Before & After Photos

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Radon Mitigation in Peyton, CO 80831

Peyton, CO home mitigated of radon using the sump/perimeter drain depressurization technique.

Radon Mitigation in Falcon, CO 80831

In Falcon, Colorado, a homeowner needed radon mitigation to address elevated levels and ensure a healthier indoor environment, but the home’s unfinished storage area presented a challenge due to built-in shelving blocking a clear exit path. They chose Purple Mountain Radon for their problem-solving expertise and willingness to adapt the system design to the home’s layout. Before mitigation, radon levels were a concern; after installation, the team carefully drilled through the shelving, routed the piping into the garage, and ran it through the attic and out the roof to create an effective, discreet system that now protects the home. If your home has unique obstacles or elevated radon levels, trust Purple Mountain Radon to find the right solution—schedule a professional evaluation today.

Radon Mitigation in Elbert, CO

A radon mitigation system was installed in this home having a walkout basement.

Radon Mitigation in Calhan, CO

We mitigated a home with a new addition that required two systems to mitigate each basement.  The before and after photos in this section is from the new addition.

Radon Mitigation in Simla, CO 80835

 

Radon, an invisible and odorless gas, can seep into homes from the ground and pose significant health risks if left unchecked. In December 2024, Purple Mountain Radon completed a challenging radon mitigation project in Simla, CO, for a homeowner whose basement and crawlspace tested above 30 pCi/L. The team addressed the issue by creating a dual suction system that connected a basement suction point and a crawlspace suction point through a framed "pony" wall. The crawlspace was carefully encapsulated using multiple layers of 6-mil vapor barrier with gas/vapor matting beneath, ensuring proper airflow and radon gas collection. Additionally, the open cells in the "pony" wall were sealed with foam to prevent radon entry. The system was strategically vented at the corner of the crawlspace, ensuring optimal performance.