What is Radon Gas?

Radon is a radioactive gas that comes from the breakdown of uranium in soil and rock. It is invisible, odorless, tasteless and emits a radiation responsible for 21,000 lung cancer deaths/year. When radon is released from the ground into the outdoor air, it is diluted and is not a concern. However, in enclosed spaces, like a house, schools and nursing homes, it can accumulate to high levels and become a risk to the health of you, your family and coworkers. Radon gas typically enters the space due to the air pressure inside being lower than in the soil surrounding the foundation. This difference in pressure draws air and other gases, including radon, from the nearby soil.

Radon can enter your home through any voids where the foundation is in contact with the ground: cracks in foundation floor and walls, crawl spaces, well water, construction joints, gaps around service pipes, support posts, window casements, floor drains, sumps or cavities inside walls.

Where is Radon Gas?

Radon Gas is prevalent throughout Ohio with most areas identifies as 'Zone 1' or when concentrated radon gas commonly exceeds dangerous levels deemed by the EPA. Whether the structure is built on a slab, crawlspace, or full basement; if it has a footing and foundation, it's susceptible to concentrated radon buildup. While Radon gas can be found all around us in any season; The winter months are when we are the most prone to radiation exposure. This is the case for three main reasons. First, in the winter months, we close the house up tight to keep the cold out and heat in, causing limited fresh air exchange. Second, as our house is mostly sealed, the heat inside our home rises and escapes creating a stack effect or drawing makeup air from the cooler soil beneath our floor. Third, as the moisture in the soil freezes, it creates more permeability for radon gas to travel faster and at higher volumes. The only way to have a solid peace of mind is to get your home or workspace tested.

Dealing With Radon Gas

Testing, Diagnostics, and Sensible Solutions

Each home or commercial building is unique with many variables that have an impact on concentrated indoor radon levels, and the system which will effectively and efficiently reduce Radon Gas to a safe concentration. First, a short term test (48-72 hrs) will be conducted to determine concentrated Radon. If test levels are above the 'EPA Action Level', we will then conduct a detailed inspection of the foundation and perform a 'Pressure Field Extension Test' to determine the type of mitigation strategy necessary. A detailed plan along with visual blueprints will be delivered and agreed upon, then mitigation will begin. A Post Mitigation Test will be conducted to ensure adequate functionality and you'll then be scheduled for a 1 year follow-up.