Radon Mitigation Before & After Photos
Click on a photo to enlarge.
Two-Point Radon Mitigation System Planned Ahead of Beacon Falls Closing
Before
The home tested at approximately 12 pCi/L with no active radon mitigation system installed beneath the foundation.
After (Planned Work)
A two-point radon mitigation system is planned to improve sub-slab airflow and reduce radon levels throughout the home following closing.
Enhancing Air Quality in Naugatuck: Before and After Radon Mitigation
Discover the significant improvements in air quality through our before and after visuals of a radon mitigation project in Naugatuck. Initially faced with a radon level over 4.3, the installation involved setting up a system near critical areas of the home and discussing further expansion options, including a secondary system under the stairs. The after photos showcase the precise and straight exterior piping, prepared for potential additions like a muffler or cover, reflecting our commitment to both functionality and aesthetics.
Upgraded Radon Protection in Naugatuck: Before and After Wine Cellar Enhancement
This Naugatuck home already had a mitigation system in place, but with expanding use of the wine cellar and elevated radon levels, we added two key extraction points for increased coverage. Before photos show the original setup, while the after visuals reveal new runs under the stairs and in the wine cellar’s stone-layered floor. The result? Improved system performance and radon draw efficiency across the full lower level.
Radon Mitigation System in Naugatuck CT
This home tested at a radon level of 3.5 pCi/L. A radon mitigation pipe was installed along the basement ceiling and routed to the exterior mitigation system, allowing radon gas to be safely vented outside and away from the home.
Radon System Upgraded with Additional Extraction and Fan Evaluation in Naugatuck- Primary Area
Before
The basement area had an existing setup with limited coverage, and the original extraction point had not been recently cleaned.
After
The system was improved by cleaning out the existing extraction point and optimizing airflow to support better performance.