Radon mitigation for new constructions

At The Radon Bros, we specialize in new construction design & installation to ensure your new home is safe from radon.

REQUEST A QUOTE
Radon Mitigation for New Constructions by The Radon Bros
Veteran Technicians
Fast Scheduling
Custom Solutions
Ethical Approach
Radon Mitigation for New Constructions

Ensure Safety From The Ground Up

Ensure your new build is safe and up to code with our specialized new construction design & installation services. The Radon Bros are dedicated to providing innovative, code-compliant solutions to keep your home free from radon risks.

  • Customized radon system designs
  • Expert installation for builders
  • Activation of passive systems
  • Pre-permit radon and water testing
  • Full-service environmental health solutions
Request A Quote

Advanced New Construction Installation Services

The Radon Bros offers comprehensive new construction installation services that meet strict building codes and safeguard your home against radon exposure. Our skilled team designs and implements tailored, effective systems for lasting protection.

  • Compliance with regulatory standards
  • Efficient passive to active system upgrades
  • Expert integration into construction timelines
  • Comprehensive environmental testing services
  • Dedicated support for builders and contractors
Request A Quote
Radon Mitigation for New Constructions Installed on New Home

Efficient Radon Mitigation Process

Radon Mitigation for New Constructions Process
1

Initial Consultation

Our experts assess your home to identify the best mitigation strategy.

2

System Design

We tailor a custom radon mitigation system specific to your property.

3

Installation & Testing

Our certified technicans install and rigorously test the system for efficacy.

Why Radon Is Harmful to Your Health

Radon is a colorless, odorless gas that can accumulate in your home, leading to serious health issues. Understanding its risks is crucial for ensuring a healthy living environment.

#1
Cause of Lung Cancer
in Non-Smokers
Radon is a
Tasteless
Odorless
Gas From Radioactive Decay
1
in
3
Homes in PA Test High for Radon Gas

WHO WE SERVE

Radon Bros proudly serves a diverse range of clients, ensuring safe and healthy environments.

Homeowners

Home Buyers

Home Sellers

Realtors

New Construction Builders

Frequently Asked Questions About New Construction Radon Mitigation

Radon is a naturally occurring radioactive gas that emanates from the breakdown of uranium in soil, rock, and water. It is odorless, tasteless, and invisible, making it undetectable without specialized testing procedures. The heightened concern with radon lies in its carcinogenic properties—ranked as the second leading cause of lung cancer after smoking. In the context of new construction, failing to incorporate radon mitigation measures can lead to prolonged exposure for future occupants. Building homes with radon-resistant features not only safeguards health but also complies with regional building codes aimed at minimizing this hidden hazard. New homes might trap radon more than older structures due to superior insulation and overall airtight construction, which enhances energy efficiency but can inadvertently lead to higher radon levels if not appropriately addressed from the start.

Detecting radon levels in new constructions involves using radon testing devices after the home is built but before it is occupied. Long-term and short-term tests can be utilized, with the former providing a more accurate assessment of potential exposure over time. Builders often install passive radon systems during construction, which are designed for convenient testing and activation if elevated radon levels are detected. Post-construction, homeowners are encouraged to perform these tests to ensure safety. Diagnostic tests can pinpoint the radon entry points, and professional testing companies may use electronic radon monitors for detailed analysis. Implementing continuous radon monitoring systems in new homes is also becoming more common, offering real-time data to homeowners and minimizing health risks substantially.

A radon mitigation system in new builds consists of a series of pipes and fans designed to reduce radon concentrations indoors to safe levels. The system typically begins with a vent pipe system and a junction to an existing drain tile or a suction pit under the foundation. It includes the use of a sealed barrier under the slab, which assists in redirecting radon outside instead of seeping into living spaces. In passive systems, natural air currents push radon up and out through a roof vent. If further mitigation is needed, an active system, which includes a fan to create a constant low-pressure environment under the building, can be added. This reduces radon level detection significantly. Such systems are ideally installed during construction to reduce retrofitting costs and to ensure thorough integration with other building operations.

Testing for radon post-construction confirms the efficacy of any installed passive radon mitigation measures and ensures indoor air quality is within recommended safety standards. As construction settles, the dynamics affecting ventilation may change, potentially altering radon levels. Regular post-construction testing provides data to ascertain whether naturally existing radon code levels remain under control. Additionally, if the passive measures are insufficient, testing helps identify if activation of more rigorous systems such as an active system with a fan, is warranted. It’s a proactive step in assuring a healthy environment. This step affirms the building’s compliance with local building codes and assurance for potential buyers or renters regarding their safety. Regular monitoring and testing can detect any shifts in radon levels early, prompting timely interventions.

The cost of mitigating radon in new construction can vary based on several factors including the size and design of the home, local code requirements, and whether passive or active mitigation systems are installed. The average price we offer is around $1375.00.

