Photo Album: Radon in Water Mitigation in Saint George, Maine

A new homeowner in Saint George, Maine, took a proactive approach to their home's health by contacting Maine Radon & Water Treatment before finalizing a purchase. They specifically wanted to ensure the water quality – particularly regarding radon levels. Testing Reveals Elevated Radon Levels The initial water test revealed a concerning radon level of 14,140 pCi/L, significantly exceeding Maine's safe limit of 4,000 pCi/L. Prompt action was crucial to create a healthy living environment. Client-Centered Airwell Installation The homeowner actively participated throughout the installation process, which went smoothly. Here's a breakdown of the airwell system installation, followed by details about the specific well on the property: Airwell Installation Step-by-Step: System Planning: Our team consulted with the homeowner to determine the optimal location for the airwell system, considering factors like proximity to the house foundation and ease of access. Depending on local regulations, permits might be required for airwell installation. Drilling the Airwell: Using specialized drilling equipment, we created a narrow bore well to the designated depth (in this case, 120 ft). Airwell Pipe and Pump Installation: A dedicated airwell pipe was inserted into the drilled wellbore. The pump, responsible for drawing air into the system, was positioned at the appropriate depth (100 ft in this case). Aerator Placement: An aerator, which helps distribute the drawn air within the well casing, was placed at a strategic depth (65 ft in this case). Sealing and Riser Pipe Installation: The top of the airwell was properly sealed to prevent surface water infiltration. An additional foot of riser pipe was installed to elevate the wellhead as needed. Connection to Radon Mitigation System: PVC piping connected the airwell to the existing radon mitigation system within the house. This allows the system to draw air from the wellbore and vent it outside, effectively reducing radon levels in the living space.