Here to Protect Your Family One Test at a Time

Protect What Matters with Effective Radon Solutions

A radon mitigation system works by safely pulling radon gas from the soil before it can enter your home. When a fan is installed, it draws the gas from beneath your foundation through a sealed pipe. This suction creates a vacuum that redirects the harmful gas and vents it above the roof.

TRadon gas has been identified by the Environmental Protection Agency (EPA) as the second leading cause of lung cancer, following cigarette smoking. For non-smokers, it stands as the primary risk factor, contributing to an alarming 80-90% of lung cancer-related deaths. To address this serious health concern, the EPA strongly recommends testing homes for radon levels to help mitigate the risks associated with exposure.

How Does Our Process Work?

Radon Process Steps

Standard sequence followed during an analysis

1

Initial Test

The first step is a baseline screening to determine if a problem exists.

The Goal: To capture a "snapshot" of the radon concentration in the home’s lowest livable area.

2

Data Collection

The results must be analyzed once the digital monitor finishes its cycle.

The Goal: To decide if the home requires a follow-up test or immediate professional intervention.

3

Mitigation

If the results confirm there is radon present with 4.0 pCi/L or higher, a mitigation system will need to be installed to divert the gas.

The Goal: To create a permanent pathway for radon to exit the house without entering the living space.

4

Follow-up Test

We never assume the system is working perfectly just because it’s turned on.

The Goal: To verify that the mitigation system was designed and installed correctly for your specific foundation.

5

Findings Report

This final reading confirms that your family is no longer at risk.

The Goal: To see a significant drop in radon levels, below 4.0 pCi/L.

Conducting the Radon Test

The first crucial step is setting up diagnostic tests to measure the concentration of radon gas within a structure. The technician must follow strict EPA/state protocols, which usually involve placing a minimum of two approved testing devices (e.g., charcoal canisters, electret ion chambers, or continuous radon monitors) in the lowest lived-in area of the home (often the basement).

The tech ensures closed-house conditions are maintained for at least 12 hours before and during the 48-hour minimum test period. This means keeping all windows and external doors closed, except for normal entry and exit, to simulate long-term, worst-case living conditions.

Result Analysis and Consultation

Once the test period is complete, the technician retrieves the devices. For non-continuous monitors, they are sent to a lab for analysis. For continuous monitors, the data is downloaded on-site. The tech compares the results to the EPA Action Level. If the result is below the action level, the client is informed and advised on future retesting.

If the result is at or above the EPA Safety Standards, the technician clearly explains the health risks associated with radon exposure and provides a consultation on the necessary mitigation options to reduce the level.

Performing Radon Mitigation

If the levels require action, the technician designs and installs a mitigation system. This involves creating a suction point (a hole) in the basement floor, connecting a PVC pipe system, and routing it to a permanently mounted fan, usually located in an attic or outside the home.

The fan continuously draws radon-rich air from beneath the house's foundation and vents it safely above the roofline, preventing it from entering the living space. The technician ensures the system is properly sealed, the exhaust point is far from any windows, and a system monitor (like a manometer) is installed to confirm the fan is operating correctly.

Here is an Example of a Failed Radon Test Report

Why Choose Our Radon Mitigation Team?

When it comes to protecting your home and family from dangerous radon gas, you need proven expertise and complete peace of mind. We don't just meet industry standards—we exceed them, providing guaranteed results with systems engineered for maximum efficiency and minimal disruption.

Our certified specialists prioritize clear communication and transparent pricing from your initial consultation to final installation, ensuring you understand every step of the process. Choose us for a seamless experience, superior technology, and a healthier home environment you can trust.

The Map of Radon Zones was developed in 1993 to identify areas of the U.S. with the potential for elevated indoor radon levels. The map is intended to help governments and other organizations target risk reduction activities and resources. The Map of Radon Zones should not be used to determine if individual homes need to be tested. No matter where you live, test your home for radon—it’s easy and inexpensive

Fix your home if your radon level is 4 picocuries per liter (pCi/L) (150 becquerels per meter cubed (Bq/m3)) or higher. Consider fixing if your level is between 2 and 4 pCi/L (75 - 150 Bq/m3). The Map of Radon Zones was developed using data on indoor radon measurements, geology, aerial radioactivity, soil parameters, and foundation types. The EPA recommends that this map be supplemented with any available local data to further understand and predict the radon potential for a specific area. All homes should be tested, regardless of zone designation.

IMPORTANT: Consult the publication entitled "Preliminary Geologic Radon Potential Assessment of Ohio" (USGS Open-file Report 93-292-E) before using this map. See https://doi.org/10.3133/ofr93292E. This document contains information on radon potential variations within counties. The EPA also recommends that this map be supplemented with any available local data in order to further understand and predict the radon potential of a special.

Click here to view the EPA's Radon Zone Map

OHIO - EPA Map of Radon Zones

Model XP_ Professional Continuous Radon Monitor (AMZN).jpg

How the Active Soil Depressurization (ASD) System Works

The fundamental goal of an ASD system is to reverse the air pressure difference that naturally draws radon into a home. Radon naturally seeps out of the soil due to a slight negative pressure inside the house relative to the soil below. The ASD system works by actively pulling air from the soil, causing the air pressure directly beneath the foundation to become lower than the air pressure inside the house. This negative pressure causes the soil gas (including radon) to flow into the depressurization system instead of being sucked up into the home through cracks and openings.

Core Components

An ASD system is typically made up of three main components:

1. Suction Point (or Collection Point)

What it is: A hole is drilled through the concrete floor (the slab) into the gravel or soil beneath the foundation. A small suction pit is often excavated under the slab to maximize the influence of the fan.
Purpose: This acts as the main entry point for drawing air and radon gas from the soil. In homes with a sump pump, the sump pit itself may be sealed and used as the suction point.

2. PVC Piping

What it is: Schedule 40 PVC piping (usually 3 or 4 inches in diameter) is sealed into the suction hole and runs vertically.
Purpose: This pipe transports the soil gas from beneath the slab to the fan, and then from the fan to the exhaust point outside.

3. In-Line Radon Fan

What it is: A specialized fan, designed to run continuously and quietly, is installed in-line on the piping. It is typically placed outside the conditioned living space, such as in the attic, garage, or mounted on the exterior of the house.
Purpose: The fan creates a continuous vacuum beneath the slab, drawing the radon gas up through the pipe.

4. System Monitor (Manometer)

What it is: A simple U-tube manometer or an electronic gauge is installed on the pipe in a visible location (like the basement or garage).
Purpose: It visually confirms that the fan is running and that the negative pressure (suction) is being maintained beneath the foundation, ensuring the system is operational.

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Want a Radon Prep Checklist?

Click the button below for your trusted guide to a reliable Radon Test. This checklist includes what to do before and during your radon test. When these are completed before your Certified Radon Technician arrives, it allows for a smooth test to make sure we have an accurate reading. Without an accurate reading, Radon can have serious consequences if not handled properly.

Radon Prep Checklist