The client’s home, built in 1980, has a cement foundation, no sump pump, and no crawl space or encapsulation, with a mostly finished basement and a radon level of 4.5 pCi/L.

The before photos will show the mechanical room area, intended as the suction point, and the planned discharge route through the second bay on the right.

Once installed, after photos will demonstrate a neatly routed pipe, exiting at the client’s preferred location, with minimal disruption to the finished space. This installation aims to blend efficiency with aesthetics and meet the client’s discharge preferences.

Before

The home had radon readings between 3.8 and 4.3 pCi/L with multiple foundation sections, including a crawl space and wine cellar room, requiring broader system coverage.

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After

 

A three-pipe radon mitigation system was installed to address the main foundation, crawl space, and wine cellar area, improving airflow and overall radon reduction throughout the home.

Before: The Newtown estate faced significant radon exposure of 9 pCi/L, complicated by unsealed sump pumps and furniture obstructing potential mitigation areas. After: Post-installation, radon levels were effectively reduced to below the EPA�s recommended action level. The mitigation system, complete with dual sump pump covers and a moisture guard, now provides a safer, healthier living environment. All obstructions were cleared with cooperation from the family, ensuring a smooth installation process.

Explore the transformation in a Newtown home owned by a teacher, from high radon exposure to a safe and secure environment. Our before and after images highlight the dramatic reduction in radon levels achieved through our targeted mitigation efforts. This visual documentation serves as a testament to our ability to provide peace of mind and a healthier living space for educators and their families.

Before

The home tested at approximately 23.8 pCi/L with a non-functioning radon fan and an existing one-point mitigation system that was no longer effectively reducing radon levels.

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After (Planned Work)

 

The failed fan will be replaced and a second extraction point will be added to improve sub-slab airflow and significantly enhance radon reduction performance.