Thank YOU

Thank you for contacting us! We will get in touch with you shortly.

  • Certified Technicians
  • Advanced Equipment
  • Personalized Plans
  • Commitment to Quality

Radon Resistant New Construction Building in Progress

RRNC Installation

Ensure your new residential construction is protected from radon with our comprehensive installation service. We offer expert design and seamless integration with your building plans, ensuring safety from the ground up.

  • Custom system design for each project
  • Cutting-edge radon prevention techniques
  • Certified and experienced team
  • Comprehensive radon protection
  • Seamlessly integrated with construction
  • Commitment to health and safety
Request A Quote

Advanced Radon Resistant Solutions

Our radon resistant new construction installations incorporate the latest innovations to ensure safety and quality. Our approach includes:

  • Innovative gas-permeable layers
  • Effective vent pipes for radon emissions
  • Sealing and caulking for airtight safety
  • Ongoing support and system monitoring
  • Experienced installation team
  • Customized plans tailored to your project
Request A Quote
Radon resistant new construction foundation in progress

Our Simple Process

We streamline your radon-resistant construction installation in a few straightforward steps for maximum efficiency and safety.

1
Consultation & Design

Engage with our team to design a tailored radon-resistant plan.

2
Begin
Installation

Our experts implement the system seamlessly into your build.

3
Follow-Up & Support

We ensure everything is functioning perfectly with ongoing support.

Understanding Radon Resistant New Construction

Here are some of the most commonly asked questions about radon-resistant construction. If you need more information, feel free to reach out to our team.

Radon-resistant new construction involves implementing specific building techniques during the construction of new homes to prevent radon gas from entering the building. Radon is a natural radioactive gas that can seep into homes from the ground. Without proper preventative measures, radon can accumulate indoors, posing a serious health risk due to its association with lung cancer. To mitigate this risk, radon-resistant construction typically incorporates features such as a gas-permeable layer beneath the foundation, plastic sheeting to prevent soil gas entry, a vent pipe system to redirect radon outside, and a junction box for future fan installation. These measures collectively ensure that the home remains at a low radon level, promoting a healthy indoor environment. By integrating these systems at the construction phase, builders can vastly reduce the radon risk while avoiding costly retrofits in the future. Moreover, being proactive about radon prevention aligns with long-term health and safety goals for homeowners, ensuring that residences are both safe and energy-efficient.

Radon is a significant health concern, especially in new houses, because it is a colorless, odorless, and tasteless gas that can seep into homes from the surrounding soil. It’s formed by the natural decay of uranium, which is found in nearly all soils. The problem with radon is that it can accumulate in homes to levels that exceed safety recommendations, increasing the risk of lung cancer. According to the Environmental Protection Agency (EPA), radon is the second leading cause of lung cancer after smoking, responsible for about 21,000 deaths each year in the United States alone. New houses, due to their energy-efficient designs and tighter constructions, can have higher radon levels since they are more airtight, thus allowing less ventilation for radon to escape. Therefore, it becomes critical to address radon risks during the construction phase, implementing procedures and materials that help minimize radon entry and safely ventilate any that does manage to enter. Building new homes with radon-resistant techniques not only addresses immediate health concerns but also future-proofs the building, adding an extra layer of safety and peace of mind for potential homeowners.

A radon-resistant design improves safety by incorporating various systems and building techniques aimed at preventing radon from entering a home or building in the first place. One primary component is the installation of a gas-permeable layer, such as gravel, beneath the slab or flooring. This layer allows soil gases to move freely beneath the house without being trapped and building up pressure. On top of this, plastic sheeting is placed under the slab to further act as a barrier against radon. A vent pipe then extends from this gas-permeable layer to the outside, promoting the safe release of radon above the house. Sealing and caulking of foundation openings complete the system by creating an airtight seal, further deterring radon entry. These combined techniques significantly reduce the potential for radon accumulation, ensuring that indoor air quality remains within safe limits, thus targeting one of the primary sources of lung cancer risk in non-smoking populations. Implementing radon-resistant construction not only assures immediate health benefits but also offers long-term safety and peace of mind for occupants, protecting them against this silent yet dangerous health hazard.

Radon-resistant construction involves several key steps that integrate proactive measures into the building process to prevent radon entry. Initially, the site is prepared with a gas-permeable layer, often comprising loose gravel, beneath the slab or flooring system. This layer serves as a capillary break to allow soil gases to move freely beneath the foundation. Onto this layer, heavy-duty plastic sheeting is placed before pouring the concrete slab, acting as a secondary barrier to further limit radon entry. A vent pipe is installed vertically from the gas-permeable layer through the house to vent radon safely above the roofline. This passive system allows radon to rise naturally with minimal resistance. Additionally, all openings in the concrete, such as the perimeter joints, wall-floor joints, and drains, are caulked and sealed to prevent gas infiltration. Lastly, the installation of electrical junction boxes for future fan installation is considered, allowing for the transition to an active system if needed based on future test results. These integral practices in radon-resistant construction help significantly reduce indoor radon levels, safeguarding indoor air quality and ensuring the home remains a healthy place for its occupants over its lifespan.

