When rocks containing radioactive minerals begin to break down, they release radon gasses. These gasses can then enter buildings in a variety of ways, through cracks in walls or floors, construction joints, openings near pipes or wires, and gaps in foundations. Radon can also be released from some materials used in construction made from natural substances, like concrete, wallboard and granite countertops, and water from underground wells. While there are ways to test for the presence of radon gas in a building, the only way to completely rid a building of radon gas is to seal all of the sources of entry. Given the potentially harmful health effects of radon gas exposure, it is important for all building owners to be aware of the risk and take steps to prevent radon gas from entering their buildings.

Currently, there are no medical tests that can detect the presence of radon exposure on the human body. If you work in a location with a high level of exposure to radon, such as a mining operation, live in a home affected by radon, or believe that you have been exposed to abnormally high levels of radon for any prolonged period of time, it is important to talk to your health provider about your risk.
While there is no specific test for radon exposure, your health care provider will take a thorough medical history and may order tests, such as a chest X-ray or CT scan, to look for signs of lung damage. If you are a smoker, you may be a good candidate for lung cancer screening. If you also have any of the symptoms mentioned or present respiratory conditions it is very important that you contact your health care provider immediately. By taking these precautions, you can help ensure that any health effects from radon exposure are detected early and treated promptly.

According to figures by the EPA, 6 million homes in the United States are known to be affected by unsafe levels of radon. Radon is a colorless, odorless, and tasteless gas that can be found in many places, both indoors and outdoors. While it is present in small quantities in most places, it can reach dangerous levels if it becomes trapped in an enclosed space. This is why it is important to test your home for the possible presence of radon. There are two ways to test for radon levels in your home, the first is with a DIY home testing kit, which you can find in most supply stores. The test samples will then be sent to a laboratory and your results will be ready in a matter of days to a few weeks. Then there is professional testing which consists of a trained professional coming to your house and setting up a specialized device that will take measurements over the course of several days or weeks. While this option is more expensive, it provides more accurate results. No matter which method you choose, testing for radon is an important way to keep your family safe from this invisible gas.

When test results reveal abnormally high levels of radiation in a home or location, it is extremely important to take action to mitigate the issue. Radiation mitigation involves reducing the levels of radiation to safe levels, and our system is remarkably effective, reducing radiation by up to 99%. This is accomplished through a variety of means, including sealing cracks and holes where radiation may be seeping in and installing ventilation systems that draw contaminated air out of the building and circulate fresh air throughout. In addition, our team will provide detailed guidance on how to maintain the system to ensure that your home or office remains safe from radiation. With our help, you can rest assured that you and your family are protected from the dangers of radiation exposure.

Home pressurization is a scientifically sound way to prevent radon gas from entering your building. A specially designed fan creates increased air pressure within the building, which in turn prevents radon gas from seeping in through cracks in the foundation. Additionally, air exchange is improved throughout the building, making it easier to flush out any radon gas that might have found its way inside. Plastic sheeting can also be applied in homes with crawl spaces, providing an additional barrier against this insidious gas. By taking these simple steps, you can protect yourself and those in your care from the potentially dangerous effects of radon gas exposure.