In Stratford, continuous radon monitoring (CRM) was scheduled to provide an accurate assessment of current radon levels within the home.

Professional monitoring allows radon levels to be tracked over the testing period, helping to identify fluctuations caused by weather conditions, ventilation patterns, and seasonal changes. The testing process provides homeowners with reliable information about indoor air quality and helps determine whether any future mitigation measures may be beneficial.

The monitor will be placed in the appropriate living area to collect accurate data and establish a clear understanding of the home's current radon conditions.

The project focused on gathering dependable radon measurements so informed decisions can be made regarding long-term indoor air quality and home health.

In Stratford, we evaluated a condominium built around 1977 after radon testing measured approximately 4.9 pCi/L during the sale process.

With a closing date scheduled for May 13, the mitigation planning focused on creating an effective system layout while complying with homeowners association requirements regarding exterior pipe placement.

A one-pipe radon mitigation system was recommended to improve sub-slab airflow and reduce radon levels within the unit. During planning, it was noted that the preferred installation location near the golf course side of the building would not meet HOA requirements. As a result, the vent routing was redesigned so the system exits toward the rear of the building.

The revised layout maintains mitigation performance while providing a cleaner appearance that aligns with community guidelines.

To verify system performance after installation, a Continuous Radon Monitor (CRM) will be left on site to document post-installation radon levels and confirm proper operation.

The project focused on improving indoor air quality while accommodating HOA requirements and supporting the upcoming closing timeline.

In Stratford, we reviewed a home after radon testing measured approximately 8 pCi/L, indicating the need for a mitigation system to improve long-term indoor air quality.

Based on the information provided, a one-pipe radon mitigation system was planned with the primary extraction point located within a bedroom closet area. This location offers a practical pathway for creating sub-slab airflow while helping maintain a clean and discreet system layout within the home.

The mitigation strategy focuses on creating negative pressure beneath the foundation to safely collect and vent soil gases before they can enter the living space.

Because the consultation information was provided remotely, the final installation layout will be confirmed during the installation visit to ensure the most effective routing and airflow performance.

A Continuous Radon Monitor (CRM) will also be left on site following installation to verify system performance and document post-installation radon levels.

The project focused on creating a straightforward and effective mitigation solution to reduce radon levels and improve indoor air quality throughout the home.

In Stratford, we evaluated a two-story colonial home built around 2001 after radon levels tested at approximately 25 pCi/L — even with windows open during portions of the testing period.

The home includes an unfinished basement with no crawl spaces or sump systems affecting the mitigation layout. The homeowner also previously invested in a high-end basement dehumidification system to help maintain healthier conditions within the lower level of the home, which is used regularly as a workout and exercise space.

Because the basement is actively occupied on a daily basis, improving long-term indoor air quality within the space was especially important during the mitigation planning process.

A two-point radon mitigation system was recommended to improve airflow communication beneath the slab and provide broader coverage beneath the basement footprint.

The planned layout includes one extraction point positioned near the gym area and a second extraction point located closer to the chimney section of the basement. The vent routing is planned along the left side of the home with the exterior piping positioned behind the chimney area to maintain a cleaner appearance.

The project focused on creating stronger sub-slab airflow beneath the frequently used basement area while improving long-term indoor air quality throughout the home.

In Stratford, we evaluated a Dutch colonial home after seasonal radon testing showed significant fluctuations throughout the year, with readings around 2.5 pCi/L during the summer months and increasing to approximately 9.5 pCi/L in March.

The home includes an unfinished basement area along with two separate crawl spaces, each constructed with different foundation materials that affect airflow conditions beneath the structure.

One crawl space measures approximately 6 by 12 feet and features brick wall construction, while the second crawl space measures approximately 22 by 9 feet with older field stone wall construction.

Because homes with multiple crawl spaces and varying foundation materials often experience uneven airflow beneath the structure, a broader mitigation design was recommended to improve overall sub-slab communication.

A three-pipe radon mitigation system was planned to improve airflow coverage beneath both crawl spaces and the main foundation areas of the home. The vent routing is planned along the right side of the house to maintain a clean and practical exterior system layout.

The project focused on creating a mitigation strategy capable of addressing seasonal radon fluctuations while improving airflow beneath the home’s multiple foundation sections.

In Stratford, CT, a homeowner preparing to sell a 1950-built house discovered a radon level of 9.0. While the original plan involved encapsulating a 20x9 dirt crawl space and running a two-pipe system out the left side of the house, the homeowner opted instead to try a one-pipe system first, installed neatly near the oil tank. This approach prioritized simplicity while still offering targeted radon reduction—demonstrating our ability to balance system design with homeowner needs and real estate timelines.

Addressing the radon challenge in a Stratford home built in 1958, our team implemented a streamlined solution to reduce a radon level of 6.9. The project involved covering and sealing the existing sump pump and strategically placing a one-pipe radon mitigation system to the right of the bilco door. This approach minimized disruption to the home’s structure while maximizing radon reduction, showcasing our commitment to efficient and effective radon mitigation solutions.

Our latest project in Stratford required detailed coordination and meticulous execution. We filled old drain holes with cement and installed a radon pipe behind a pedestrian door in the basement, carefully positioning it to the left of a small window. This project highlights our commitment to tailored radon mitigation solutions and financial clarity.