A Continuous Radon Monitor (CRM) test was scheduled for a home in Southbury to measure indoor radon levels and provide an accurate assessment of the home's air quality. The testing will help determine current radon conditions and provide the homeowner with reliable information for making informed decisions about their indoor environment.

Once the testing period is complete, the results will be reviewed and recommendations can be provided if elevated radon levels are detected.

A Continuous Radon Monitor (CRM) test was scheduled for a home in Southbury to measure indoor radon levels and establish an accurate assessment of the home's air quality. Once testing is complete, the results will be reviewed and recommendations can be provided if elevated radon levels are detected.

A comprehensive radon testing program was conducted at a new child care facility in Southbury after the owner discovered Apex Radon Solutions through our website. Testing devices were deployed on Monday and scheduled for pickup on Wednesday to evaluate radon levels throughout the facility.

As part of the testing process, blank control kits and duplicate samples were included to ensure quality assurance and accuracy of the results. Prior to testing, a parent notification letter was provided to help communicate the project and testing schedule to families.

The goal of the project was to establish baseline radon levels and help ensure a healthy indoor environment for children, staff, and visitors.

In Southbury, we are scheduled to activate an existing passive radon system after testing revealed radon levels of approximately 70 pCi/L.

The home is newly constructed and already includes passive radon vent piping installed during construction. While passive systems provide a pathway for soil gases to vent naturally, elevated radon levels indicate that additional airflow is needed to effectively reduce radon concentrations within the home.

To improve performance, a radon fan will be added to the existing passive system, converting it into an active mitigation system. This upgrade will create continuous suction beneath the foundation and significantly increase the system's ability to capture and vent radon gas safely above the roofline.

The homeowner was referred by a neighbor whose passive system we previously activated. Pricing is being matched to the referral project, with the understanding that any unforeseen conditions requiring additional work will be reviewed before proceeding.

The homeowner requested a 30-minute courtesy call before arrival. The contact number on file belongs to Ravi, who works from home and will coordinate access to the property.

The project focuses on activating the builder-installed passive infrastructure and providing effective long-term radon reduction.

In Southbury, we evaluated a ranch-style home after radon levels tested at approximately 4.0 pCi/L during the home sale process.

With a closing date scheduled for May 8, the homeowner wanted to address the radon concerns proactively to help support a smooth transaction and provide peace of mind for the future occupants.

The home is constructed on a slab-on-grade foundation with no basement, crawl space, or sump pump systems. Because slab homes require a different mitigation approach than traditional basement foundations, the consultation focused on identifying the most effective method for creating sub-slab depressurization beneath the concrete floor.

Radon mitigation in slab-on-grade homes often requires careful evaluation of the foundation layout and sub-slab materials to establish effective airflow communication beneath the living space.

The project focused on developing a mitigation strategy that would improve indoor air quality while accommodating the unique characteristics of the home's slab foundation design.

In Southbury, we evaluated a colonial-style home built around 1987 after several radon tests over the years consistently measured levels between approximately 3.0 and 3.8 pCi/L.

Although the readings remained near or below the EPA action guideline, the homeowner wanted to proactively improve indoor air quality and reduce long-term radon exposure throughout the home.

The property includes a partially finished basement along with a smaller concrete crawl space area beneath the structure. There are no sump pumps or perimeter water management systems affecting the mitigation layout.

Because of the multiple lower-level sections beneath the home, the mitigation strategy focused on improving airflow communication beneath both the finished and unfinished areas while maintaining a clean installation layout.

The vent routing was planned along the left side of the house near the existing AC equipment area to create a balanced and practical exterior appearance.

Additional system monitoring was also requested, with separate manometers planned to help monitor airflow conditions across both extraction lines for long-term system visibility and performance tracking.

The project focused on creating a proactive radon reduction strategy designed to improve indoor air quality while preserving a clean installation within the existing basement layout.

In Southbury, we reviewed a cape-style home after radon levels tested at approximately 11.2 pCi/L during the home sale process.

The property includes an unfinished basement of approximately 800 square feet with no crawl spaces or sump systems affecting the mitigation layout. Because the home is currently under contract with a closing date planned for April, the mitigation planning focused on creating an efficient and straightforward system design to help move the transaction forward smoothly.

A one-pipe radon mitigation system was recommended with vent routing planned near the existing AC equipment area to maintain a clean and practical exterior appearance.

Although the original consultation timing did not align with the homeowner’s schedule, the mitigation strategy was still developed based on the home information provided and the foundation layout discussed during coordination.

The project focused on improving indoor air quality conditions and preparing the home for successful completion of the upcoming sale process.

In Southbury, we evaluated a high ranch home after radon levels tested at 6.8 pCi/L within the fully finished basement area.

Because the lower level is entirely finished living space, the mitigation planning focused on creating an effective system layout while maintaining a clean and minimally invasive installation throughout the basement.

The home does not include a sump pump system or crawl spaces beneath the foundation, allowing the mitigation strategy to focus directly on improving airflow beneath the slab itself.

