Radon and Buildings - Summary

Document -

Radon and Buildings - Summary

The levels of radon in the ground depend on factors such as the extent to which the elements uranium and radium are present in our rock types and therefore also our soil types. Radon gas comes from these elements and moves through the soil layer with the aid of air and groundwater. This means, for example, that there is a greater risk of radon in buildings constructed on sand and gravel.
go to media item
License:
Media Use
The content may be downloaded by journalists, bloggers, columnists, creators of public opinion, etc. It can be used and shared in different media channels to convey, narrate, and comment on your press releases, posts, or information, provided that the content is unmodified. The author or creator shall be attributed to the extent and in the manner required by good practice (this means, for example, that photographers should be attributed).
File format:
.pdf
Download

Topics

Categories

Contacts

Related media

Related content

  • Karl Nilsson, CEO of Radonova Laboratories, and Bjarke Jacobsen, CEO of RadonHuset.

    Radonova Signs Danish Partner Agreement with RadonHuset

    Radonova Laboratories has signed a partnership agreement with Denmark's leading radon measurement company, RadonHuset, which will enable Radonova to deliver radon detectors to RadonHuset's customers.

  • Weston Jacques, Executive Director of Evict Radon

    Expert Interview with Weston Jacques, Executive Director of Evict Radon

    In this Expert Interview we talk to Weston Jacques, Executive Director of Evict Radon – a new non-profit organization dedicated to radon awareness and testing across Canada via a University of Calgary research study. During our conversation, Weston discusses the evolution of the Evict Radon campaign and how it is expanding this year…

  • Karl Nilsson, CEO Radonova Laboratories

    Global study confirms the harmful effects of radon

    A study based on data from 66 countries and presented in Environmental Health Studies (EHP) confirms that there is a clear link between exposure to radon and the risk of lung cancer. Updated data from 2012 show that around 226,000 people died that year from radon-related lung cancer. That means that about three per cent of all those who die from some form of cancer do so because of radon.

  • Radonova Expands European Footprint - Thomas Chauvin Heads-Up New French Division

    Radonova Expands European Footprint - Thomas Chauvin Heads-Up New French Division

    Radonova Laboratories continues to expand and has appointed Thomas Chauvin. Thomas will be responsible for the company's sales, business development and partnerships in the French market. Thomas brings extensive industry experience to the new French operation, enabling Radonova to make inroads into the growing demand for radon measurement and analysis in France.

  • ATMOS, the world's most sensitive radon sniffer is now included in the Radonova portfolio.

    Gammadata Acquisition Provides Radonova with a Complete Program for Radon Measurement

    By acquiring the radon measurement instrument division of Gammadata Instruments, Radonova Laboratories has further strengthened its position as a world leader in home and workplace radon measurement. Through the acquisition, Radonova has added several advanced instruments and products to its portfolio, broadening its range of radon measurement technologies.

  • Tryggve Rönnqvist receiving the prestigious European Radon Association award

    Radonova's Tryggve Rönnqvist honoured by the ERA

    At this year’s European Radon Week, Radonova's radon specialist Tryggve Rönnqvist received the prestigious European Radon Association award. Tryggve was given the award for his many years of work and expertise in the field of radon awareness and research, as well as his involvement in the development of new innovative radon measurement solutions.
    With an overwhelming majority of the votes, Tryg

  • Head of Radonova's Polish division, Zuzanna Podgórska

    Head of Radonova’s Polish Division Qualifies for FameLab Final

    Zuzanna Podgórska, an experienced radon specialist who manages Radonova’s Polish division, has made the finals of Polish FameLab. FameLab is an international competition to find and support the world's most talented new science communicators. Cheltenham Festivals held the first FameLab in 2005. Its partnership with the British Council in 2007 took the competition global, and to date, more than 10,

  • Radon is everywhere, including workplaces.

