Opening your windows may temporarily lower indoor radon levels, but it is not a reliable solution. Learn why ventilation, air purifiers, crack sealing, and other common approaches do not replace proper radon testing and mitigation.

Michigan homeowners who are either building a new home or purchasing one built in the past several years sometimes carry an assumption that new construction is automatically safer from a radon perspective than an older home. This assumption is understandable — newer homes are built to higher standards in many respects, with better insulation, more sophisticated HVAC systems, and tighter construction envelopes than their predecessors. But when it comes to radon, the age of a h

Not every radon contractor has the same training or credentials. Learn what Michigan homeowners should look for when choosing a certified radon testing or mitigation professional, including certifications, questions to ask, and potential red flags.

Radon mitigation systems are reliable, but fans can wear out and other problems can affect performance over time. Learn the warning signs of a failing radon system, what your manometer can tell you, and when it is time to call a professional.

Radon mitigation systems are relatively low-maintenance, but they still need occasional attention. Learn how to monitor your manometer, recognize fan issues, inspect system piping, and know when it is time to retest or call a professional.

Radon can become a major concern during a Michigan real estate transaction. Learn how agents can guide buyers and sellers through testing, elevated results, mitigation negotiations, and homes with existing systems.

Sub-slab depressurization is the most common and reliable method for reducing radon in homes. Learn how suction points, pressure fields, and properly sized fans work together beneath your foundation.

Planning a renovation? Certain home improvement projects can affect radon levels in your home. Learn when to retest after foundation work, basement finishing, HVAC upgrades, and additions.

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.

Should you use a DIY radon test kit or hire a professional? Learn the key differences in accuracy, testing protocols, and reliability so you can make the best decision for your Michigan home.

Ionia County sits at an interesting geographic crossroads in West Michigan. Bordered by Kent County to the west, Montcalm to the north, Clinton and Eaton to the east, and Barry County to the south, it occupies a largely rural stretch of mid-Michigan that rarely makes the top of anyone's list when radon conversations come up in this region. That relative quiet on the topic is part of the problem. Ionia County has radon risk that deserves direct attention, and homeowners in Ion

Should you test for radon before buying a house in Michigan? Learn why radon testing is an important part of the home-buying process, what your results mean, and how to negotiate mitigation before closing.

Muskegon County homes face unique radon risks due to lakeshore geography, older housing, and varied soil conditions. Learn why homeowners throughout Muskegon County should take radon testing seriously.

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.

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