A quick, level‑only interpretation of your radon result.
Does anyone who lives in the home smoke?
Check any that apply:
How long have you lived here?
Do you expect to stay in the home?
Major renovations in the last 12 months?
Generated on:
Risk Tool Level: --
Interpretation Tool Level: --
Decision Tool Test Result: --
Recommendation:
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Why:
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Additional Notes:
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Mitigation reduces radon by creating controlled airflow beneath your home and safely venting it outside. This is the foundation for understanding the tradeoffs in the cards that follow.
A mitigation system uses a fan and sealed piping to draw radon from beneath your home and release it outdoors, preventing it from entering your living space.
Systems are effective, long‑lasting, and work in nearly all home types. They operate continuously and require very little from the homeowner.
Understanding this basic process helps you make sense of the pros and cons in the next cards — and decide whether mitigation feels right for your home.
Mitigation is a one‑time investment with long‑term benefits. Costs vary by home type, system design, and installer practices.
Most systems fall in the $1,200–$2,000 range in Utah, though complex homes can be higher. What you’re paying for is a permanent reduction in radon exposure, not ongoing service.
A well‑installed system protects your family for decades and can improve home resale by removing a major health unknown for buyers.
The key value is long‑term peace of mind — not just the installation itself.
When installed correctly, mitigation reliably reduces radon — often by 80–99%. The system runs continuously to keep levels low.
Most homes see radon drop below 2.0 pCi/L after mitigation. Some reach even lower levels depending on soil, foundation, and system design.
Effectiveness depends heavily on sealing, fan placement, and whether the installer follows national standards rather than shortcuts.
A post‑mitigation test is essential to confirm the system is performing as expected.
Fans are quiet, but placement matters. Systems are visible outside the home, though good routing keeps them discreet.
Most fans produce a soft hum similar to a refrigerator. When mounted on an exterior wall, noise inside the home is usually minimal.
The vent pipe is visible on the outside of the house. Installers can often route it along less noticeable areas to preserve curb appeal.
Interior routing is possible in some homes but increases cost and complexity.
Systems require very little from homeowners. Fans last many years, and most components never need replacement.
Radon fans typically last 7–12 years. Replacements are straightforward and usually cost less than the original installation.
The system runs continuously, but energy use is low — similar to a small appliance.
A simple visual check of the system indicator once or twice a year is usually all that’s needed.