Radon-Resistant New Construction involves installing a passive radon mitigation system during the building process of a new home or structure. This system uses the natural pressure differences in the home to vent radon gas through a pipe and safely out of the house.
Once construction is complete and the home is occupied, it’s crucial to perform a radon test. If the radon levels exceed the EPA’s action level of 4.0 pCi/L, the passive system should be upgraded to an active system by adding a contractor-grade radon fan.
The key difference between a passive and active soil depressurization (ASD) system is the installation of the radon fan, which enhances the system's ability to reduce radon levels effectively.
Installing a passive radon mitigation system during new construction offers several advantages. First, there's no reliable way to test the ground for radon before a structure is built. If you're constructing a home in an area known for high radon levels, it's a smart decision to include a passive radon system as part of the build. Resources like the EPA’s Radon Zone Map can help determine if your area has elevated radon risks.
Another key benefit is cost. Installing an Active Soil Depressurization (ASD) system during construction is much more affordable compared to retrofitting a system later. Additionally, building a radon system into the home from the start allows for better aesthetic integration, giving builders the flexibility to hide and route piping without disrupting the home’s design.
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