    Guide to radon monitoring in the workplace

    To make efficient use of time and arrive at a correct measurement, the person monitoring a workplace should make the following demands of the laboratory where the radon detectors were bought. This applies whether you do the job yourself or use an external consultant. Measurements should be taken with radon detectors from an accredited radon laboratory.

  • Johan Olsson of Radonova Laboratories is a specialist in workplace monitoring. He describes his view of efforts to monitor radon in the workplace.

    “It’s time the new Radiation Protection Act for workplaces is taken seriously”

    Sweden’s new Radiation Protection Act came into force on 1 June 2018. Now the country’s employers have to be aware of the radon levels in our workplaces. Employers also have to take action that may reasonably be required to tackle radon levels over the hygienic limit value of 200 Bq/m³. Johan Olsson of Radonova Laboratories describes his view of efforts to monitor radon in the workplace.

  • Radonova’s new web application has a completely new and intuitive user interface and gives users secure access to reports, measurement jobs and other data, all updated in real time.

    Radon measurement season in full swing

    You can actually measure radon all year round, but if you want an annual average for radon levels in your home or workplace, you have to measure them over the course of at least two months during the winter when heating systems are on. In Sweden this is between 1 October and 30 April. In practice, this means you have to start measuring radon levels by the end of February.

  • The world’s most accurate radon detector for short-term measurement – Rapidos. The detector can measure radon with a relatively high degree of reliability, as the detector’s measurement volume is two to three times greater than that of other brands.

    Short-term measurement of radon: the right choice when selling a house

    Radon is an issue that frequently crops up in connection with the sale of a house. When time pressures are a factor and quick decisions are needed, up-to-date and reliable measurement of radon levels in the home is often overlooked. One solution in these cases may be short-term measurement.

  • Duotrak

    A Guide to Understanding Radon Dosimetry

    This is a brief introduction to radon dosimetry which describes what it is and when and how to use it. It has been put together with the help of Radonova's radon laboratory experts. Feel free to contact them if you have any questions or want more detailed information.
    What is the difference between conventional radon measurement and using a radon dosimeter?

    Normally, when measuring for r

  • Radonova Laboratories

    Five steps which guarantee a quality assured radon measurement

    Since the company’s inception, Radonova has prided itself on its industry leading quality procedures and processes in terms of radon measurement. Our measurement ethos and methodologies are globally recognised and importantly adjusted for the individual requirements of every country. To date, we have delivered radon measurements to over 50 countries. Due to our efficient processes and high degree

  • The ongoing pandemic has changed the way in which we measure for radon worldwide.

    How has Covid-19 affected radon measurements?

    The ongoing pandemic has changed the way in which we measure for radon worldwide. Here, the CEO of the world's largest radon laboratory Radonova, comments on the changes in the industry.
    More important than ever to protect your lungs

    In terms of public perceptions, Covid-19 has put public health issues at the forefront of everybody’s mind, and in regard to our radon laboratory interest i

  • Workplace measurement: How to avoid unnecessary remeasurements

    Workplace measurement: How to avoid unnecessary remeasurements

    We are at the beginning of the radon measurement season in most European countries, so we thought it would be helpful to provide some tips on how to reduce the risk of remeasurement. Bear in mind that the main cost involving radon measurement relates to the time it takes to place and collect radon detectors. Also take into account the cost of radon consultants in any remeasurement process. In the

Enter your email address to follow Radonova Laboratories

When you choose to create a user account and follow a newsroom your personal data will be used by us and the owner of the newsroom, for you to receive news and updates according to your subscription settings.

To learn more about this, please read our Privacy Policy, which applies to our use of your personal data, and our Privacy Policy for Contacts, which applies to the use of your personal data by the owner of the newsroom you follow.

Please note that our Terms of Use apply to all use of our services.

You can withdraw your consent at any time by unsubscribing or deleting your account.
Check your inbox

Email sent to __email__. Click the link there to follow Radonova Laboratories.

Okay