The Effectiveness Of Drain Tile Depressurization
The Effectiveness Of Drain Tile Depressurization
In many places, radon gas levels in homes can be high enough to pose a serious health risk. To improve the sanity of your residence, at Radon Control Services, we offer an effective solution—drain tile depressurization (DTD). Our professionals use the latest technology to perform top-quality radon mitigation. Choose drain tile depressurization to reduce indoor radon levels and keep your home safe.

What is Drain Tile Depressurization for Radon Mitigation?
What is Drain Tile Depressurization for Radon Mitigation?
Drain tile depressurization is a radon gas mitigation technique designed to reduce the levels of radon in residential homes. Our process involves creating a suction system that draws radon-laden air from the soil around your home and releases it outside. This negative pressure created by our system prevents radon gas from entering your home.
Although it’s not our most often chosen radon remediation method, DTD can be effective in many cases. It’s a good option for homes with a basement or crawl space, and we often use it with other radon mitigation systems. After a professional inspection, our experts will know immediately if a DTD system is the right choice for your home.

Contact Superior Radon Control Services
Your safety should always be a top priority, and we know it at Radon Control Services. Our specialists know what radon mitigation system will fit your specific situation best. Leave it to our professionals to inspect your home and create a plan that works for you. With more than 20 years in the field, no other radon mitigation company can match our experience or quality of work.
Click below to contact us today and learn more about how drain tile depressurization.
Quote Request Form
Reach out today to schedule your radon mitigation consultation. Our friendly experts are here to guide you every step of the way, ensuring your home is safe and healthy. Don’t wait—contact us now and let us protect what matters most.