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Are radon mitigation systems required in Colorado?

6/1/2024

 
Are radon mitigation systems required in Colorado?
​​Are radon mitigation systems required in Colorado? This question looms large for homeowners and renters alike in the state known for its breathtaking landscapes and outdoor lifestyle. Radon, a silent and invisible threat, seeps into homes, posing grave health risks. Understanding the regulatory landscape surrounding radon in Colorado is essential for ensuring the safety and well-being of residents.

SB23-206: Radon Disclosure Requirements

In 2023, the Colorado State Legislature passed SB23-206, a significant step towards enhancing radon awareness among new home buyers and renters. This law mandates landlords and home sellers to provide written disclosures regarding the risks of radon to prospective occupants. However, it's essential to note that SB23-206 does not impose requirements for radon testing or mitigation.

HB21-1195: Regulation of Radon Professionals

Effective immediately, both SB23-206 and the previously enacted HB21-1195 are in force across Colorado. HB21-1195, signed into law by Governor Polis in 2021, signifies Colorado's commitment to consumer protection in radon mitigation. Administered by the Department of Regulatory Agencies (DORA), this law aims to regulate radon professionals, ensuring the installation of effective mitigation systems.

Requirements for Radon Contractors

Requirements for Radon Contractors
​Under HB21-1195, contractors engaged in radon mitigation and testing are required to undergo specific procedures:

Completion of an NRPP-accredited course: Contractors must undertake and pass a course accredited by the National Radon Proficiency Program (NRPP).
​
  • Acquisition of national credentials: Passing an examination and obtaining national credentials are essential steps for radon professionals.

  • Registration with DORA: Contractors must register their credentials with the Department of Regulatory Agencies.
    ​
  • Adherence to industry standards: Compliance with industry codes, including licensing and bonding requirements, is mandatory

Consequences of Non-Compliance

Failure to comply with these regulations can result in severe consequences, including fines and misdemeanor charges. The law left no grace period for compliance, with licensing requirements becoming effective from July 1st, 2022.

The Importance of Regulation

​The implementation of these laws underscores the seriousness of radon exposure in Colorado. Radon, classified as a Class A carcinogen, poses grave health risks, with an estimated two Coloradans succumbing to radon-related illnesses daily. Recognizing the need for stringent regulations, Colorado's radon professionals have advocated for measures to ensure the effectiveness of mitigation systems and the safety of homeowners.

Key Take Aways

In conclusion, Colorado's radon laws are pivotal in safeguarding residents against the dangers of radon exposure. While these laws do not mandate radon testing or mitigation, they serve as vital tools for raising awareness and empowering consumers to make informed decisions regarding their health and safety. By adhering to regulatory standards and engaging licensed professionals, homeowners can mitigate the risks associated with radon and ensure a healthy living environment for themselves and their families. If you question about radon and installation of radon mitigation system, please call us FORT COLLINS RADON MITIGATION - ​970-299-9763

Consumer’s Guide to Radon Reduction in Fort Collins, CO

11/17/2023

 
Consumer's Guide to Radon Reduction
Radon is a silent and invisible threat that can seep into homes, posing serious health risks. In Fort Collins, where radon levels are particularly high due to the area's geology, it's crucial to be aware of this issue. The city falls within EPA Zone 1, which indicates a high potential for elevated radon levels. About half of all homes tested in Fort Collins have radon levels exceeding the EPA action level of 4 pCi/L.

Understanding why radon is dangerous, how it enters your homes, and the risks it poses is important. Testing for radon and implementing effective reduction methods are key to ensuring safety.

Taking proactive steps can help protect home and health from the dangers of radon.

​Let’s first understand what radon is and why it’s dangerous

What Is Radon Gas?

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Radon is a naturally occurring radioactive gas that originates from the decay of uranium in the soil and rocks beneath our homes. It has no color, odor, or taste, making it invisible to our senses. Radon is a noble gas, which means it doesn't readily react with other substances, allowing it to infiltrate our living spaces silently.
​

Radon is found all over the world, and its concentration can vary significantly depending on geographic location. It can be present in both indoor and outdoor air. However, the indoor levels concern us the most, as prolonged exposure to high concentrations of radon can have severe health consequences.

Why Is Radon Dangerous?