Radon-resistant construction is considered both cost-effective and a wise investment for potential homebuilders. Integrating radon-resistant features into the construction process is generally much less expensive than installing radon mitigation systems after the home is built. The additional costs are fairly minimal compared to retrofitting an existing home, which can become significantly more expensive and complex. While the upfront investment in preventative measures might add a slight increase to the initial construction budget, the long-term benefits, both in health and financial terms, vastly outweigh these initial investments. Furthermore, homes equipped with radon-resistant construction are inherently more marketable, offering potential buyers peace of mind regarding safety and health. By addressing radon risks proactively, builders align with best practices and demonstrate a commitment to quality construction, safeguarding future occupants’ health. This strategic approach not only upholds a builder’s reputation but also enhances the overall value and appeal of their projects in the real estate market.

Yes, existing homes can be modified to reduce radon levels, though the process differs from integrating radon-resistant techniques at the construction phase. For existing homes, mitigation strategies often focus on venting systems that reduce indoor radon concentrations. A common retrofit approach is to install an active soil depressurization (ASD) system, which involves sealing foundation cracks and installing a network of pipes and a venting fan to draw radon from beneath the house and expel it outside. While this approach effectively reduces radon levels, it requires careful assessment by professionals to design a system tailored to the house’s existing structure. These retrofits can be more challenging and costly due to the need for adapting existing infrastructure and accessing limited spaces. While converting an existing home to a radon-resistant environment involves different steps, the result is the same—a significant reduction in radon exposure. Such efforts are worthwhile, ensuring healthier indoor air quality and reducing the health risks associated with radon exposure.

Anyone building a new home, particularly in areas known to have elevated radon levels, should consider radon-resistant construction. Homebuilders and developers who prioritize sustainability and health will find great value in adopting these practices. Homeowners planning to sell in the future can benefit from added property value and enhanced marketability when equipped with radon-safe features. Additionally, families prioritizing long-term health benefits should also consider these measures, as they ensure a safer living environment by significantly reducing the risk of radon exposure over time. Regulatory agencies often recommend radon-resistant construction in high-risk areas as part of best practice approaches for new developments. By proactively incorporating radon-resistant elements, builders not only safeguard occupant health but also align with evolving building standards, ensuring that new constructions are future-proofed to both environmental and market demands.

The vent pipe, an essential component of radon-resistant construction, is designed to be as unobtrusive as possible. When correctly installed, the pipe is largely concealed within the walls of the home, extending through the roof, where it vents outside. The visible portion of the pipe, typically above the roofline, is styled to blend with the home’s exterior aesthetic, ensuring minimal visual disruption. During construction, the pipe’s route is strategically planned to maintain both function and form, thus preserving the home’s architectural integrity. Furthermore, locating the junction box for a future fan installation within the attic keeps additional components out of sight. Homeowners can rest assured that these radon mitigation solutions are both effective and discreet, seamlessly integrating into the home’s existing design.

To confirm that a home has been constructed with radon-resistant methods, it’s important to review the construction plans and any accompanying documentation provided by the builder. Builders who adhere to radon-resistant construction will often outline the specific features integrated, such as the gas-permeable layer, vent pipe, plastic sheeting, and sealing measures. You can also ask the builder to walk through the specific radon-resistant elements with you, detailing their location and function. Additionally, conducting a radon test in your home post-construction is a reliable way to assess the effectiveness of these features. The results will indicate if radon levels fall within safe limits, ensuring your home’s indoor air quality is safeguarded. Engaging an independent radon inspector can offer further peace of mind, ensuring all radon-resistant features meet required standards. Overall, proactive engagement with your builder combined with testing will give you comprehensive insight into your home’s radon safety status.

Our Achievements & Affiliations

Our certifications and affiliations underscore our commitment to excellence in radon management. As trusted leaders, these accomplishments highlight our expertise and dedication to delivering the highest quality service and solutions in the industry.

Multifamily Mitigation Certificate
Multifamily Measurement Certificate
Certified Radon Measurement Professional Badge NRPP
Certified Radon Mitigation Specialist Badge
National Radon Proficiency Program Badge

Facts About Radon

#1
Cause of Lung Cancer
After Smoking
colorado homes have
5X hIGHER
Radon LevelS Than The Rest Of The US
1
In
2
Homes in COLORADO Test High for Radon LEVELS

What Our Customers Say About Our Radon Services

  • Evergreen Radon Construction’s professionalism and thorough approach made us feel at ease with our new home purchase knowing it is safe from radon risks. Highly recommend their services!
    Emily R.
  • Outstanding service! Evergreen Radon’s team explained every step of the radon mitigation process, delivering high-quality work with impressive attention to detail.
    Michael T.
  • Thanks to Evergreen Radon, our office now complies with all safety standards. Their expertise is unmatched and customer care is exceptional.
    Linda K.
Read More

Resources About Radon Mitigation

Discover the latest information and guidance on radon mitigation, from the importance of radon prevention in new construction to effective mitigation techniques for existing buildings. Our resources provide expert insights for safe and healthy indoor environments.