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Radon Mitigation and
Radon Reduction
Radon mitigation is an essential process for reducing radon gas levels in homes and buildings, ensuring a safe environment for occupants. This method involves the installation of ventilation systems and techniques to effectively lower radon concentrations.
Radon Mitigation Systems
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Levels Under The EPA Action Level Guaranteed
If high concentrations of radon are found in your home, you have several options. To limit the amount of radon seeping in to the home it's necessary to seal or otherwise obstructing the access points. Otherwise, even if you improve ventilation in the home, you may simply be moving the radon back and forth. Once again, a professional should be engaged to ensure the radon is effectively blocked. Typical radon mitigation systems can cost between $800 and $2500, according to the EPA. Call us for a free radon inspection bid today.
If you're buying or selling a home, radon can be a significant issue. Buyers should be aware of the radon risk in their area and determine whether a radon test is needed. When in doubt, the EPA always recommends testing because there is no safe level of exposure. The cost of the test can be built into the house price. If test results already exist, make sure they are recent (within 2 years) and that the home has not been significantly renovated since the test was performed. If in doubt, get a new test done. If your selling a home, having a recent radon test is a great idea. By being proactive, you can assure potential buyers there is no risk and avoid the issue from the start. If you're interested in doing a home radon test with us, please click here. For commercial testing click here.
So whether you have an old home or a new one, live in an old mining town or in the middle of the Great Plains, radon is a reality. But it is a reality that we can live with. Proper radon testing and mitigation can eliminate radon as a health threat. For more information, visit the EPA web site.
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Radon Risks
Elevated Radon Test Results ?
Reliable has a proven track record of radon reduction in Delaware, Pennsylvania, and Maryland. We offer a free, no obligation bid for installing a radon reduction system in your home. Our reduction systems come with a free post installation test($165 value) to ensure we have successfully reduced radon to safer levels. If you are interested in scheduling a no obligation bid or have questions about radon reduction please give us a call. One of our NRPP certified members will answer any and all questions. If you are unsure about the radon levels in your home click here.
"If radon is trapped indoors with your pet, it becomes a hazardous substance for your furry friend. It’s especially problematic if your pet prefers the basement, where radon is most likely to convene. It’s estimated that radon is responsible for 20,000 deaths a year. Radon can be dealt with, and a checkup at the vet can ensure your pet’s health is top-notch....Why are pets more sensitive to radon exposure?
The decaying radon particles get trapped in your home, where your pet spends most, if not all, of its time. If your home has high radon levels, every time you leave, you lessen your exposure. But how often does your pet leave? If you have outside dogs, then your worries will be minimal, but if you have a bedroom in the basement and a pet likes to spend time down there, this is where radon strikes worst (source www.inspectionsupport.com/how-dangerous-is-radon-for-your-pets)."
Was Your System Installed Properly?
"To prevent re-entrainment of radon, the point of discharge from vents of fan-powered soil depressurization and block wall depressurization systems shall meet all of the following requirements:
(1) be above the eave of the roof, (2) be ten feet or more above ground level, (3) be ten feet or more from any window, door, or other opening into conditioned spaces of the structure that is less than two feet below the exhaust point, and (4) be ten feet or more from any opening into an adjacent building. The total distance (ten feet) from the point of discharge to openings in the structure may be measured either directly between the two points or be the sum of measurements made around intervening obstacles. Whenever possible, the exhaust should be positioned above the highest eave of the building and as close to the roof ridge line as possible."