Ecotrak Monitors Radon Gas in Soil

Radonova Labs detector provides quick, reliable information on the amount of radon in the soil be tested

Ecotrak® from Radonova Laboratories is a detector that makes it safer and easier to monitor radon gas in soil. It can be used ahead of new builds and property modernizations and provides quick, reliable information on the amount of radon in the soil being tested.monitor radon gas

Unlike other commonly used soil detectors, Ecotrak is covered by international comparative tests. The detector is supplied in a Tyvek bag, which protects against moisture, dirt, and other factors that could affect the result. It is not sensitive to moisture (large amounts of water do, however, affect the results) and can be used all year round (provided the soil is free of frost).

Ecotrak does not have to be returned for immediate analysis, rather it can be collected and stored at stockists for a short period. This enables more streamlined handling and means that detectors from several different monitoring periods can be sent for analysis at the same time. Monitoring usually takes place over one to seven days.

“Monitoring radon in soil is relatively simple. The challenge is to monitor it in such a way as to provide a reliable result. In part, this means that the product itself has to be high quality and able to withstand the stresses that are part and parcel of monitoring in soil. However, it also means using an accredited laboratory that takes part in international tests. This enables us to carry out fact-based comparisons with large amounts of reference data,” says Karl Nilsson, CEO of Radonova Laboratories.

“With the new Ecotrak offering we are making it simpler and safer than ever to monitor radon in soil. No matter what type of construction is involved, there’s value in understanding the radiation source in the ground, and propensity for elevated radon emanations. What’s more, in some cases the local building committee requires a study into radon levels before granting building permits. Should monitoring show that the site is what’s termed ‘high risk’, construction methods can be modified, including radon barriers and other preventative methods,” says Bill Rounds, President at Radonova.

Uranium and radium are the two elements that contribute to the levels of radon gas found in soil. Levels of radon gas can vary widely depending on the type of soil. As a general rule, the airier the soil composition, the higher the level of radon. Conversely, a more compact composition makes it more difficult for the radon to circulate in the soil.

The recommendation is to use at least three Ecotrak detectors for the first 100 m² of the site where the property or construction will stand, and then it’s best to have at least one extra detector per extra 50 m².