Second Leading Cause Of Lung Cancer
Same as Half a Pack a Day
if at 4.0 pCi/L*
Radon is a radioactive, odorless, tasteless, colorless, Class A carcinogen gas. It comes from the natural decay of radium in the soil, and can enter buildings through cracks or even penetrate concrete. When inhaled, radon particles change DNA in the lungs. Over the course of years, radon exposure can dramatically increase the chance of lung cancer.
Over a third of all buildings in Northern Illinois have radon levels over 4.0 pCi/L, the level at which the EPA warns you to take action and remove the radon. Inhaling this level of radon is roughly the same lung cancer exposure as smoking a half a pack of cigarettes a day. * Environmental Protection Agency
Worse Than Most Think
Get a free, no obligation mitigation system design
Every year over 1,000 people die in Illinois from radon-induced lung cancer. Nearly 21,000 people die every year nationwide.Nat. Cancer Institute’s 2010 Surveillance.
Illinois Emergency Management Agency – “Teacher Presentation.”
More people die from the effects of radon than they do in home fires and carbon monoxide poisoning combined. It is the #1 preventable cause of death in the home.
Like with other topics, there are websites and posts that indicate that radon may be some sort of hoax. Most of this logic is based off of very old and select research.CLICK HERE TO SEE MORE RESEARCH
All Counties Affected
Research indicates that all Chicagoland counties have high radon levels. At right are the percentage of homes that would fail a radon test.
Affects 1 in 3+ Homes
In the western suburbs, an average of more than one in every three homes is at risk of having high radon. Some neighborhoods are less affected, while some neighborhoods have radon in every home.
A Persistent Intruder
While a lot of radon enters a building through cracks in the foundation and the sump pump pit, if these are sealed, it can actually still penetrate through the concrete and through most floor coverings and coatings.
How Radon Exposure Harms
When we breathe the radon gas in, we inhale radioactive particles, referred to as progeny. These radioactive particles enter you lungs.
The alpha particles from the radon gas smash into and damage the DNA inside your lungs. Your body has the ability to repair this damage, but as the cycle repeats itself (typically over 10-25 years) the odds that is incorrectly fixes the DNA increase.
The damaged DNA contributes to lung cancer.
Radon was discovered in 1900 by Friedrich Ernst and was linked almost immediately to lung issues in miners exposed to very high doses. However, the link between radon in buildings and lung cancer was not heavily researched until after 1984.
Radon is produced as part of the decay chain of Uranium 238. Each step of the decay process produces a different element with a different half-life. Uranium 238 has a half life of 4.47 billions years. Radium 226 has a half-life of about 1,600 years. Radon 222, the cancer-causing element, has a half-life of about 3.48 days before it turns into Polonium 218. The decay continues until Lead 210 is achieved. Radon in a building decays over a few days, but more enters the building continuously.
In 1984, a worker by the name of Stanley Watras set off a radiation detector while helping build a nuclear power plant in Pennsylvania. However, there was no radioactive material in the plant yet. They tested his house and found very high levels of radon. This sparked intensive research into the prevalence of indoor radon and its effects.
The research over the following years established an undeniable link between radon and lung cancer. They even recently began to identify the DNA damage that is strictly radon induced.
All major health organizations warn of the health risks of elevated indoor radon and recommend testing and mitigation.
Did you Know...?
We were very happy with your service. We like that your company stands behind their work to fix things until they are right. Price was reasonable as well.
- Brad T., Sandwich, IL
“Dave and Larry did a great job installing our mitigation system and new sump pump. They were friendly, informative, and professional throughout the entire process. They explained both systems’ operation and answered all our questions. Afterward, the work location was cleaned up nicely. Excellent job.”
Sarah & Trent K., Plainfield, IL
“Installation was good. They explained various factors as it progressed and they were finished under the time estimate. Results from the test were excellent.”