How Radon is Reduced – Grand Rapids, Michigan
How Radon is Reduced in Grand Rapids
If you’ve discovered that your Grand Rapids home has abnormally high levels of radon, reducing the amount of the gas in the air is vital to protecting the health of your family. The U.S. Environmental Protection Agency (EPA) recommends that Grand Rapids homeowners use mitigation systems that prevent radon from ever entering their homes.
Reducing Radon With Soil Suction Method
The most common method for radon mitigation in Grand Rapids is the soil suction technique. This method is effective because much of the radon in the Grand Rapids area is due to the breakdown of uranium in the ground. The soil suction technique uses a vent fan to pull the radon downward under the house. The radon then travels through one or more pipes until it reaches the open air above your home, where it mixes with the atmosphere and no longer poses a threat.
Several systems are available for soil suction radon mitigation. The type that is right for your Grand Rapids home depends mainly upon its foundation type. In addition, the presence of a sump pump can also influence the placement of the components for soil suction mitigation devices in houses located in Grand Rapids.
Benefits of Soil Suction
The benefit of soil suction radon mitigation systems is that they require only minimal modifications to your existing home. An efficient system can have a profound effect upon radon levels in Grand Rapids homes. In fact, the Michigan Department of Environmental Quality reports that many systems can reduce radon levels to 2.0 picoCuries per Liter. This represents a significant reduction as the EPA uses 4.0 picoCuries as the guideline for when radon mitigation typically becomes necessary.
Cracks in concrete blocks and foundations also contribute to the presence of radon in homes and occur primarily due to moisture and temperature changes. Unfortunately, Grand Rapids’ humid continental climate makes cracks common; the city receives an average of 37.13 inches of rainfall and 71.9 inches of snowfall per year with average high temperatures of 21.8 degrees Fahrenheit in January and 71.6 degrees Fahrenheit in July.
Repairing cracks in concrete, spaces in brick veneers and loose pipefittings all contribute to mitigating the amount of radon in Grand Rapids homes; however, the EPA does not recommend these home repairs as the sole method of radon mitigation. Rather, Grand Rapids homeowners should make these home improvements to complement soil suction systems or other radon mitigation techniques.
Reducing Radon: Truth About Window and Door Ventilation
Similarly, opening windows and doors to ventilate a home is not adequate to reduce radon levels inside. Although allowing fresh air to enter the home dilutes the amount of radon present in the air you breathe, studies show that this only temporarily improves air quality. Radon levels typically return to their former levels within 12 hours of the house being closed up.
Because many factors contribute to the best design for a radon mitigation system in your Grand Rapids home, you should enlist the help of a professional. A qualified radon contractor can help you determine what method of radon mitigation is ideal for your home.
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