Radon Information Before & After Photos

Before and after perspectives showcase the effectiveness of our radon mitigation efforts in Stratford. Starting with filling two old drain holes with cement, we ensured a sealed environment before installing a radon pipe behind the basement's pedestrian door. The transformation ensures safety while maintaining the integrity of the home's structure. The gallery also captures the seamless restoration of the floor using the client's provided glue.

Before: The small Cape-style home, constructed in 1958 in West Haven, showed radon levels at 4.8 pCi/L, just above the EPA's action level, in an environment with no existing mitigation infrastructure like cracks or sump pumps.

 

After: Following the installation of a streamlined one-pipe radon mitigation system, radon levels in the home have been successfully reduced to safe levels. The system's discreet placement on the right side of the house minimizes visual impact while maintaining effective radon evacuation, securing a healthier living space for the occupants.

Before:

In the scenic yet enclosed spaces of a Wolcott, CT home, the air was still and laden with the unseen weight of indoor pollutants. Despite the home's charm and warmth, the absence of adequate ventilation left its occupants wrestling with the stale air of sealed environments. Allergens circulated with nowhere to escape, and the moisture balance was far from ideal, making the indoor atmosphere feel less than comfortable. The energy costs associated with trying to maintain a comfortable and healthy indoor climate were a constant concern, with traditional heating and cooling systems working overtime yet falling short of providing the desired air quality.

 

After:

The installation of an Energy Recovery Ventilator (ERV) system has revolutionized the living environment of this Wolcott home. This state-of-the-art system, designed to exchange indoor air with fresh outdoor air, has introduced a new era of comfort and health. The ERV's intelligent design recovers heat and moisture from the outgoing air, ensuring that comfort is not sacrificed for ventilation. Now, every breath brings in freshness, with pollutants and allergens being efficiently expelled from the home. The once persistent issues of stale air and imbalanced humidity are now resolved, transforming the home into a sanctuary of clean, comfortable air.

 

Moreover, the ERV system has brought about an unexpected yet welcome benefit—energy savings. By optimizing the use of heating and cooling systems and reducing the need for artificial temperature control, the ERV system has made indoor air quality improvement both effective and efficient. The residents can now enjoy a healthier living space that not only feels great but is also kinder to their budget and the environment.

 

This transformation in Wolcott, CT, demonstrates the profound impact that modern ventilation technology can have on a home. The ERV installation has not just enhanced the quality of life for its inhabitants by providing a constant supply of fresh air but has also set a new standard for residential health, comfort, and energy efficiency.

See the significant reduction in radon levels in a Wolcott condo through our before and after visuals. Faced with a radon level of 4.7 in a 1965 building, our tailored mitigation solution involved routing the mitigation system through an interior closet to the exterior near the fire escape, optimizing safety and aesthetics. The after photos showcase the installation's discreet nature and the clean finish, proving that safety upgrades can seamlessly integrate into any living space.

See the transformative before and after visuals of our radon mitigation installation in Southington. Initially facing a radon level of 4.3, this home required a targeted approach due to its existing passive system's inadequate location. We installed a new radon mitigation system with dual extraction points-one in the crawl space and another out the back corner. The after photos demonstrate our expertise in enhancing indoor air quality by strategically placing extraction points for maximum radon reduction.