Not necessarily—but it’s a strong signal that your home could have elevated levels as well. Radon can vary from house to house, even between homes right next to each other in places like Glastonbury, West Hartford, or Avon. The only way to know for sure is to test your home. It’s simple, affordable, and gives you clear answers so you can make the right decision for your family.

Yes. When properly installed, radon mitigation systems are very effective—often reducing levels by up to 99%. The key is designing the system specifically for your home so it performs consistently over time.

Most systems are very quiet. The fan is usually installed outside or in an attic, so inside the home you typically won’t notice any sound. If you do, it’s usually minimal—similar to a low background hum.

It can, but that usually points to a system design issue—not just the fan itself. A properly designed system should create the right pressure under the home to pull radon out effectively. If levels aren’t dropping, we look at the full system—pipe placement, suction points, and airflow—to make sure everything is working together the way it should.

Technically, yes—but it’s not something I recommend. Radon systems rely on proper diagnostics, pressure readings, and design to work correctly. A system that’s installed incorrectly can give a false sense of safety. We’ve been called into homes across Connecticut where DIY systems didn’t solve the problem, and we had to redesign them from scratch.

No. A properly installed system does not damage your foundation. We create a small, controlled suction point beneath the slab that safely redirects soil gases outside. It’s a proven method that’s been used for decades without causing structural issues.

Yes. We can help you understand your test results and make sure everything was done properly. If there’s any question about accuracy, we can also perform a professional test to give you a clear, reliable reading.

This ties into DIY systems—while it’s possible, it’s not reliable without the right tools and experience. Radon mitigation isn’t just about installing a fan and pipe; it’s about understanding how air moves under your home. That’s where professional design makes the difference.

No. Air filters don’t remove radon gas. Radon comes from the soil beneath your home, so the solution is to stop it at the source. Mitigation systems do this by safely venting it outside before it enters your living space.

What we do know is this: reducing radon exposure reduces your risk. The EPA has clear data showing that lowering radon levels lowers the long-term risk of lung cancer. That’s why mitigation is recommended when levels are elevated.

It can lower levels temporarily, but it’s not a long-term solution—especially during Connecticut winters. Once windows are closed, levels typically return. A mitigation system provides consistent, year-round protection.

No. Radon is colorless, odorless, and invisible. That’s why testing is so important—you won’t know it’s there otherwise.

No. There’s no smell, no color, and no immediate symptoms. It’s something you can only detect through testing.

Actually, it often does the opposite. A properly installed radon system can make a home more attractive to buyers, especially here in Connecticut where radon awareness is growing. It shows the issue has been addressed responsibly.

In some cases, yes. While the primary goal is removing radon gas, the system can also reduce some moisture from beneath the slab. It’s not a replacement for waterproofing, but it can be a helpful side benefit.

Yes—because it removes uncertainty for buyers. A home in towns like Simsbury, Farmington, or Glastonbury with a radon system already in place is often seen as a safer, more prepared home.

No. Radon systems don’t add moisture to your home. If anything, they may slightly reduce moisture beneath the slab, but they won’t increase indoor humidity levels.

Yes. Radon is the second leading cause of lung cancer in the United States and the leading cause among non-smokers. It’s not something you feel right away, which is why it often goes unnoticed. The good news is that once you know your levels, it’s very manageable with the right system in place.

Look for experience, proper licensing, and a company that takes the time to explain the process clearly. You want someone who focuses on long-term performance—not just installing a system and walking away. In Connecticut, it’s important to work with someone who understands local construction styles and soil conditions.

You have two options: a DIY test kit or a professional test. DIY kits are available, but a professional test gives you more accurate and reliable results. In Connecticut homes, especially with basements, we recommend professional testing so you know exactly where you stand.

The most effective way is with a radon mitigation system. It creates negative pressure beneath your home and safely vents radon gas outside before it can enter your living space. It’s reliable, consistent, and designed to run 24/7.

A typical system involves creating a suction point in the basement or slab, connecting PVC piping, and installing a fan that pulls radon from beneath the home and vents it above the roofline. Every home is different, so the design is adjusted to fit the structure.

Radon isn’t something we make—it forms naturally in the soil from the breakdown of uranium. From there, it moves up through the ground and can enter homes through small openings in the foundation. It’s a natural process, which is why testing is so important.

Most systems are already very quiet, but if noise is noticeable, it can usually be improved. We look at fan placement, pipe routing, and mounting to reduce vibration or sound transfer. A properly installed system should blend into the background of your home.

