Apex Radon Solutions Before & After Photos

Before

The home had an existing radon mitigation system that required fan replacement to support continued operation.

After

The radon fan was replaced to restore the system’s ability to draw soil gases from beneath the foundation and vent them outdoors. Follow-up radon testing can help verify the system’s performance.

Before

The home tested at 6.9 pCi/L with no active radon mitigation system installed beneath the foundation.

After (Planned Work)

A one-pipe radon mitigation system is planned to improve airflow beneath the slab and reduce radon levels throughout the home.

Before

The condo complex had elevated radon levels of 33.3 pCi/L across multiple foundation areas, with no system in place to address the full scope of the property.

After

A multi-system radon mitigation setup was installed, covering all foundation areas with multiple extraction points and noise-reducing components to ensure effective and balanced performance.

Before

The home had an existing two-pipe radon mitigation system with a Festa Hawk fan. The radon level was measuring 5.0 pCi/L, slightly above the EPA's recommended action level of 4.0 pCi/L.

After

We upgraded the system by replacing the Festa Hawk fan with a Festa Eagle Extreme. The system sticker was updated with our company information, and a radon test kit was left with the homeowner. Follow-up testing will help confirm how the upgraded fan is performing.

Before

Built in 2015, this Southington home tested at 7.0 pCi/L, above the EPA’s recommended action level of 4.0 pCi/L. The home has an unfinished basement with gravel beneath the foundation and no crawl space. An existing sump pump cover was in place but still needed sealing to help limit potential soil-gas entry.

After

A one-point radon mitigation system was installed with an RP145 fan. The extraction point is positioned near the sump pump, and the exterior piping exits along the left side of the home. Sealing the sump cover remains an important step in limiting potential soil-gas entry. Follow-up radon testing can help confirm the system’s effectiveness.