When experts and decision-makers from around the world gathered in Quebec City for the 14th annual radon conference hosted by the Canadian Association of Radon Scientists and Technologists (CARST), Radonova Laboratories and radon specialist Vanda Jakabová were there to share new findings on radon mitigation.
Radonova has long been an active contributor to global efforts to spread knowledge about radon and its impact on human health. A recent example is the company’s expert, José-Luis Gutiérrez Villanueva, who will be speaking at a training session in Madrid on April 3. His lecture will focus on radon, its health risks, and the legislation governing the field.
Radonova Laboratories will participate as a gold sponsor at CARST’s annual conference, taking place from April 23–27 in Québec, Canada. CARST (Canadian Association of Radon Scientists and Technologists) is an industry organization with over 300 members, including companies like Radonova.
The European Radiation Dosimetry Group (EURADOS) organizes one of Europe’s most important events in the field of dosimetry and ionizing radiation. This year’s conference will take place in Bucharest, Romania, from February 24 to 27, bringing together leading experts, researchers, and organizations in radiation dosimetry – including Radonova.
Measuring radon regularly is crucial to ensure that radon levels in a home or building remain below recommended reference values. Including radon measurement in regular building maintenance is a rational strategy to prevent problems.
Radon, the invisible and odorless gas naturally found in soil, has garnered increased attention in recent years due to its potentially serious health effects and the need for effective measurement and mitigation solutions. José-Luis Gutiérrez Villanueva, an expert at Radonova Laboratories, identifies three key trends expected to influence the field of radon in 2025.
Radon is a naturally occurring radioactive gas that can pose health risks if it accumulates in high concentrations indoors. However, addressing elevated radon levels is rarely expensive or complicated. With the right methods and tools, both homeowners and property managers can implement measures that are effective and affordable.
Radon is a naturally occurring gas that is neither visible nor has any odor. This characteristic makes it impossible to detect without specific tools. Despite its natural origin, radon poses a significant health risk to humans. But what exactly is radon, why is it dangerous, and how can we reduce the associated risks? Here, we explore the issue and its impact on our health.
A multi-year study led by Dr. Aaron Goodarzi and the Evict Radon National team has unveiled the latest insights into radon exposure in residential buildings across Canada. Published in October 2024, this report, the most comprehensive Canadian radon survey in over a decade, sheds light on a public health issue with global implications.
Radon is a radioactive gas that is invisible and odorless but can cause severe health issues, primarily lung cancer. This gas is naturally formed when uranium in the ground breaks down, and it is present in most countries and on all continents in varying concentrations. But where exactly is radon found, and how can you protect yourself?
Radonova actively works to reduce the harmful effects of radon through international collaborations and research. A recent example is the company's participation in Spain’s national Radon R&D&I Workshop focused on radon research and development. The event, held November 11–13 at the Canfranc Laboratory in the Pyrenees, brought together researchers, organizations, and policymakers.
Cluster IAQ is a Spanish network that brings together companies and organizations to promote innovations and solutions in Indoor Air Quality (IAQ). The network combines expertise from different sectors to improve indoor air quality and reduce exposure to airborne pollutants. Radonova has now become the first radon measurement partner to join Cluster IAQ.
Radon is an invisible and odorless gas that enters homes and workplaces without us noticing. Although it is naturally occurring, it can pose a serious health risk if people are exposed to elevated levels for a prolonged period. But what is radon, how dangerous is it, and what can be done to protect oneself? In this article, we will explore the impact of radon.
In September, Radonova participated in the IEA (Indoor Environments Association, formerly AARST) symposium in Orlando. The event is the industry's leading forum for exchanging knowledge about indoor environments and the health risks posed by radon and vapor intrusion. The symposium presented new research and technologies to address these problems and improve air quality in buildings.
Radon is a natural, radioactive gas where elevated concentrations can pose a serious health risk. In fact, radon is the second most common cause of lung cancer after smoking. It is estimated to cause 3 to 14 percent of all lung cancer cases in the world, depending on where you live and how much radon you are exposed to.
Radon can be measured year-round, but if you want a good estimation of an annual average value for the radon level in your home or workplace, then you should measure during at least three of the heating season months (winter months). This enables employers, schools, property owners, condominium associations and homeowners to get a full overview of the radon within their homes and buildings.
Radonova's participation in international conferences continues. From August 27 to 28, José-Luis Gutiérrez Villanueva will be in Calgary to give a presentation on real-time radon testing using digital instruments. The conference, titled "Radiation and Air Pollutant Disease (RAPID) Prevention and Early Detection," is one of this year's most important events for international radon experts.
Radonova is pleased to announce the newest addition to our international team, Vanda Jakabova, who has a solid background in natural sciences, ionizing radiation, and radiation protection. We met with Vanda, who tells us a little about her background and why she chose to become part of Radonova.
What were you doing before you started at Radonova?
I studied natural sciences with a focus on ph
On May 14th, we opened our doors for visits at our new facility in Uppsala. The interest was fantastic, and we extend a big and warm thank you to everyone who contributed to a successful day!
When measuring and analyzing radon levels, it is important to use a dose conversion factor. This is a separate calculation that allows for an accurate estimation of the health risks associated with exposure to radon.