Not all new homes are required to have a radon mitigation system installed from the onset; however, many jurisdictions strongly recommend or mandate radon-resistant features in new construction, especially in geographic areas known for high radon potential. Regulations vary, with some areas requiring at least passive radon systems as a building standard component. Ultimately, whether a specific home needs active mitigation depends on post-construction testing results. Proactive installation during the build phase limits the need for disruptive, more costly installations later. Homebuyers are increasingly aware of radon’s risks and often inquire about mitigation systems during purchases, sometimes leading to home inspections. Therefore, including these measures can enhance a home’s market appeal.

Passive radon systems are effective at reducing radon levels in a significant majority of homes by preventing radon gas entry and encouraging its exhaustion outside. These systems rely on natural pressure differences between the soil and outdoor air and do not depend on mechanical operation, making them generally lower-cost and maintenance-free solutions. They include features such as vent pipes and a sealed barrier beneath the foundation slab, which act as pathways for radon to exit naturally. However, their efficiency can be further improved by converting them into active systems with the addition of a vent fan to increase air movement, especially if initial radon tests indicate levels higher than desired. Regular testing remains crucial to measure their continued effectiveness as passive systems alone might sometimes require enhancement depending on geological or structural variables.

A radon mitigation system, if well-installed, can last for many years with minimal maintenance. Active systems might need some periodic maintenance, such as checking the fan operation, while passive systems generally require even less. The vent pipes and barriers involved have long lifespans, especially when using materials like PVC which resist corrosion over time. However, it is advisable to perform regular checks and radon tests to ensure the system is functioning optimally and to catch any potential issues early. Keeping detailed maintenance records helps sustain its functionality over time. Regular system inspections and testing are recommended across the lifespan of the residence to ensure continued performance stability, noting that occasional repairs or upgrades may still be necessary as homes settle or undergo modifications.

Installing a radon mitigation system during construction presents numerous advantages. It enhances the health safety of future occupants by ensuring low radon emissions from the outset. Economically, it’s cheaper to integrate these systems during the construction phase than to retrofit them into existing structures, given that it minimizes labor and material costs. Furthermore, by adhering to local building codes, builders facilitate regulatory compliance and elevate the property’s value, providing peace of mind to prospective buyers. Homes equipped with radon mitigation systems at construction are often more appealing in the real estate market due to the assurance of safety they provide. Building with a radon mitigation system also positions the property as a proactive, environmentally responsible choice, reflecting current energy-conscious, health-driven architectural trends.

Radon mitigation systems installed in new homes are highly effective in maintaining safe indoor air quality by substantially reducing radon concentrations. During construction, mitigation systems are integrated seamlessly with the property design, ensuring thoroughness and efficiency. When coupled with post-construction testing, their effectiveness can be guaranteed and adjusted immediately post-occupancy if needed. In regions prone to higher radon levels, even well-installed systems might initially work better than subsequently added systems, as they can address radon sources more directly when integrated during the initial building phase. By lowering radon levels to below actionable standards set by regulatory agencies, these systems deliver significant long-term health benefits. Their design accommodates future updates or activations, for example, if a passive system requires upgrading to an active system.

Have More Questions?

Give us a call

(484) 460-9697
Radon Mitigation for New Constructions FAQs

Certifications & Affiliations

The Radon Bros holds prestigious certifications such as RMP, MFM, and RMS, ensuring compliance with HUD and real estate standards. We are proud members of leading industry organizations, solidifying our commitment to excellence.

MFM Certificate Logo
Certified RMP NRPP logo
Certified RMS NRPP logo
Mold Testing Certification logo
Home advisor Logo

Why Choose Us?

The Radon Bros leads the industry with years of expertise, offering cutting-edge solutions that meet safety and building compliance standards.

Why Choose The Radon Bros for Radon Mitigation for New Constructions

Veteran Technicians

Our team of highly skilled technicians brings decades of industry experience to ensure reliable service.

Fast Scheduling

We offer quick and convenient service appointments to fit your busy schedule.

Comprehensive Services

We provide all-in-one solutions for radon mitigation, testing, and more.

Guaranteed Results

We offer tangible guarantees on all services to ensure your peace of mind.

Transparent Pricing

Our transparent pricing ensures no hidden fees, giving you clear, upfront costs.

Optimized New Construction Resources

Explore our extensive library of resources to enhance your understanding of radon mitigation for new construction.

Learn More

Get a quote today!

"*" indicates required fields

Secure Safe and Healthy New Construction

Our expert team is ready to help you ensure your new construction meets the highest standards for safety and reliability. Contact us to get a personalized quote that covers all your radon mitigation needs.

Contact The Radon Bros for Radon Mitigation for New Constructions