Air Quality Specialists Protecting Your Home in Watkinsville, GA

1. Why they needed a radon mitigation system:
   The homeowner became aware of elevated radon levels after using a radon monitor for a week. Concerned about family health and indoor air quality, they decided to address the issue.

2. Why the customer chose the company:
   After identifying radon as a concern, the client sought professional assistance to combine radon mitigation with an improvement in overall air quality and trusted us to provide an effective solution.

3. What's causing the problem:
   Radon gas was entering the home through the finished basement, contributing to unhealthy indoor air quality.

4. How We Fixed the Problem (Mitigation Process):

   • Conducted a detailed assessment of radon levels and the home’s air circulation needs.
   • Installed an Energy Recovery Ventilator (ERV) to both reduce radon levels and improve indoor air exchange.
   • Ensured proper placement of the ERV to maximize its efficiency in managing radon and air quality concerns.
   • Tested the system to verify its performance and enhanced the home's air circulation.

5. What's unique about this situation:
   This project required integrating radon mitigation with an air quality improvement system, making the ERV installation an ideal solution for the client's dual concerns of radon levels and family health.

Why they needed a radon mitigation system: The existing radon mitigation system, installed 14 years ago, had a broken fan. Although the exact radon levels before mitigation were unknown, maintaining the system's functionality was crucial for continued radon risk reduction.

Why the customer chose the company: The customer opted for our services due to our expertise in servicing and upgrading radon mitigation systems. Our reputation for reliable repairs and replacements made us the preferred choice for this essential maintenance.

What's causing the problem: The issue was a malfunctioning fan in an aging interior radon mitigation system. Over time, components like fans can wear out, affecting the system’s efficiency in reducing radon levels.

How We Fixed the Problem (Mitigation Process):

• Assessment: Evaluated the existing radon mitigation system to identify the malfunctioning component.
• Fan Replacement: Replaced the broken fan with a new, high-performance unit to restore the system's effectiveness.
• System Check: Ensured that the newly installed fan was functioning correctly to maintain optimal radon reduction.

What's unique about this situation: The project involved replacing a fan in a 14-year-old system. This type of maintenance is essential for sustaining the system’s performance and ensuring ongoing radon risk reduction in a finished basement.

Why they needed a radon mitigation system: Radon levels of 6.7 pCi/L were detected during a home inspection, highlighting the need for a mitigation system. Radon exposure poses a significant health risk, including an increased risk of lung cancer, which necessitated prompt action.

Why the customer chose the company: Our company was selected for its expertise in radon mitigation and ability to provide an aesthetic exterior system, which was essential given that the work needed to be completed before the basement was finished.

What's causing the problem: The source of the radon issue was radon gas seeping from the soil beneath the unfinished basement. This is a common problem that can lead to higher radon levels if not addressed.

How We Fixed the Problem (Mitigation Process):

• Assessment and Planning: Conducted a thorough evaluation of radon levels and developed a mitigation plan.
• System Design: Created a custom aesthetic exterior mitigation system suitable for an unfinished basement.
• Installation: Completed the installation after the home purchase but before finishing the basement, ensuring effective radon reduction.
• Protection Before Finishing: Addressed radon issues early to safeguard the home before further construction.

What's unique about this situation: The mitigation was strategically performed after the home closing but prior to basement finishing, allowing for an efficient installation and ensuring radon levels were managed before the completion of the basement.

1. Why They Needed a Radon Mitigation System: A home inspection revealed elevated radon levels (6.7 pCi/L) in Dell's new Watkinsville, Georgia home. Radon gas, a naturally occurring health hazard, can seep into homes through cracks in the foundation, crawlspaces, or sump pump pits.

2. Why Dell Chose Georgia Radon Defense: 

• Early intervention focus: Georgia Radon Defense emphasizes the importance of testing before construction, demonstrating a preventative approach.
• Unfinished basement expertise: The company highlights its ability to optimize mitigation systems in unfinished spaces, which may have been attractive to Dell.

3. What Caused the Problem: Radon gas naturally occurs in the soil and can enter a home through foundation cracks, crawlspaces, or sump pump pits. The unfinished basement likely lacked proper sealing around these areas, allowing radon to accumulate.

4. How We Fixed the Problem: Georgia Radon Defense installed a custom-designed mitigation system in Dell's unfinished basement. While specific details are unavailable, the system likely included:

• Strategic Pipe Placement: To efficiently draw radon from beneath the foundation and vent it safely outdoors.
• Powerful Radon Fan: To create continuous suction and effectively remove radon gas.
• Manometer Monitoring: To track the system's performance and ensure optimal operation.
• Sealing Measures: Addressing critical areas like floor-to-wall gaps to prevent radon entry.

5. What's Unique About This Situation? Dell's proactive testing during the home inspection allowed for early detection and mitigation before finishing the basement. This highlights the importance of early action for optimal radon control. Additionally, Dell opted for the Aesthetic System, prioritizing a discreet exterior appearance for the mitigation system.

Sean contacted Georgia Radon Defense to perform a radon test at a property he was in the process of purchasing. Understanding the time constraints associated with real estate transactions, we promptly dispatched someone to initiate a 48-hour rapid radon test.

Fortunately, the radon test revealed low levels of 1.5 pCi/L, well below the EPA's action limit of 4.0 pCi/L. 

If you require a radon test, don't hesitate to contact Georgia Radon Defense today! 

Mark contacted Georgia Radon Defense to replace the fan on his radon mitigation system after it stopped working. Recognizing the critical role of the radon fan in the system's functionality, we promptly dispatched our technician, Trent, to investigate and perform the necessary replacement.

Upon arrival, Trent identified that the fan motor was broken, resulting in no airflow through the system. Trent efficiently replaced the fan and provided Mark with a test kit to re-measure his radon levels.

Fortunately, the test results revealed that Mark's radon levels remained well below the EPA's action limit of 4.0 pCi/L. 

If your radon mitigation system needs repairs or an inspection, don't hesitate to call Georgia Radon Defense today! 

Phil W. of Watkinsville, GA called Georgia Radon Defense because he was worried about high humidity and musty odors in his crawlspace. Craig Shane quickly scheduled an appointment to evaluate the Watkinsville home. 

Upon evaluation, Craig recommended that Trent Jones and Zach Tully install a Sedona Air System to dehumidify the crawl space below 55% Relative Humidity, so mold growth will be non-existent.  The Sedona Air System will move over 300 cubic feet of dry air per minute around Phil's crawlspace to make his whole home healthier and drier. 

If you are worried about air quality or mold in your home give Georgia Radon Defense a call today!