.avif "Air-Q's air quality blog on the effects of poor air on health, performance and productivity.")
Whatis radon?
Radon is a radioactive noble gas that occurs naturally in the ground and can penetrate buildings through cracks and fissures. It is produced by the decay of uranium, which is present in varying concentrations in the earth's crust. Although radon is colorless and odorless, it can pose significant health risks. Long-term exposure to high concentrations of radon is the second most common cause of lung cancer after smoking.
What are radon protection zones?
Radon protection areas are special zones that have been designated by the authorities because radon concentrations are particularly high in these regions. Regular measurements and special protective measures are prescribed in these areas in order to protect the health of residents. However, radon can also be a problem outside these defined zones, which is why regular measurements are advisable. Radon can also occur in areas that are not designated as radon protection zones, as radon distribution is very uneven and depends on many factors, such as soil conditions and the construction of buildings.
Why should radon also be measured outside radon protection areas?
One of the main reasons for measuring radon outside of radon protection areas is the fact that radon concentrations can vary greatly. Even if an area is not classified as a radon protection area, this does not mean that the radon levels there are always low. Soil fluctuations or structural changes can lead to dangerous radon concentrations even in areas that are considered safe. Regular measurements make it possible to detect such changes at an early stage and take appropriate measures.
Another important point is the individual construction and use of buildings. Even in areas with low radon levels, certain buildings can have high radon concentrations due to their construction or use. Basements and first floors are particularly susceptible, as radon can penetrate from the ground into these rooms. It is therefore advisable to carry out regular radon measurements in all buildings, regardless of their geographical location.
How can you measure radon privately?
Modern measuring devices such as the new air-Q Radon not only offer the possibility of precisely recording radon concentrations, but can also measure up to ten other air pollutants, depending on the model. This is particularly useful for obtaining a comprehensive picture of the air quality and taking further measures to improve the indoor air if necessary. The device also serves as a smart everyday helper independently of radon measurement. Regular monitoring of radon levels and air quality in your own home with such devices can therefore make an important contribution to preventive health care.
Conclusion
In summary, it can be said that regular radon measurements are of great importance not only in designated radon protection areas, but also beyond. The health risks from radon exposure are considerable and the distribution of the gas is unpredictable. With modern measuring devices such as the air-Q Radon, not only radon but also other air pollutants can be monitored, contributing to a safer and healthier living environment.
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