Any procedure that is performed with the intention of reducing the concentration of radon gas in inhabited buildings is called radon mitigation. The existence of the gas can also occur as water solution. Therefore, activities that are done to decrease the quantity of gas in water also fall under radon mitigation. This gas is a great contributor to environmental radioactivity and therefore must be mitigated. When one needs Radon Gas Testing Upper MI Offers the perfect location to visit.
Installing better ventilation equipment in an area that is affected is one way of reducing the levels of the gas. Ventilation may be installed in places like under the ground, under the film, or the slab. Changing air in the space after every one hour can also help to keep levels of the gas low. A number of techniques such as using activated charcoal or ventilation are in wide use.
Mitigation process is entailed of several steps, and the first step is testing. The testing is done to determine the quality of indoor air and domestic water. Generally, there is no level of concentration that can be considered to be safe to human beings. At the same time, it is impossible to eliminate radon completely. As such, governments of the world have set different action levels on when concentrations are high enough for eradication.
The WHO has set 2.7 pCi/1 as the level that should call for action. This requirement applies for air, not water. Compared to radon concentration in water, concentrations in air are normally way much more lethal. Therefore, water tests are normally not needful. They only become necessary when the air tests show a level that is beyond the recommended level. US Environmental Protection Agency is the body that set this requirement.
Levels of concentration differ depending on the geographical area. An example is the state of Maine whereby there is a greater level in concentration of this gas that the recommended level. Thus, testing of wells drilled in that state is mandatory. As per now, action level for dissolved gas does not exist in the United States yet.
The amount of radon gas in the air usually varies with the season and time of day. For instance, the concentration may be very high during some seasons than others. The same fluctuations also happen on a daily basis, which makes short term tests no accurate assessments of the average levels of the gas in a home. Short term concentrations are usually affected a lot by change in barometric pressure and transient weather.
The concentration levels are also reduced when the use of fans inside a building is done alongside proper ventilation. Active and passive devices are normally applied in testing processes. These devices are placed in the building. Other devices can compute the results of the testing on-site, while others must be taken to the laboratory for the results to be calculated.
For testing to be done in water a little amount of water is taken to a laboratory for analysis. In order for one to be accurate with results, it is necessary to re-do the testing of both air and water. Once testing has been completed, mitigation efforts should start immediately.
Installing better ventilation equipment in an area that is affected is one way of reducing the levels of the gas. Ventilation may be installed in places like under the ground, under the film, or the slab. Changing air in the space after every one hour can also help to keep levels of the gas low. A number of techniques such as using activated charcoal or ventilation are in wide use.
Mitigation process is entailed of several steps, and the first step is testing. The testing is done to determine the quality of indoor air and domestic water. Generally, there is no level of concentration that can be considered to be safe to human beings. At the same time, it is impossible to eliminate radon completely. As such, governments of the world have set different action levels on when concentrations are high enough for eradication.
The WHO has set 2.7 pCi/1 as the level that should call for action. This requirement applies for air, not water. Compared to radon concentration in water, concentrations in air are normally way much more lethal. Therefore, water tests are normally not needful. They only become necessary when the air tests show a level that is beyond the recommended level. US Environmental Protection Agency is the body that set this requirement.
Levels of concentration differ depending on the geographical area. An example is the state of Maine whereby there is a greater level in concentration of this gas that the recommended level. Thus, testing of wells drilled in that state is mandatory. As per now, action level for dissolved gas does not exist in the United States yet.
The amount of radon gas in the air usually varies with the season and time of day. For instance, the concentration may be very high during some seasons than others. The same fluctuations also happen on a daily basis, which makes short term tests no accurate assessments of the average levels of the gas in a home. Short term concentrations are usually affected a lot by change in barometric pressure and transient weather.
The concentration levels are also reduced when the use of fans inside a building is done alongside proper ventilation. Active and passive devices are normally applied in testing processes. These devices are placed in the building. Other devices can compute the results of the testing on-site, while others must be taken to the laboratory for the results to be calculated.
For testing to be done in water a little amount of water is taken to a laboratory for analysis. In order for one to be accurate with results, it is necessary to re-do the testing of both air and water. Once testing has been completed, mitigation efforts should start immediately.
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