Radon is hazardous primarily due to its radioactive nature. When radon gas is inhaled, it undergoes radioactive decay in our lungs. It releases tiny radioactive particles known as radon daughters or radon progeny during this process. These particles can damage the cells lining our lungs, increasing the risk of lung cancer.

​According to EPA estimates, radon is the number one cause of lung cancer among non-smokers and the second leading cause of lung cancer overall. It is responsible for about 21,000 lung cancer deaths each year

Therefore, understanding how radon enters your home and taking steps to reduce its levels is of utmost importance.

How Does Radon Get into Your Home?

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Resources: https://extension.unr.edu/publication.aspx?PubID=2645
Radon can find its way into your home through various pathways. Understanding these entry points is crucial for effective radon mitigation. Here are some common ways radon infiltrates homes:

Soil and Foundation Cracks

One of the most common entry points for radon is through cracks and openings in your home's foundation. Radon can easily seep through the soil and enter your living space through these gaps.

Well Water

Radon can also enter through the water supply if your home relies on well water. When radon-contaminated water is used for activities like showering, cooking, or doing laundry, it releases radon gas into the air.

Building Materials

​Certain building materials, like concrete blocks or stone, can contain natural uranium, which can release radon gas over time. This can contribute to elevated indoor radon levels.

Crawlspaces

​Homes with crawl spaces are particularly susceptible to radon infiltration. Radon can accumulate in these confined spaces and then enter the living areas through openings and cracks in the floor.

Sump Pumps

Homes with sump pumps can inadvertently draw radon gas indoors without proper precautions. The suction created by the sump pump can pull radon from the ground into the home.

​Now that we've explored how radon can enter your home, let's discuss the risks associated with living in a radon-contaminated environment.

The Risk of Living with Radon

Risk of radon cancer
Living in a home with elevated radon levels poses significant health risks, particularly to your respiratory system. 
​

Here are some of the dangers associated with radon exposure:

  • Increased Lung Cancer Risk: As mentioned earlier, radon exposure is a leading cause of lung cancer. Prolonged exposure to high levels of radon significantly increases your risk of developing this deadly disease.
 
  • Greater Risk for Smokers: If you smoke and are exposed to radon, your risk of developing lung cancer is even higher. The combination of smoking and radon exposure is particularly lethal.
 
  • Symptoms May Not Be Immediate: Unlike many other health hazards, radon exposure doesn't cause immediate symptoms. This makes it even more insidious, as you may be unaware of the danger until it's too late.
 
  • Elevated Risk for Children: Children are more susceptible to the harmful effects of radon due to their rapidly developing respiratory systems. Long-term exposure during childhood can have severe consequences.

Now that you understand radon's dangers let's move on to a critical step in protecting your home and health: how to test for radon.

How to Test Your Home

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Testing your home for radon is a crucial first step in identifying and addressing any radon-related issues. Before implementing any radon reduction methods, it's essential to test your home for radon levels. Testing helps determine the concentration of radon gas and identifies whether remediation is necessary. Testing for radon is the only way to determine if your home has elevated radon levels. It's a proactive measure that can ultimately save lives by identifying and mitigating radon exposure.

​There are several important aspects to consider when testing for radon:

Types of Radon Tests

  1. Short-Term Tests​ - Short-term tests typically last from 2 to 7 days and provide a snapshot of radon levels in your home. They are a quick way to assess radon concentrations but may not reflect long-term exposure accurately.
    ​
  2. Long-Term Tests - Long-term tests, on the other hand, provide a more comprehensive view of radon levels. They are conducted for a minimum of 90 days and offer a better understanding of seasonal variations in radon concentration.

Interpreting Test Results

​Once you've conducted radon testing, you'll receive results in the form of a measurement in picocuries per liter (pCi/L). The Environmental Protection Agency (EPA) has set an action level of 4 pCi/L. If your test results exceed this level, reducing radon levels in your home is essential.