A one-pipe radon mitigation system was designed with placement planned within the laundry room area and vent routing directed toward the rear of the home to maintain a cleaner exterior appearance.

The project focused on improving indoor air quality while carefully working within the finished basement layout of the home.

In Southbury, we completed routine maintenance service on an Aspen indoor air quality system to help maintain strong airflow performance and cleaner air circulation throughout the home.

The service visit focused on inspecting the system, replacing the filters, and reviewing overall equipment condition to support continued efficiency and long-term reliability.

Regular filter replacement is an important part of maintaining proper airflow and helping indoor air quality systems continue operating effectively over time.

The visit also included documenting the maintenance process with progress photos during the service work to help track system condition and completed improvements.

In Southbury, we evaluated a home where radon levels tested at 6.6 pCi/L across both the main basement and crawl space areas.

To improve airflow beneath the foundation and strengthen overall radon reduction, a two-pipe mitigation system was designed for the property. One extraction point is planned within the crawl space area, while the second extraction point will be located in the main basement near the well tank.

The system venting is planned along the right side of the home to provide effective airflow and clean exterior routing.

During the consultation, the homeowner noted that the crawl space footing depth is believed to be approximately 20 inches, which may influence airflow communication and extraction placement within that section of the foundation.

The project focused on balancing airflow coverage between both the crawl space and basement foundation areas to support long-term indoor air quality improvements throughout the home.

In Southbury, we evaluated a newly built home where radon levels tested at 4.9 pCi/L. Although the property was recently constructed, no passive radon mitigation system had been installed during the building process.

The home includes a water management system installed by the contractor along the perimeter of the basement. Because the property sits along a hillside grade, no sump pump was included within the water guard system. During the consultation, sealing improvements to the water management channel were discussed to help reduce potential radon entry along the foundation perimeter.

A one-pipe radon mitigation system was recommended with venting planned along the right side of the home to improve airflow beneath the slab and reduce indoor radon levels.

The visit focused on designing a clean mitigation layout that works alongside the existing basement drainage system while supporting long-term indoor air quality throughout the new home.

In Southbury, we worked on a home where radon levels were averaging approximately 22 pCi/L despite the presence of an existing passive radon system.

The home already had a pipe system running through the structure and venting above the roofline, allowing the existing setup to be upgraded into an active mitigation system without major pipe reconstruction.

To improve airflow beneath the foundation and strengthen radon reduction performance, a radon fan was installed in the attic. The upgrade was designed to convert the passive system into an active system capable of creating consistent suction beneath the home.

The property also includes a sump pump system previously installed as part of the basement waterproofing setup.

After the installation, a mail-in radon test kit was provided and the homeowner was walked through the post-mitigation testing process to help verify system performance after activation.

In Southbury, we evaluated an existing radon mitigation system after the homeowner reported increased fan noise and possible system wear over time.

The system was inspected to determine whether the fan may need replacement or if a component within the fan assembly had become damaged. The homeowner noted that the fan had become noticeably louder, which can sometimes indicate internal wear or loose components.

Access to the equipment required navigating through the rear slider area near the pool equipment to reach the system location.

As part of the visit, a radon test kit was left behind so updated levels can be monitored after any service or repair work is completed.

The goal of the visit was to assess current system operation and help determine the best path forward for maintaining reliable radon reduction.

In Southbury, we upgraded an existing radon mitigation system by replacing the fan with a RadonAway Eagle Extreme to improve system performance.

As part of the visit, we also discussed sound levels with the homeowner. The previous Hawk fan typically operates in the range of 55–60 decibels, while the Eagle Extreme runs at a higher range of approximately 70–85 decibels due to its increased power.

A radon test kit was left in place to monitor system performance after the upgrade and confirm that radon levels are being effectively reduced.

In Southbury, we set up a radon test in a home with a full basement and a single foundation. The radon level was previously measured at 7.3 pCi/L.

The property is being prepared for sale, and the homeowner, who is also a real estate agent, coordinated the testing to ensure accurate information is available during the transaction.

We had already reviewed proper test kit placement, and the setup was completed to capture reliable readings in the basement area.

In Southbury, we replaced a radon mitigation fan to restore proper system operation. The existing fan was no longer functioning as it should, so a new unit was installed to ensure consistent airflow and performance.

As part of the visit, we also placed a radon test kit in the basement to confirm system performance after the replacement. This allows us to verify that radon levels are being effectively reduced.

In Southbury, we completed a siding repair around an existing radon mitigation system. Over time or during previous work, sections of siding can become loose or need adjustment where piping runs along the exterior.

The repair focused on securing and restoring the siding around the system to keep the exterior clean, protected, and properly finished.

We worked on a duplex home built in 1990 where both side-by-side units share a single foundation. Radon levels tested at 4.0 pCi/L, right at the EPA action level, so a mitigation system was recommended.

The system was designed to run through a closet located under the stairs, then routed through the bathroom and out the back of the house. This layout allowed us to keep the installation contained within the structure while maintaining a clean exterior exit.

The setup provides coverage for the shared foundation while working within the existing layout of the duplex.