Radon Mitigation

Did you know radon levels are often higher during Michigan's cold winter months? Learn how sealed homes, the stack effect, and heating systems contribute to increased radon exposure—and why winter is one of the best times to test.

What happens after a radon mitigation system is installed? Learn about post-installation testing, monitoring your manometer, fan operation, retesting recommendations, and what to expect as a Michigan homeowner.

Wondering how much radon mitigation costs in Michigan? Learn the factors that affect pricing, what a typical system costs, and how to evaluate mitigation quotes with confidence.

Wondering how a radon mitigation system actually works? Learn how sub-slab depressurization, radon fans, and pressure control work together to reduce radon levels and protect Michigan homes.

Not sure what happens during a professional radon test? Learn how the process works, what homeowners should expect, and how accurate radon results are collected in Michigan homes.

What does a radon result of 2, 4, or 10 pCi/L actually mean? Learn how to understand radon levels, EPA guidelines, and what Michigan homeowners should do after testing.

Most homeowners who learn about radon for the first time ask the same question: if it comes from the ground, how does it end up inside my house? The answer has everything to do with the way homes are built and the way air moves through them. Understanding how radon enters is also the first step toward understanding how it can be stopped. Your Home Acts Like a Vacuum The key to understanding radon entry is air pressure. The air inside your home is almost always at a slightly l

Radon is an invisible, odorless radioactive gas that can build up inside Michigan homes and increase the risk of lung cancer over time. This guide explains where radon comes from, why Michigan homeowners face elevated risk, and how testing and mitigation can help protect your family.