It works by creating negative pressure beneath your home. The system pulls radon gas from the soil and redirects it through piping and out above the roof. This prevents it from entering your living space in the first place.

Radon testing measures the concentration of radon gas in your home over a set period of time. A device is placed in the lowest livable area—typically a basement—and collects data. After the test period, we review the results and walk you through what they mean and what steps, if any, are needed.

A radon test is typically done by placing a small device in the lowest livable area of your home, like a basement. It stays in place for a set period—usually 2 to 7 days—measuring radon levels in the air. We use professional-grade equipment to ensure accurate, dependable results.

Radon levels don’t go away on their own. They can fluctuate daily or seasonally, but if your home has elevated levels, they will continue unless a mitigation system is installed to control them.

Most systems can be installed in a single day. We take the time to design it properly, install it cleanly, and make sure everything is working before we leave. The goal is to solve the problem without disrupting your home.

Most radon fans last around 5 to 10 years. It depends on the fan model and how the system is running. The good news is they’re designed for continuous use, and when replacement is needed, it’s a straightforward process.

Radon systems are very energy efficient. Most cost about the same as running a small fan—often just a few dollars per month. They’re designed to run continuously without adding significant cost to your utility bill.

The cost can vary depending on the home, but most systems in Connecticut fall within a typical range. The exact price depends on factors like foundation type, layout, and how the system needs to be installed. We always walk you through it clearly so there are no surprises.

The cost varies depending on the home, but most systems fall within a typical range. Factors like foundation type, layout, and system design all play a role. We always provide clear pricing and explain exactly what’s included so you can make an informed decision.

Very safe. These systems are designed to safely vent radon gas outside your home, above the roofline, where it dissipates into the air. They’ve been used for decades and are a standard, proven solution.

Common signs include a system alarm, reduced performance, or unusual noise from the fan. If you’re unsure, we can test your system and confirm whether everything is operating the way it should.

The manometer is the small gauge on the pipe that shows the system is working. You’ll see two fluid levels—when they’re uneven, it means the fan is creating suction. If they’re even, it’s a sign the system may not be operating correctly and should be checked.

Sump systems are very common, and we work with them all the time. We use a sealed sump lid so the radon system can pull air from beneath the slab while keeping everything airtight and functioning properly.

Even slightly elevated levels are worth addressing. Radon exposure is about long-term risk, so reducing it sooner rather than later is the right move. We can walk you through your results and recommend the best next step based on your home.

Yes. We follow industry standards and best practices for radon testing and mitigation. Our focus is on doing the job right—designing systems that perform reliably and protect your home long-term.

Yes. Radon is a known health risk and the second leading cause of lung cancer in the U.S. Because it’s invisible and odorless, many homeowners don’t realize it’s present. Testing is the only way to know.

Radon mitigation is a manageable investment, especially when you look at the long-term health benefits. Most systems fall within a typical price range, and once installed, they run efficiently with minimal ongoing cost. It’s one of those upgrades that brings real peace of mind.

No, there’s no statewide requirement for homeowners to test or mitigate radon. That said, testing is strongly recommended—especially when buying or selling a home. It’s a simple step that gives you clear information about your indoor air and whether any action is needed.

Not every home has high radon levels, but any home can have it. Radon comes from the soil, and levels can vary widely—even between neighboring houses. That’s why testing is the only way to know where your home stands.

Yes—as long as the issue is addressed. Radon is very fixable. Many homeowners move forward with a purchase and install a mitigation system either before or after closing. What matters is having a clear plan to reduce the levels.

A typical system includes a suction point beneath the slab, PVC piping, a radon fan, and a discharge point above the roofline. You’ll also see a manometer to monitor performance. Each part works together to safely move radon out of the home.

The most effective solution is a radon mitigation system. It actively pulls radon from beneath your home and vents it outside. Sealing cracks can help slightly, but it’s not a standalone solution. The system is what provides consistent protection.

Radon levels can rise due to changes in weather, air pressure, or how your home “breathes.” Things like closing windows, running exhaust fans, or seasonal shifts can all affect levels. That’s why we focus on systems that work consistently year-round.

The next step is mitigation. We design a system specific to your home that safely reduces radon levels and keeps them low over time. It’s a straightforward process, and once installed, it runs continuously in the background.

It removes radon gas before it enters your living space. By creating suction beneath your home, the system captures the gas and vents it safely outside above the roofline.