How to Lower the Radon Level in Your Home

Now that you've tested your home and found elevated radon levels, it's crucial to take action to reduce them. Radon reduction can be complex, but it's essential for safeguarding your health. Here are the steps involved:

Effective Radon Reduction Methods

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 Effective radon reduction methods can significantly decrease the levels of this hazardous gas in your home. Several radon reduction methods are available, including:​
  1. Sub-Slab Depressurization is one of the most effective radon reduction methods. This technique involves installing a suction system beneath the floor slab to prevent radon from entering the home. The system includes a PVC pipe, a fan, and a vent pipe that exhausts radon gas outside. By reducing the pressure beneath the slab, the system prevents radon from being drawn into the home.
    ​
  2. Active Soil Depressurization Active soil depressurization (ASD) is similar to sub-slab depressurization but can also be used for homes with crawl spaces or other types of foundations. ASD systems use a fan to create negative pressure in the soil beneath the home, drawing radon away from the foundation and venting it outside.

  3. Sealing Cracks and Openings: Another approach is to seal any cracks or openings in your home's foundation to prevent radon infiltration. This method is often used in conjunction with soil depressurization. Sealing cracks and openings in the foundation, walls, and floors is a supplementary radon reduction method. While sealing alone may not be sufficient to lower radon levels significantly, it can enhance the effectiveness of other radon reduction techniques.

  4. Ventilation Systems: Increasing ventilation in your home can help dilute radon levels. While ventilation systems alone may not be sufficient for significant radon reduction, they can be used in conjunction with other methods.

Hiring a Professional or Radon Contractor

While some radon reduction measures can be DIY projects, hiring a professional radon mitigation service is often best. Here's why:

Benefits of Professional Radon Mitigation Services

  • Expertise: Radon professionals have the knowledge and experience to assess your home's needs and apply the most effective mitigation techniques.​
  • Proper Equipment: They have access to specialized equipment required for radon reduction, ensuring a thorough job.​
  • Compliance: Professionals are well-versed in local regulations and EPA guidelines, ensuring your mitigation project meets all necessary standards.

How to Choose a Qualified Radon Mitigation Contractor

​When selecting a radon mitigation contractor, consider the following:
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  • Certification: Ensure the contractor is certified by the National Radon Proficiency Program (NRPP) or the National Radon Safety Board (NRSB).
​
  • References: Ask for references and check reviews from previous clients.
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  • Quotes: Get multiple quotes and compare them to ensure you're getting a fair price for the services offered.

EPA Guidelines

​The Environmental Protection Agency (EPA) provides comprehensive guidelines for radon reduction. These guidelines outline the recommended techniques and standards to ensure effective mitigation. Following these guidelines is essential to protect your home and healthfully.

Summary of EPA Radon Reduction Guidelines

​
  • Conduct radon testing to determine the initial radon levels.
  • If levels exceed 4 pCi/L, implement radon reduction measures.
  • Choose a qualified radon mitigation contractor.
  • Monitor radon levels after mitigation to ensure effectiveness.

Conclusion

Radon gas is a silent but deadly threat that can infiltrate your home and jeopardize your health. Understanding how radon enters your home, the risks associated with exposure, and the importance of testing and mitigation is essential for safeguarding your family.
​

By following EPA guidelines and enlisting the help of a qualified radon mitigation contractor, you can significantly reduce radon levels in your home, mitigating the associated health risks. Don't wait until it's too late—take action now to protect your home and health from the dangers of radon.

Does Radon Cause Lung Cancer? Find Out How to Protect Yourself

7/19/2023

 
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Radon gas, a radioactive and odorless substance naturally released from rocks, soil, and water, poses a significant threat to our health. It has been linked to lung cancer, with high radon exposure increasing the risk of developing this deadly disease. 
​

This article will explore whether radon gas causes lung cancer and discuss effective ways to protect yourself from its harmful effects. 

By understanding the dangers of radon and taking necessary precautions, you can ensure the well-being of yourself and your loved ones.

Is Radon Gas the Primary Cause of Lung Cancer?

Radon gas is undoubtedly a major contributor to the occurrence of lung cancer. Radon has been linked to an alarming 21,000 lung cancer deaths annually, claims the Environmental Protection Agency (EPA).

​It is deemed the second leading cause of lung cancer after smoking.

​When individuals breathe in radon gas, radioactive particles become trapped in their lungs, gradually increasing the risk of developing lung cancer. Although it may take years for symptoms to appear, long-term radon exposure can have devastating consequences.

How Does Radon Cause Lung Cancer?

