Serving Kalamazoo, Battle Creek, Grand Rapids & All Surrounding Areas
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ALS Property Associates completed a radon gas mitigation system installation at a residential property in Grand Rapids, MI. A sub-slab depressurization radon system was used on this home. Schedule 40 piping was run from the basement extraction point to the exterior of the home. The radon fan was installed on the side exterior and vented above the roof line.
ALS Property Associates installed a radon mitigation system at a residential property in Comstock Park, MI. A sub-slab depressurization radon system was used. Schedule 40 piping was run from the extraction point in the basement to the exterior of the home. The radon fan was installed on the side exterior and vented above the roof line. A premium sump pump cover was also used to seal radon gas.
This is an example of a combination depressurization radon mitigation system. We encapsulated the crawlspace located off the basement and successfully created negative pressure under both the CleanSpace vapor barrier and basement slab. This before and after is documenting the vapor barrier with the extraction point extraction the radon gas from under the membrane.
ALS Property Associates installed a radon mitigation system at a residential property in Sturgis, MI. A sub-slab depressurization radon system was used on this property. Schedule 40 piping was run from the basement to the side exterior of the home. The radon fan was installed on the exterior and vented above the roof line. An exterior cover was installed and proper permits were completed for the city of Sturgis, MI.
At a property in Sturgis, MI, the homeowners were concerned about elevated radon levels and turned to ALS Radon & Environmental, Inc. for expert mitigation. The project involved installing two radon extraction points and sealing the sump pump pit to address radon intrusion effectively. By creating negative pressure beneath the main basement slab and elevated crawlspace, the system ensures radon is safely drawn out and vented above the roofline, reducing the risk to occupants.
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