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.
Basically, mitigation processes involve increasing ventilation in the affected space. The ventilation may be done under the floor, under the slab, or a membrane. Besides ventilation, increasing the air changes per hour inside the space can also lead to proper eradication. Several different models of systems have also been invented to help in this process. These systems use activated charcoal or aeration to accomplish the task.
This process is comprised of a number of stages which include testing. Testing is done to determine the quality of domestic water and indoor air. As far as safety is concerned, no levels of radon can b considered as safe. Eliminating the gas completely is almost impossible. Therefore, different action levels have been set by governments around the world for when the level is considered to be high enough.
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.
Using fans and proper ventilation are also techniques of reducing levels of concentration in the air. The devices used for the testing process are classified as active or passive and they are installed in a building in order to test the air for a given period. While some systems have to be sent to a lab for analysis of data collected, others are capable of on-site analysis and generation of result.
Testing in water is done by taking a sample of the water. The sample is then sent to a laboratory for calculation. It is usually recommendable to retest the air or water to be sure that the concentration levels are actually too high. After retesting, a mitigation strategy can then be implemented.
Basically, mitigation processes involve increasing ventilation in the affected space. The ventilation may be done under the floor, under the slab, or a membrane. Besides ventilation, increasing the air changes per hour inside the space can also lead to proper eradication. Several different models of systems have also been invented to help in this process. These systems use activated charcoal or aeration to accomplish the task.
This process is comprised of a number of stages which include testing. Testing is done to determine the quality of domestic water and indoor air. As far as safety is concerned, no levels of radon can b considered as safe. Eliminating the gas completely is almost impossible. Therefore, different action levels have been set by governments around the world for when the level is considered to be high enough.
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.
Using fans and proper ventilation are also techniques of reducing levels of concentration in the air. The devices used for the testing process are classified as active or passive and they are installed in a building in order to test the air for a given period. While some systems have to be sent to a lab for analysis of data collected, others are capable of on-site analysis and generation of result.
Testing in water is done by taking a sample of the water. The sample is then sent to a laboratory for calculation. It is usually recommendable to retest the air or water to be sure that the concentration levels are actually too high. After retesting, a mitigation strategy can then be implemented.
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