Find answers below to the most commonly asked questions about radon, pest control and vapor intrusion services.
Radon Testing
How often should I test for radon?
Do new construction homes and buildings need to be tested for radon?
Why is radon testing so important?
Can I perform radon testing on my own?
What’s the difference between short- and long-term radon testing?
How does radon infiltrate indoor spaces?
Why do I need to test for radon more than once?
Is radon really a health risk?
Home Radon Testing
How often should I test my home for radon?
What is a safe radon level?
How can I prevent elevated radon levels in my home?
Installing a radon mitigation system from an NRPP contractor like Green Earth Remediation can reduce radon levels down to levels that are considered safe, we aim to reduce levels to as low as what radon is found in outdoor air.
These systems are called active soil depressurization systems or also referred to as sub-slab suctions systems. The systems help to draw radon gas away by creating a negative pressure underneath the home’s slab and foundation to reduce indoor radon levels. This is achieved by what is called “PFE” pressure field extension, a fan creates a vacuum in the form of a negative pressure under the house that acts as a greater negative force than the natural negative pressure of a home. The movement of air and negative pressure field under a basement slab that a radon system creates is effective as well as efficient at mitigating even the highest of indoor radon levels.
What are the types of radon testing?
There are two basic types of radon testing: short-term and long-term. Long-term testing is any test that is conducted 90 days or more, and this type of testing can give you a more comprehensive view of your home’s radon levels while accounting for seasonal and environmental fluctuations.
We advocate for testing during the colder months of the year, which translates into the heating months. Testing for radon in fall, winter, and even early spring is more important, even though testing for radon at any time is still recommended. The greatest factor for why radon levels are higher at certain times of the year is due to what is called, “stack effect.” When we heat our homes the warmer air rises, this combined with the natural pressure differentials created from the ambient air outdoors being colder than the air indoors makes radon gas able to more easily enter homes and accumulate indoors at higher levels in the winter than in the summer.