Radon mitigation is important in many circumstances, including basements and crawlspaces. Even small changes in the levels of the gas can be dangerous, which is why a certified professional should test the air in your home before installing a radon mitigation system. In addition to testing for the gas, retesting is necessary in several other circumstances. Generally, retesting is recommended every ten years or after a homeowner has installed a radon mitigation system.
The first step in radon mitigation is removing the sources of radon. Typical methods include removing leaking pipes, which can lead to high radiated levels in a house. In addition, homeowners should install radon mitigation systems to reduce the levels in a home's air. Active soil depressurization is the most common and applicable approach to radon mitigation. It eliminates radon from the rock or soil underneath a building, while mechanical ventilation removes radon from the building's materials. Get more information about random mitigation services here.
In addition to removing leaking pipes, a homeowner can also try to seal holes. This will prevent radon from entering the home and causing health issues. A vapor barrier is another type of radon mitigation that can help. It is often installed under a concrete floor slab, and can be increased by increasing air changes per hour within the building. Water supplies that are exposed to radon may need treatment using a radon-resistant water system.
The first step in radon mitigation is testing your indoor air and domestic water. There are no safe levels of radiation, but governments have established minimum radon levels. For instance, the World Health Organization's International Radon Project recommends 100 Bq/m3 of radon in air and 2.7 pCi/L in water. While radon is more dangerous than a smoker's lung cancer, the US Environmental Protection Agency does not recommend testing drinking water.
See more details here about the two main types of radon mitigation. The most common is active soil depressurization, which is a simple process that requires a lot of money and time. This method will effectively capture the radon vapors in the soil and funnel them outdoors. Hence, a radon mitigation system is necessary for every home. The US Environmental Protection Agency recommends a heightened level of radon protection for the home.
Radon mitigation will begin by testing the air in the home. There are no safe levels of radon in air. However, a lowered radon level in water is considered a sign of a higher risk than a low-level concentration. EPA recommends a short-term test in order to avoid delaying the abatement process, but long-term testing is recommended. The test results will be available at a later time.
A C-NRPP-certified radon mitigation professional can help reduce a home's radon levels. The recommended working level for a radon mitigation system is about 4.0 picoCuries per liter (pCi/L). The EPA recommends a 4.5 pCi/L action level. Most EPA-certified professionals can reduce a home's uranium level to under 2.0 mCi/L. For more knowledge about this topic, visit this link: https://en.wikipedia.org/wiki/Environmental_mitigation.