Radon increases the risk of lung cancer over long-term exposure. Because it’s invisible and odorless, many people don’t realize it’s present. That’s why testing and mitigation are so important.

A radon inspection typically involves placing a testing device in your home to measure levels over a set period. After the test, we review the results with you and explain what they mean and whether any action is needed.

It’s very common for multiple homes in the same area to have radon—but the levels can still be different. Each home is built differently and interacts with the soil in its own way. That’s why each home needs its own test.

A Breath EZ Air Cleaner is designed to improve indoor air quality by reducing particles and contaminants in the air. While it can help overall air quality, it does not remove radon gas. Radon requires a dedicated mitigation system.

Routine service typically includes checking the fan, verifying system performance, and making sure everything is operating as expected. While systems are low maintenance, periodic checks help ensure long-term reliability.

A smoke test uses a visible vapor to show how air is moving. It helps us identify leaks or airflow patterns around a radon system so we can fine-tune performance if needed.

It’s commonly referred to as a vent cap. It helps protect the system opening from debris while allowing proper airflow.

Radon itself is a naturally occurring radioactive gas. You won’t see it or smell it, but it can be measured in your home through testing. That measurement tells us whether action is needed.

In real estate, radon comes up during inspections. Buyers often request testing, and if levels are elevated, a mitigation system may be installed as part of the transaction. It’s a standard part of many home sales today.

Residential systems are designed for homes and are typically simpler. Commercial systems can be larger and more complex due to building size and usage. The goal is the same—reduce radon safely and effectively.

Radon levels are measured in picocuries per liter (pCi/L). The EPA recommends action at 4.0 pCi/L or higher. However, even lower levels can carry risk, which is why many homeowners choose to reduce levels as much as possible.

Radon mitigation means reducing radon levels in your home to a safer range. It’s about controlling how radon enters and moves through your home so it doesn’t build up in your living space.

A manifold fan is used when multiple suction points are connected into one system. It helps maintain proper airflow and suction across the entire system to keep it working efficiently.

Its purpose is simple: remove radon gas from your home before it becomes a health risk. It’s a long-term, reliable solution that runs continuously to protect your indoor air.

The EPA recommends taking action at 4.0 pCi/L or higher. That said, there’s no completely “safe” level of radon, which is why many homeowners choose to reduce levels even below that threshold. The goal is to keep exposure as low as reasonably possible.

About 1 in 15 homes in the U.S. have elevated radon levels. In Connecticut, that number can be higher depending on the area and soil conditions. It’s common enough that testing should be considered a standard part of homeownership.

Ideally, radon levels should be as low as possible. The EPA action level is 4.0 pCi/L, but many mitigation systems can reduce levels well below that. We always aim for the lowest practical level for long-term safety.

The best system is the one designed specifically for your home. Most homes use an active soil depressurization system, which is very effective. The details—like pipe placement and fan size—are customized to ensure consistent performance.

Mitigation should be done anytime elevated levels are found. This often comes up during a real estate transaction, but many homeowners also choose to test and address radon proactively for peace of mind.

Radon comes from the natural breakdown of uranium in soil and rock beneath your home. It moves upward through the ground and can enter through small openings in the foundation.

Radon can be found anywhere, but it’s most concentrated in enclosed spaces like basements and lower levels of homes. Because it comes from the soil, it tends to enter at the lowest points of the structure.

The system is typically installed in the basement or lowest level of the home, with piping routed either inside or along the exterior. The goal is to place it where it can most effectively pull radon from beneath the foundation.

The best system is one that’s properly designed for your home’s structure and soil conditions. There’s no one-size-fits-all solution—performance depends on thoughtful design and proper installation.

Radon mitigation systems should be installed by trained professionals who understand system design, airflow, and building structure. Proper installation is what ensures the system works effectively over time.

Homes have radon because they sit directly on soil that naturally produces it. As air moves through your home, it can draw radon in through small gaps in the foundation. It’s a natural occurrence—not a construction defect.

Radon breaks down into tiny radioactive particles that can get trapped in your lungs when you breathe. Over time, those particles can damage lung tissue and increase the risk of lung cancer. It’s a long-term exposure issue, which is why testing and reducing levels early is so important.

Radon is a problem because long-term exposure increases the risk of lung cancer. Since you can’t see or smell it, testing is the only way to know if it’s present at elevated levels.

It’s about reducing long-term health risk. A mitigation system provides consistent control of radon levels, helping protect the air your family breathes every day.