Radon gas emits radioactive particles that, when inhaled, can damage lung tissue and DNA. Over time, this damage can lead to the development of lung cancerous cells.

​The combination of radon gas and smoking multiplies the risk of lung cancer significantly.

​Smokers exposed to the same quantities of radon as non-smokers have a startling ten times higher risk of acquiring
lung cancer from radon. It is critical to remember that exposure to high radon levels might put even non-smokers at risk.

What Cancer Is Mostly Affected by Radon?

Radon gas primarily affects lung cancer, making it the most prominent type of cancer linked to radon exposure.

​The inhalation of radioactive particles released by radon can specifically impact the delicate lung tissue, leading to the formation of cancerous cells.

Recognizing the strong correlation between radon gas and lung cancer underscores the importance of taking preventive measures.

Testing for Radon Levels

Accurate testing for radon levels in your home is vital to assess potential risks and determine the necessary actions to reduce exposure.

Testing should be conducted in the following scenarios:
  1. If your home has never been tested or if radon levels are unknown.
  2. When preparing to buy or sell a home.
  3. Before and after renovations, especially after repairing radon-related issues.
  4. Before making significant lifestyle changes that involve spending more time in basements or lower levels.​

You can hire an expert to test for radon or do it yourself by obtaining a radon test kit at a hardware store. Contact your state's radon office for tools and information particular to your area.

Read more about :
Importance of Radon Testing in Fort Collins​

Radon Reduction and Mitigation

Suppose your radon levels were four picocuries per liter (pCi/L) or higher. The EPA advises setting up a radon reduction system to reduce exposure, commonly called a radon mitigation system.

For the installation procedure, getting in touch with a certified expert is advised.

​Radon mitigation systems can effectively lower radon levels in your home, providing a safer living environment.

Related Article: The benefits of using a passive radon system versus an active system

Additional Steps to Protect Yourself

In addition to reducing radon levels, you can take the following actions to protect your health:
  1. Increase airflow in your home by utilizing fans and vents and regularly opening windows. However, note that natural ventilation is a temporary solution and insufficient to address radon concerns.

  2. Seal any cracks in floors and walls using appropriate materials like plaster or caulk designed for this purpose.
    ​
  3. Consult your state radon office for a list of qualified contractors who can assist in fixing radon problems. Always perform a follow-up test after mitigation to ensure effectiveness.

Final Thoughts

Radon gas poses a significant risk to our health, with lung cancer being the primary associated consequence. Radon can still be dangerous even though it ranks second to smoking as the primary cause of lung cancer in the non-smoking population.

​Testing your home for radon levels, employing mitigation systems when necessary, and taking additional steps to reduce exposure are essential for safeguarding yourself and your loved ones. 
​

By staying vigilant and informed, you can effectively protect against the potential dangers of radon gas and mitigate the risk of developing lung cancer.

Frequently Asked Questions (FAQs)

1. What is radon, and how does it impact our health? 

Radon is a natural radioactive gas from rocks, soil, and water. When inhaled, it can damage lung tissue and increase the risk of lung cancer development over time. Radon levels can vary in different regions, and testing your home for radon is crucial to assess potential risks.

2. Is radon the leading cause of lung cancer?

Radon is the second primary cause of lung cancer. Radon exposure dramatically increases the risk of developing lung cancer when paired with smoking.

​It is important to address radon levels in homes, especially for smokers or individuals who have quit smoking.


3. How can I test my home for radon?

A radon test can be performed by a professional, or you can purchase a radon test kit from a hardware shop and perform the test yourself.

​The process involves placing the kit in the lowest occupied level of your home for the recommended duration, usually a few days to a week. Once completed, you can send the kit to a laboratory for analysis.


4. What do radon levels in my home indicate?

The amount of radon in the air is expressed as the number of picocuries per liter (pCi/L). The EPA recommends action if your radon levels are measured at or above four pCi/L.

Lower levels still pose some risk, but mitigation measures become even more critical as the radon concentration increases. Regular testing and monitoring can help ensure your home remains within safe levels.


5. How can I reduce radon exposure in my home?

If the radon levels in your house are too high, a professional can install a radon reduction system, also called a radon mitigation system.

