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A Raymond, Maine homeowner contacted Radon Maine & Water Treatment after a radon test revealed concerningly high levels of radon gas. To address the issue, we implemented a two-pronged approach:
In response to our client's request residing in Westbrook, Maine, we're arranging the ERV setup at the back left corner, opposite the sump. To address this, we plan to have one air vent at the back and another on the side. Additionally, we'll be directing the fresh air duct into the center, as close to the ceiling as possible. This tailored solution aims to meet our client's specific needs and ensure optimal air circulation.
A homeowner in Portland, Maine, faced a hurdle when a radon test revealed high levels of radon gas right before selling their house. To ensure a safe and saleable property, they contacted Radon Maine & Water Treatment.
Our team initially conducted a communication test to assess the feasibility of a sub-slab depressurization system, the most common solution. However, the test indicated insufficient suction under the slab.
Not to be deterred, we offered the homeowner an optimal alternative: an Energy Recovery Ventilator (ERV) system. This system not only addresses radon concerns but also provides fresh air supply, humidity control, and balanced air pressure within the home. The homeowner was impressed with the comprehensive solution and service provided.
A homeowner in Falmouth, Maine called in Maine Radon & Water Treatment for Super Sump service. The client has a water pooling in one area of their basement, he wants to see if there's a way we can pipe it into their super sump. We installed a poly super liner, Zoeller cast iron sump pump with a winter watch alarm system. The client was very much satisfied with the outcome.
At Melissa's home in Cumberland Center, Maine, we installed an ERV air system to address radon concerns. Melissa was present and happy with the final placement along the back wall, where it discharges through the basement window. To accommodate the discharge, one window was replaced with plexiglass, while the original window panes were left for the client.
For the planned sub-slab depressurization system, the ideal location would be on the right side of the basement in front of the oil tank. However, existing heat pumps on the exterior might necessitate placing the system above the oil tank. It's important to note that the small crawl space on the left side of the basement will not be included in the mitigation process.
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