Without Radon Gas Mitigation your home may rank in the top 40% of homes in Idaho with Radon Gas levels measuring at or above the EPA action level. Over time, breathing in radon gas can impact your health and cause lung cancer.
Passive radon systems rely on what’s referred to as a “stack effect”. The stack effect relies on air pressure differentials to move air and radon gas through the pipe from the basement to the exhaust vent.
30%-70% Effective*
Mitigation of radon in the air by active soil depressurization is most effective. An air pathway is then created to exhaust radon above the roof-line, and a radon mitigation fan is installed to run permanently. This is 70%-95% effective* and will reduce your radon gas levels below the EPA action level of 4.0 pCi/L
Form an accessible location in the basement, the basement slab will be core drilled for the installation of a 3"-4" PVC pipe. A radon collection chamber will be dug out to maximize the fans performance. The pipe will extend through the ceiling of the basement into the floor joists. The path will continue horizontally into the garage. Once in the garage, the PVC will hug the wall and make its way vertically into the attic. A suction fan will be installed in the attic and complete the route above the roof line. Occasionally, the cleanest and most direct exhaust path with require the fan to be mounted on the exterior of the building. The conduit may follow the exterior route.
We will work with you on the customized design and make sure your install is aesthetically pleasing.
*Dependent on a few factors to include but not limited to: the proximity to a Radon source, soil base, building materials and current condition, living style, and weather.
Star Valley, WY
Sub-Slab Mitigation
Initial Radon Test: 24.0 pCi/L
Post Mitigation: 0.97 pCi/L
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