​These devices are designed to remove radon gas from the soil beneath your house. Taking preventative actions like improving ventilation, closing cracks in floors and walls, and enhancing airflow can also help lower radon levels in a home.

Passive vs. Active Radon Systems: Exploring the Pros and Cons to Help You Pick the Right Solution

4/20/2023

 
Passive vs. Active Radon Systems
Radon is a radioactive gas that is colorless, odorless, and tasteless. It is formed naturally from the decay of uranium in rocks and soil. Radon can enter houses and structures through foundation, wall, and floor fissures. High radon levels can cause lung cancer, particularly in smokers.

​This article will compare passive and active radon mitigation systems to help homeowners choose the right solution to reduce radon levels in their homes.


Passive radon mitigation systems use natural airflow to reduce radon levels in a home. On the contrary, active radon mitigation systems actively use fans and other equipment to reduce radon levels.
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Read on to learn more.

Passive Radon Mitigation Systems

Passive radon mitigation systems rely on natural air movement to reduce radon levels in the home without the use of active elements like fans. These systems are often integrated into new construction projects by default or can be added as a retrofit to existing homes. By utilizing the natural flow of air and building design, passive systems help to lower radon concentrations effectively.​

​They work by creating a pressure difference between the soil beneath the home and the interior of the home, which causes radon gas to move away from the house.

Passive radon mitigation systems typically contain a vent pipe from the home's foundation to the roof. This vent pipe allows radon gas to escape beneath the home and vent into the atmosphere. A fan is not used in this system; it relies on natural air movement to carry the radon gas away from home.

Pros

  • Less Maintenance: Passive systems require less maintenance than active systems. They have no moving parts. So, there is little chance of system failure. Furthermore, because they rely on natural air circulation, there is no need to continually monitor or alter the system.
  • Cost-Effectiveness: One of the primary benefits of passive radon mitigation systems is that they are less expensive than active systems. They do not require a fan, which can cut installation expenses dramatically.

Cons

  • Reduced Effectiveness: Compared to active systems, passive radon mitigation devices are typically less effective at lowering radon levels. They rely on natural air circulation, which varies according on weather and other reasons. 
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  • ​Dependent on Air Pressure: Passive systems are also dependent on air pressure differences between the soil beneath the home and the interior of the home. If these pressure differences are insufficient, the system may not effectively reduce radon levels.

Active Radon Mitigation Systems

Active radon mitigation systems are more effective than passive systems, and they work by actively removing radon from home.

​They typically consist of a fan and ventilation pipe system that creates negative air pressure in the soil surrounding the home, which helps to draw radon gas out from beneath the home's foundation and vent it safely to the outside.

Pros

​
  • Reliable and More Effective: Active radon mitigation systems are more effective than passive systems in reducing radon levels in the home. They can reduce radon levels by up to 99%.
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  • ​Can Be Customized to Specific Needs: Active systems can be tailored to a home's requirements. For example, a larger fan can increase the system's effectiveness if a home has a particularly high radon level.

Cons

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  • Higher Cost: Active radon mitigation systems are generally more expensive than passive systems due to the additional equipment needed.
    ​

  • Requires Maintenance: Active systems require ongoing maintenance, such as fan replacement or cleaning of the ventilation pipes, to ensure they continue to function effectively.

Making the Right Choice

Choosing the right radon mitigation system for your home involves considering several factors.
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  • Home's Specific Needs: The radon level in your home, the size and layout of your home, and the location of the radon source are all factors that can affect the choice of a radon mitigation system.

  • Budget: Passive radon mitigation systems are generally less expensive than active systems but may not be effective enough for some homes.
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  • Location: The location of your home can also affect the choice of a radon mitigation system. For example, homes in areas with high radon levels in the soil may require a more powerful active system.

Importance of Professional Installation

Regardless of the type of radon mitigation system you choose, it is essential to have it installed by a qualified professional.

​This will ensure that the system is installed correctly and will function effectively to reduce radon levels in your home.

Conclusion

Radon is a serious health hazard, but there are ways to reduce its levels in the home. Passive and active radon mitigation systems have advantages and disadvantages.

Still, by considering your home's specific needs and budget, you can choose the right system to protect your family's health. Always have your system installed by a qualified professional to ensure it works effectively.

