Radon Removal Systems - Maine's First Choice in Radon Mitigation Since 1986!         
 


      
.

HOW RADON GETS INTO THE HOME.

Like all of the radioactive elements radon has a half life. It decays at a steady rate so that after a certain time any given quantity of radon will be reduced by half the original amount. Compared to Uranium 238 which has a half life of 4.5 billion years and radium which has a half life of 1630 years, radon has a very short half life of a mere 3.7 days. In addition to its extremely short life span radon also differs from its parental elements in one other very important way. While uranium and radium are metals trapped in the soil. Radon is a gas and because of this metamorphic change it behaves very differently. Radon escapes from t he soil.

From the instant of its formation the gas begins to move towards the surface. It follows the path of least resistance in much the same way that water tends to flow towards its lowest level in accordance with the demands of gravity. Radon moves upwards through the soil in accordance with the negative pressure zones within the soil.

Negative pressure is best thought of as empty space. It can also be visualized as a vacuum because there is always a pressure differential that exists between empty space and occupied space. From our perspective it would seem that there would be very little empty space available in the soil. From the perspective of an atom, however, this is not true. In the microcosm as well as the macrocosm the void is everywhere.

It is true that the nature of the soil; influences the speed that radon gas reaches the surface. Clay and loamy soils are much denser and consequently more difficult for the gas to move through. Sandy soil because of its granular nature provides a much more rapid medium for migration since the gas can work its way rapidly around each of the individual particles.

This is how the radon gas gets into the home. Each dwelling is in effect a negative pressure point in the soil. All houses tend to act like a vacuum


 


     

Contact us  at radonremoval@gmail.com Copyright 2007, 2014 Radon Removal. All Rights Reserved.