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Indoor Air Quality (IAQ)

5
  • How can Poor Indoor Air Quality be Prevented?
  • How can IAQ be improved with ventilation?
  • How can IAQ be improved with air filters?
  • Can humidity levels improve IAQ?
  • Can IAQ be improved with plants?

Outdoor Air Quality (OAQ)

4
  • How do weather conditions impact air quality?
  • Is OAQ better or worse than indoor air quality?
  • How do ventilation and air filtration systems help IAQ in relation to outdoor air?
  • How does OAQ impact the health of people indoors?

Health

3
  • Who is at high risk for developing health problems from poor IAQ?
  • What diseases are caused by or made worse by poor IAQ?
  • How does indoor air pollution affect human health?

Pollutants

4
  • Overview: the most common types of pollutants
  • Gaseous and Chemical Pollutants
  • Biological and Particulate Matter
  • Radiation Pollutants

Standards

4
  • EPA’s recommended guidelines for maximum levels of indoor air pollutants
  • What are the challenges in implementing and enforcing air quality standards?
  • Who sets air quality standards?
  • Who regulates indoor air quality in the US and how do they do it?

Methods and Testing

3
  • How is indoor air quality tested?
  • How often should air quality be tested in buildings?
  • How much does testing cost?

Definitions

1
  • Indoor Air Quality Definitions
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Radiation Pollutants

< 1 min read

Radon #

Radon is one of the most common indoor pollution sources, and it has been linked to lung cancer. In fact, radon is the second-leading cause of lung cancer, after cigarette smoking. It is classified as a Group A carcinogen, and over 20,000 people die from radon-related lung cancer each year. Radon is colorless, odorless, and tasteless, and it is extremely dangerous. If you are concerned about its presence in your home, here are a few ways to protect yourself:

Radon is a naturally occurring gas that can be found in most homes. This gas is vaporized at room temperature and pressure, and it can easily get into a building’s air. Its radioactivity is measured in picocuries, and it has been found in a wide range of indoor pollution sources. Radon is also present in pressed wood products such as wood veneers, wood particles, and wood fibers. As radon decays, its products are breathed into the lungs and continue to release radiation.

Radon is also found in tobacco smoke, another indoor air pollutant described in our FAQ.

Biological and Particulate Matter
Table of Contents
  • Radon
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