Our side-by-side comparison illustrates the transformation from assessment to installation.

The before images show the untouched ceiling, exposed utility areas, and original sump pump.

The after images highlight the clean integration of the two-pipe system, strategic vent routing, and the newly installed submersible sump pump.

Despite working within finished spaces, our team ensured minimal disruption and a professional finish aligned with both structural and aesthetic needs.

See the transformative impact of our radon mitigation efforts in a 1954 ranch-style home in Trumbull, CT. Starting with a high radon level of 9.6, we introduced enhancements including a two-pipe system upgrade and a new sump pump with a tailored cover to ensure optimal radon extraction. The after photos illustrate the precise integration of these components, significantly lowering radon levels and enhancing the safety of the home environment.

Before: Elevated radon level of 5.0 pCi/L, no prior mitigation.
After: One-pipe radon system installed on this cement foundation home built in 1946, using the existing sump pump setup for optimized sub-slab communication.

Before:

A radon level of 4.2 pCi/L was detected in a home mid-renovation. With all drywall removed and the basement exposed, it provided an excellent opportunity to plan for clean air from the ground up.

After:
A one-pipe mitigation system was strategically placed in the utility room and routed through the center of the house. The clean internal route now vents safely through the roof, blending into future construction plans and ensuring the home’s safety without compromising design.

Before,

The client expressed uncertainty about the ideal placement of the radon mitigation system — either in the middle of the basement near the oil tank or in the corner of the house. The home, built in 1955 with one foundation and no sump pump or water guard, required careful planning due to the small layout and potential obstructions. Discussions were held with the client, and it was confirmed that they preferred Option 2, which was to install the system in the corner of the basement.

After, 

Following the client’s decision, the team installed a single-pipe radon mitigation system in the designated corner of the house. The setup avoided major obstructions, respected the home’s existing structural elements, and optimized radon gas ventilation. The final system met performance and aesthetic expectations, keeping the space functional and effective for radon reduction.