Apex Radon Solutions Before & After Photos

Upon acquiring a charming home in the serene community of Cheshire, CT, the new homeowners encountered a radon level of 7 pCi/L�above the EPA's recommended action level. The existing radon mitigation system needed reassessment to ensure safety and efficacy. Prior to intervention, the basement held a waterproofing mat, which unfortunately had to be removed due to flooding issues, potentially compromising the radon system's performance. Our intervention included a meticulous inspection and upgrade of the current radon mitigation setup. To address the elevated radon levels and prevent future water intrusion, we implemented a robust solution that ensured both radon reduction and moisture control. The customized approach was geared to seamlessly integrate with the home's existing safety systems, maintaining aesthetic integrity while enhancing the residence's safety standards. With these adjustments, the homeowners can now enjoy peace of mind in their new abode, safeguarded from the invisible risks of radon.

Before:

In a quaint 1994 colonial-style home, nestled within its 1900 square feet basement, an invisible intruder was lurking at a radon level of 4.5. This space, divided between finished and unfinished areas, served dual purposes — one for utility and storage, and the other for fitness routines. Despite the cozy domesticity, the radon readings indicated a potential risk to the inhabitants. Two pipes, integral to the radon mitigation system, ran through the basement. One was situated in the unfinished section, and the other close to the sweat and steel of the workout area. The question of seamlessly integrating the system within the home's structure posed a challenge, with a preference for concealing the pipes in the open rafters above the drop ceiling. The aim was to direct these pipes to the exterior, specifically in a discreet corner by the air conditioning units. Adding to the complexity was the necessity of a moisture guard to combat any potential dampness that could compromise the system’s integrity.

After:

The transformation of the colonial home's radon mitigation system marks a significant improvement in the dwelling's safety and aesthetic. The once visible radon pipes have now been ingeniously rerouted to blend with the home's interior — tucked away in the open rafters, invisible to the eye yet functional. The two-pipe system now operates inconspicuously: one pipe emerges from the unfinished basement, traversing the space without detracting from its utility, while the other pipe near the workout area no longer intrudes upon the homeowner's fitness sanctuary. Both pipes discreetly exit the home, ensuring the radon levels are effectively mitigated without compromising the colonial charm. An essential addition to this upgraded system is the moisture guard, diligently installed to shield the home from the perils of humidity. Residents can now breathe easier, enjoying both their workouts and their storage space, assured in the knowledge that their radon levels are under control, and the aesthetic integrity of their basement is preserved.

Before: A charming Cape built in 1946 in Thomaston, CT, tested at 4.1 pCi/L for radon, above the EPA�s action threshold, posing health risks to the occupants. After: Post-installation of a tailored radon mitigation system, including effective sealing and a new ventilation setup, radon levels were successfully reduced to below 2.0 pCi/L. The home now adheres to safe living standards, providing a healthier environment for its residents.

Before: In the quaint town of Canton, CT, sits a vintage 1940 Sears Cape Cod house, a relic of Americana with its unfinished interior and rustic charm. Its historical integrity is evident in every nook and cranny, including the essential but aged sump pump and the spiderweb of cracks that have formed over the years. The house, while standing strong, harbored a silent threat to its inhabitants, a radon level requiring immediate attention to ensure the safety and wellbeing of those it shelters.

After: The transformation of the Sears Cape home is both subtle and significant. The once vulnerable crawl space has been meticulously sealed, closing the chapters of the past where radon could seep unchecked into the home. The sump pump, now part of a comprehensive CT dry basement system, works quietly but effectively, paired with a newly installed water guard. This dual system serves as a steadfast guardian against moisture and radon, ensuring the home remains dry and the air quality pure. Cracks that once told stories of the passage of time have been carefully treated, no longer posing a risk to the home's air quality. Today, the Sears Cape stands not only as a reminder of a bygone era but as a beacon of health and safety, blending the best of its original charm with the indispensable benefits of modern living. It's a home where history is cherished and the future is bright and breathable.

Before: A 2022 home in Oxford, CT, revealed radon levels of 16 pCi/L, significantly above safe limits, with many cracks found in the basement floor, undermining the efficiency of the existing passive radon system.

After: Post-enhancement, the home features a fully integrated active radon mitigation system. All basement cracks were meticulously sealed, and with the upgraded system operational, radon levels dramatically decreased to below 2.0 pCi/L, establishing a safer and more secure environment.