Radon does exist in water but cannot be seen, tasted, or smelled, which makes it a silent threat. According to the Environmental Protection Agency (EPA), about 1 in 15 homes in the United States are affected by radon above the recommended action level.
Work levels vary from maximum levels of pollutants in that work levels are the level at which the system must report to the public the concentrations and treatment plan for the pollutant. Whereas maximum contaminant concentrations represent the level at which a contaminant is harmful and constitutes the upper bound of a contaminant before the system breaks drinking water standards.
Radon has the potential to cause cancer and a host of other adverse health effects. It is a radioactive gas that comes from the natural decomposition of soil, rock, and water and propagates through the air we breathe. It is generally found in very low concentrations outside, but the biggest threat comes from inside your home as you spend most of your time on it. That is why we need to prevent and reduce radon pollution.
Radon in the air is not a danger per se. However, radon decay products are inevitably a different story, because the consequences can be deadly. The major source of radon exposure is the air we breathe. Radon can go through cracks in your house (in floors, walls, foundations, etc.). It may also accumulate from contaminated construction materials or wells that contain the component. Houses that are well insulated, hermetically sealed, or built on contaminated soil are often at the greatest risk. Lung cancer is the number one health concern for radon exposure. Radon is the leading cause of lung cancer in nonsmokers. While decomposing, radon releases small radioactive particles.
When these particles are inhaled for a prolonged period, they damage the cells lining the lungs. It causes 21,000 lung cancer deaths every year, including 2,900 deaths in people who have never smoked. Among smokers, there is a much higher risk of lung cancer associated with radon. Because of its imperceptibility, the test is the only sure way to know whether you are at risk of radon exposure. It is advisable to test your home every two years, every time you move in, or make a structural change to your home. If you notice that radon levels are around 4 oCi/L per liter of air, you must act.
There are many other simple steps you can take that are fast, cheap, and easy solutions. One of those alternatives is good ventilation. However, certain treatments require the services of a professional entrepreneur. Some of these solutions include Forced ventilation, heat recovery ventilation, home compression, and numerous other options. The best way to fight radon is to keep it out of your house by following preventative measures, such as installing a layer of gas-permeable aggregate (such as gravel) underneath your flooring system and covering it with a plastic tarp. Seal all cracks in the foundation and walls, remove gases from the ground outwards through a sealed tube. Install a ventilation fan in the attic to direct the radon gas outdoors because radon is a very dangerous silent menace. You should check for radon in the air regularly and take simple steps to prevent and treat the problem.