​Reducing radon levels in your home is essential in ensuring your family's safety and well-being.

Radon Mitigation Cost: A Guide to Budgeting for Safe and Healthy Indoor Air

4/20/2023

 
RADON MITIGATION COST
A silent killer, radon gas may penetrate our houses and contaminate the air we breathe. The breakdown of uranium in the soil produces radon, a radioactive gas that is tasteless, odorless, and colorless.

​Over 21,000 deaths occur in the US each year due to it, which is the second most common cause of lung cancer after smoking.
​

Via gaps in the foundation, walls, or flooring of your home, radon can seep inside and eventually build up to lethal levels.

​Therefore, it is essential to act to safeguard your house and family from this dangerous gas. Installing a radon mitigation system in your house is the most effective approach to accomplishing this.


This post will go through radon mitigation costs and budgeting for them. We'll also examine the advantages of installing a radon mitigation system in your house.

What is Radon Mitigation?

Reducing the amount of radon gas in the air is known as radon mitigation. Sub-slab depressurization is the method of radon mitigation that is used the most often. This entails setting up a network of pipes and fans beneath the home's foundation to extract radon gas from the ground and exhaust it outside.
​

Moreover, radon mitigation devices can be put in various components of the house, including basement walls, sump pumps, and crawl spaces. The price of radon mitigation varies according to the size, complexity, and location of the system in your home.

Related Article: 
Passive radon system versus an active system​

What Does Radon Mitigation Cost?

A few hundred dollars to several thousand dollars can be spent on radon mitigation. A radon mitigation system typically costs between $500 and $4,000, with an average cost of roughly $1,200.
The size of your property, the foundation type, the quantity of radon, and the complexity of the system are some of the variables that affect the price of radon mitigation. Houses with higher radon levels or more complicated foundations would need a more pricey solution.
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Obtaining a precise quotation from a licensed radon mitigation professional is crucial. A qualified expert will inspect your house and give you a personalized quotation based on your unique requirements.

How to Budget for Radon Mitigation?

 The cost of radon mitigation is required to protect your family's safety and health. It is, however, a cost that may also be planned for and budgeted for.
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Obtaining an estimate from a qualified radon specialist is the first step in creating a budget for radon reduction. You can begin to plan and save for the cost once you have an estimate.

There are many strategies to reduce the cost of radon mitigation. Programs for financial support are available in some states for families with low incomes or those living in high-risk locations. Low Read about Income Radon Mitigation Assistance (LIRMA)​. CDPHE offers financial assistance of up to $1,500 for radon mitigation services to individuals with low income. 

To get the greatest deal, you can also shop around and compare quotes from a lot of licensed experts.
​By performing the radon mitigation yourself, you can also save money. This is not advised, though, as setting up a radon mitigation system calls for specialist knowledge and experience. Hiring a licensed specialist is necessary to guarantee that the system is implemented appropriately and successfully lowers the radon gas content in the air.

​Call 
Fort Collins Radon Mitigation​  970-299-9763

Benefits of Radon Mitigation

Benefits of Radon Mitigation
The main advantage of radon mitigation is the decrease in radon gas levels in the air, which can enhance indoor air quality and lower lung cancer risk in your home. Radon mitigation can provide you and your family peace of mind and raise the value of your house when you decide to sell it.
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In addition to having positive effects on health, radon reduction can also lower energy expenses. The system can limit the intrusion of outside air and radon gas, which can both lessen the stress on your HVAC system and lower your energy costs.

A further advantage of radon mitigation is that it can aid in shielding your property against moisture and mold issues. The system can aid in lowering the air's moisture content, which can aid in limiting the development of mold and mildew

Conclusion

It is important to consider radon gas seriously as a health risk. A radon mitigation system must be installed if you live in a region with high levels of radon or if you are worried about the air quality in your house.

The size and complexity of the system, the location of your property, and the quantity of radon are a few variables that affect the price of radon mitigation. It's crucial to budget for the cost and obtain a precise estimate from a trained radon mitigation professional. 
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Reduced radon levels in the air, better air quality, fewer energy costs, and the avoidance of moisture and mold issues are just a few advantages of radon mitigation. A radon mitigation system is an investment in both the value of your house and the safety and health of your family.
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