that are present in soil, household products, and house dust, and inorganic compounds and minerals (phosphorus, iron, cadmium) that are released by common building materials and activities.