Lewiston, ME's Radon Mitigation & Water Treatment Company

1. Why they needed a radon mitigation system: The homeowner in Lewiston, Maine, discovered alarming radon levels of around 7 pCi/L in their basement, prompting concerns about potential health risks associated with prolonged exposure.

2. Why the customer chose the company: They selected Maine Radon due to our strong reputation and proven expertise in effectively addressing radon issues throughout the region.

3. What's causing the problem: The elevated radon levels were primarily attributed to soil conditions and the absence of a proper radon mitigation system.

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

   • Conducted a thorough assessment to confirm initial radon levels.
   • Recommended upgrading to a high-suction, high-flow fan based on soil analysis.
   • Installed a strategically placed pipe system to optimize airflow.
   • Integrated a manometer to monitor the system's pressure continuously.
   • Successfully reduced radon levels from 7 pCi/L to 2.9 pCi/L.

5. What's unique about this situation: The homeowner initially attempted to manage the radon levels with a window ventilation fan, which only lowered the levels to 4 pCi/L, highlighting the necessity for a more robust and permanent solution. Their proactive approach in seeking professional remediation showcased their commitment to a safe living environment.

Why they needed a radon mitigation system: The homeowner in Lewiston, Maine, had elevated radon levels in their basement, initially at 7 pCi/L, which dropped to 4 pCi/L with a temporary window ventilation fan. Concerned about the persistent levels of radon, they sought a more permanent solution to mitigate the risk.

Why the customer chose the company: They selected Maine Radon for its proven expertise and ability to offer a long-term radon mitigation solution tailored to their specific needs.

What's causing the problem: The elevated radon levels were due to radon gas seeping into the basement from the surrounding soil, compounded by insufficient ventilation to maintain safer levels.

How We Fixed the Problem (Mitigation Process):

• Assessed the radon levels and soil conditions of the home to determine the best mitigation approach.
• Recommended and installed a high suction, high flow radon fan to address the specific soil conditions.
• Set up the fan and pipe system to efficiently extract radon from the home and vent it outside.
• Maintained open communication with the homeowner, explaining each step and ensuring they were satisfied with the process.
  
  

What's unique about this situation: The homeowner had already attempted temporary solutions using a window fan, but recognized the need for an official radon mitigation system to more effectively reduce levels. Their concern about long-term exposure and the specific soil conditions of their home made this case particularly suited for a high-flow fan system. The installation reduced radon levels to 2.9 pCi/L, providing the homeowner peace of mind.

1. Why they needed a radon mitigation system:
   The homeowner in Lewiston, ME, discovered elevated radon levels in their slab-on-grade home through testing, with initial readings of 5.4 pCi/L and 3.9 pCi/L. Concerned about the potential long-term health risks associated with radon exposure, they sought a solution to reduce the radon levels in their living space.

2. Why the customer chose the company:
   After evaluating their options, the homeowner chose Maine Radon for their expertise in radon mitigation, attention to detail, and strong reputation for handling radon issues in Maine homes. Maine Radon’s clear communication and thoughtful approach to minimizing disruption in their home made the decision easy.

3. What's causing the problem:
   The radon levels were a result of naturally occurring radon gas seeping through the foundation of their slab-on-grade home. Without a basement, the gas accumulated in the home, creating a risk of prolonged exposure.

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

• Conducted a thorough inspection and an infrared (IR) check before drilling to ensure a precise, safe installation.
• Installed the radon mitigation system in a closet within the home office to minimize disruption.
• Positioned the system to exit through the side of the home, carefully managing the electrical cord to fit the home layout.
• Monitored and tested the system after installation, resulting in reduced radon levels of 2.2 pCi/L.

5. What's unique about this situation:
   This project was unique because the house had no basement, which required careful consideration of the slab-on-grade foundation when planning the radon mitigation system. Additionally, the homeowner's request for minimal disruption and the need to manage an unconventional electrical cord setup posed interesting challenges that Maine Radon expertly handled.