Radon in Taupo
Waikato Region, New Zealand
Geological Context
Location and surrounding area
Estimated radon potential
HighEstimate based on the bedrock under the city (Global Lithological Map): granite-type and acid volcanic rocks carry more uranium. It is not an official classification. Only a measurement gives the radon level of a building.
What the regulations require
Dwellings
New Zealand has not set a national reference level for radon. Health New Zealand points to the WHO recommendation of 100 to 300 Bq/m³ and states that most places in the country are far below it.
Workplaces
Workplaces with radon above the recommended level are advised to reduce exposure, for example by increasing ventilation.
Professional services in Taupo
High Radon Risk Zone - Measurement Recommended
This area has high radon potential. EPA and WHO recommend testing all buildings.
Calculate How Many Detectors You NeedRecommended Radon Detectors
Essential for high-risk areas
Radonova Radtrak³
Passive Detector
Airthings Wave Plus
Continuous Monitor
Pro-Lab Radon Test Kit
Passive Detector
What should you do?
Regardless of the official classification, the only way to know the radon level in a specific building is to measure it. A long-term test (at least 3 months) is recommended. You can either test yourself with passive detectors or hire a certified professional.
FAQ
What does the radon potential classification mean?▾
The radon potential indicates the likelihood that buildings in this area will have elevated radon levels, based on geological and measurement data from official authorities. It does not predict the level in any individual building.
Is measurement mandatory here?▾
It depends on the national regulations and the type of building. In priority action zones, measurement is often mandatory for workplaces and public buildings. For dwellings, measurement is generally recommended. Check the obligations section above for details specific to this country.
What should I do if the level is above the reference level?▾
If your long-term measurement exceeds the national reference level, mitigation measures such as sub-slab depressurization, sealing or improved ventilation can reduce radon levels significantly. Contact a qualified radon professional.