Radon Mitigation Seattle Washington
Radon is one of the leading causes of lung cancer, second only to cigarette smoke. Radon gas testing is also a leading contributor to environmental radon radiation. The National Radon Program regulates the levels of radiation that can be inhaled by individuals living in houses, apartments, condos, and mobile homes. Radon abatement is part of the Radon Reduction Manufacturers Association International (MRIA) certification program.
Radon mitigation refers to any method used to decrease radon concentrations in homes, buildings, or in water sources. Radon acts as a powerful force that breaks down bones, adds to muscle-tissue damage, and can increase the risk of developing cancer over time. Radon gas is measured in milligrams per liter (PML) and can vary greatly depending on the soil where it is located. To prevent this deadly silent killer from affecting you or your family, you should hire a licensed radon mitigation professional.
Passive Cost Less Effective
Radon abatement professionals employ several methods to get rid of radon. There are three types of methods available: passive systems cost less effective, active systems cost more effective and venting systems cost about the same as a qualified venting expert. A qualified radon mitigation specialist will recommend which option is best for your home based on your situation. The following discussion outlines the passive and active strategies.
Passive systems use specially designed fans or vents to draw air through your home. Radon gases pass through the home and into the building where it passes through gaps in the foundation or walls. When the gas passes through gaps in the walls, the gas becomes airborne and drifts upward into the air. This is the leading cause of lung cancer in non-smokers. Radon abatement experts find that the cost of installing venting systems with a positive retention rate of at least 30% can substantially reduce radon levels in a home. These systems cost about one hundred dollars per cubic foot of air they remove from a home.
Active Cost More Effective
Radon abatement professionals utilize a specially designed venting and aeration system to remove radon gas from a home. They vent the home from the outside using high-powered fans. They then install venting and aeration systems inside the home. These systems cost about two thousand dollars to install. They improve the quality of the air in a home by reducing or eliminating odors, eliminating dangerous particles from the air, and reducing lung cancer risk by up to twenty times.
In some circumstances, a mitigation specialist might choose to combine these two strategies. The first strategy uses passive radon removal and the second strategy uses active radon removal. If you have an old foundation type home, you may want to consider just installing a mitigation system. If your foundation type is not an old foundation type, you should still consider a mitigation system. It may just be more cost effective to do this.
Radon abatement experts will also discuss how the gas gets into the house. Old homes built before 1978 often have vents that are not sealed. As well, newer homes with better sealants are less likely to have leaks. Radon gas can move in either direction - up or down, so sealing all the vents will not prevent radon from penetrating the woodwork of the house.
The best thing you can do to avoid radon is to install a venting and aeration system. It's also a good idea to have your new floors sealed for improved ventilation. A mitigation specialist will come to your house and test the roof, basement, attic, and outside windows. They will also check the foundation type to make sure they are sealed properly. Once the tests are complete, a mitigation professional will give you an estimate on the total cost of the radon removal and the new installation. The estimate is based on many factors, including the square footage of your house, the estimated number of years you will need to have the new system in place, and the estimated cost of the mitigation system.
Radon Testing Near Me
The presence of radon in a home or building can pose serious health risks to its occupants. Radon is a radioactive gas that can accumulate in the soil, the atmosphere and in the water that surround it. Radon gas has been associated with lung cancer, as well as other types of cancers including esophageal, prostate and breast cancer.
Radon mitigation is a process aimed at decreasing the health risks associated with radon gas in the home or building. Radon enters a home through gaps or cracks in the foundation, floor slab, walls and other structures. Radon gas can travel through a home through the air, which is why it is important to regularly test for radon levels in your home. Radon can also be introduced into a building through the ground water, that it passes through as well as any manmade fibers or material that may be present in the air or within the soil. Radon mitigation involves mitigation strategies such as reducing radon in the air and removing materials that trap radon in the home.
There are two types of radon mitigation near me meadow based on where they occur. The first is passive radon mitigation, meaning that radon mitigation is performed by sealing cracks and holes. Passive radon reduction requires periodic testing, which determines if radon levels have been successfully reduced. This method is used in homes, schools, office buildings and other building structures. Another type of radon mitigation near meadow is direct radon mitigation, which occurs when radon is actually emitted from soil and is removed by ground-based or surface-based processes.
Where radon mitigation is required, soil samples are taken and analyzed to determine radon content. If the sample shows radon gas in the air or soil, the radon content level can then be calculated. Based on this information, an appropriate radon control solution can be applied.
A radon mitigation specialist will test the air around the house, looking for radon gas content. If radon is found, the radon mitigation specialist can suggest solutions such as making the soil more absorbent, placing screens over basement windows and doors, or sealing cracks in walls and floor foundations. Sealing cracks allows radon gases to escape from the home instead of being trapped in the structure. These prevention of radon build up are especially important for those who live near rivers, creeks, streams and mines.
However, sometimes radon gas does enter the home. When this happens, radon mitigation becomes necessary. Interior ventilating systems are the most effective method of radon mitigation in a home. These devices are usually placed just beneath the floor and are designed to contain radon gas in the air. In order to be effective, however, they need to be maintained on a regular basis and must be tested regularly. This allows homeowners to know when the device needs to be replaced or cleaned out.
Another option for radon mitigation is to use an inert gas such as radon dioxide. This substance is emitted from the ground into the atmosphere and can easily seep into homes through cracks in the foundation. However, this substance has been linked to causing lung cancer, so it is not a good choice of radon mitigation for homes that have young children. In addition, it is not effective against the radon gases that are produced by some natural processes in the earth's crust.
The best option for safe home radon mitigation is a radon mitigation system. These are installed professionally and are designed to remove radon from the air and remove them from your home without releasing any dangerous gases into the air. These systems are effective and affordable, making them a wise decision for any homeowner who wants to keep his or her family safe. Make sure to check with your local regulations to find out what the legal limits are in your area. You may not want to overpay for your radon mitigation system, so it is important to do your homework and compare the pros and cons of each product before making a purchase.