Most people would be very concerned if they thought their home held a danger to their health and safety. When moving into a new house, screenings for these obvious dangers are an obvious precaution. However, there are some hazards that cannot be detected with the naked eye, but are just as dangerous or more so as those that can.
Radon gas is one of these dangers.
Radon detection
As a radioactive gas, radon cannot be detected by sight or scent. Learning your home’s radon level requires testing equipment, which can be purchased at home-improvement stores, or directly from testing companies, which also offer professional testing. The tests are relatively inexpensive, and short-term radon tests can take as little as two days.
Companies who specialize in radon detection also typically offer education on the toxic substance, as well as control solutions for lowering radon levels to a safe standard. Because of the fact that radon is a naturally occurring substance that seeps into the atmosphere from rock and soil, it cannot be eliminated entirely. It can be lessened, however, and the best way to do this is by consulting a professional.
Short-term testing for safe levels now
Though more extensive testing may be required for some locations, short-term radon tests are the standard for families looking to move into a new home or for those concerned with the immediate control of their radon levels. There is no way to detect radon without using one of these tests, and symptoms of radon poisoning and illness do not surface right away. To avoid long-term exposure and resulting complications such as asthma, cancer or even death, radon testing is an asset to human health and safety.
Unfortunately, some people do not know that they are at risk of radon exposure until it is too late to prevent health concerns, but with proper education, skilled professional mitigation, and ongoing management, it can be controlled, and further safety risks can be avoided. For more information about a radon mitigation system, contact SWAT Environmental.
