Radon Mitigation in Plymouth MNRadon is colorless, odorless, chemically inert, radioactive gas. There is no way to detect it because it is formed by the radioactive decay of uranium in rock, water, and soil. Once produced, accumulated radon moves through the ground to the air above. Some of it remains below the surface and dissolved in the water that further travels under the ground surface. You cannot see radon, but it is a major problem in your home.. The surgeon general has warned that it is among the leading cause of lung cancer in the United States today. Moreover, smokers have the highest chance of lung cancer and children are more sensitive because of high respiration rates and their rapidly dividing cells which are more vulnerable to radiation damage. A radon mitigation system is necessary to be used in the homes Plymouth, MN to reduce the radon concentrations in the indoor air of the building. Radon abatement reduces the risk of lung cancer. Levels in homes in Plymouth, MN should not exceed the limit of 4 pCi/L. Levels higher than that are exponentially more dangerous in terms of health and an increase in the number of lung cancer that goes high every year. The EPA recommends that level should not exceed the limit of 4 pCi/L and if any home in Plymouth, MN goes above the limit during the testing of radon, a radon mitigation system needs to be installed in the homes in Plymouth, MN.
Radon Testing in Plymouth MN Anyone selling a home in Plymouth, MN, is required to conduct radon testing regardless of what radon zone the house is located in. It is generally a separate service from what the home inspector will offer and must be requested from companies like us. If the radon test comes back as 4 pCi/L or greater, the EPA recommends installing a radon mitigation system. It is impossible to detect radon without a radon testing monitor or charcoal test kit. The test runs in the lowest level of the home and depending on the test, can get results back to you in as little as 48 hours.
DIY Charcoal Test kits: This device tests the air in the home and sent to our certified lab for further analysis. The test period can run from two days to one year depending on what kind of average you would like. |
|
Short-term digital testing monitors: Digital testing is the ideal option for real estate transactions because of how quickly the results can come in. The digital radon testing monitor is set up by one of our technicians in the home and will get you results in 48 hours. If you find elevated radon gas levels in your home in Plymouth, MN, you have to take actions to reduce the radon level as it causes the serious health issues.
Radon Mitigation Installation in Plymouth MN
Radon is a threat to homeowners and residents. The purpose of installing a radon mitigation system is to decrease the amount of radon gas in the home. Radon is a second leading cause of lung cancer. Therefore, a proper radon mitigation system is important.
Active Suction: Active suction is for the homes with a concrete slab basement because the gas has a tendency to build up under the concrete of a foundation. The accumulated gas enters through the cracks formed in the concrete from normal wear and tear. The system has an electric vent fan, a fan monitoring system, and a vent pipe. The pipe extends up the basement wall, through the rim joist and into either the garage or the exterior of the home. The fan is either placed in the garage or on the exterior of the home and the piping must them extend above the roofline. When the fan runs, radon gets drawn into the piping and safely exits above the roof. Any cracks or holes are sealed in the basement so the piping is the only point of exit for the trapped sub-slab radon gas.
Passive Suction: These kinds of radon mitigation are usually installed when a house is under construction. The home has different pressure in various rooms under its construction. The natural pressure differential is maintained to encourage the flow of air in a specific direction. There is a duct system that takes advantage of that airflow and to direct the radon out and away from the home. Passive systems can be activated by us by installing a radon fan to the already in place piping. We do not recommend only using a passive system to mitigate high levels of radon gas.
Active Suction: Active suction is for the homes with a concrete slab basement because the gas has a tendency to build up under the concrete of a foundation. The accumulated gas enters through the cracks formed in the concrete from normal wear and tear. The system has an electric vent fan, a fan monitoring system, and a vent pipe. The pipe extends up the basement wall, through the rim joist and into either the garage or the exterior of the home. The fan is either placed in the garage or on the exterior of the home and the piping must them extend above the roofline. When the fan runs, radon gets drawn into the piping and safely exits above the roof. Any cracks or holes are sealed in the basement so the piping is the only point of exit for the trapped sub-slab radon gas.
Passive Suction: These kinds of radon mitigation are usually installed when a house is under construction. The home has different pressure in various rooms under its construction. The natural pressure differential is maintained to encourage the flow of air in a specific direction. There is a duct system that takes advantage of that airflow and to direct the radon out and away from the home. Passive systems can be activated by us by installing a radon fan to the already in place piping. We do not recommend only using a passive system to mitigate high levels of radon gas.
Radon Mitigation Companies Near Me
Every home in Plymouth, MN requires the basic installation for radon mitigation if the radon level is above or at 4 pCi/L. Radon causes serious health issues and if high levels exist there is no way to properly rid of it on your own. For a proper mitigation system, you are likely to contact a mitigation company nearby your residence. You should have a thorough understanding of a radon mitigation system and its guidelines before beginning a radon mitigation installation in the home. Some of the guidelines include:
- There must be a proper labelling to prevent the accidental changes that could also disrupt the entire function.
- Exhaust pipes should vent above the surface of the roof. There should be a distance of 10 feet from windows, door, or other opening. It will avoid radon reentry.
- The exhaust fan should not be at or below a livable area.
- The system must have an indicator of whether or not it is running properly
- Electrical connections need to be installed according to local electrical codes.