Open with the EPA Radon Zone 1 designation across all of Anoka County and the MDH-published indoor average of 4.8 pCi/L. Explain the geology: glacial till and Anoka sand plain bedrock with trace uranium, decay producing radon gas, gas migrating into basements via cracks, sump pit
Open with the EPA Radon Zone 1 designation across all of Anoka County and the MDH-published indoor average of 4.8 pCi/L. Explain the geology: glacial till and Anoka sand plain bedrock with trace uranium, decay producing radon gas, gas migrating into basements via cracks, sump pit
Open with the EPA Radon Zone 1 designation across all of Anoka County and the MDH-published indoor average of 4.8 pCi/L. Explain the geology: glacial till and Anoka sand plain bedrock with trace uranium, decay producing radon gas, gas migrating into basements via cracks, sump pits, and slab penetrations. Map out the highest-incidence neighborhoods in Blaine (east-side near Coon Creek, central Blaine basements, Sunrise / Aquatore / Northtown 1960s-70s ramblers with finished basements). Walk through the difference between charcoal kits and continuous monitors and why we use only continuous. Show what mitigation looks like (active sub-slab depressurization, $1,200-$2,000 typical, 95% effective at reducing levels below 2.0 pCi/L). Close with three actionable steps for Blaine homeowners and a CTA to schedule a 48-hour radon test.
If you're navigating a Blaine, Coon Rapids, Andover, or anywhere-in-Anoka-County purchase, the patterns above are exactly what we look for on every inspection. Our digital report in 24 hours turns a confusing list of findings into a prioritized action plan you can hand to your agent for negotiation.
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