Climate & air quality
Limiting climate change and air pollution is one of today’s greatest societal challenges. Discover how we contribute to this with research on climate and air quality.
Climate change and air pollution
We’re developing methods to measure particulate matter, nitrogen, and greenhouse gases. And we're identifying the sources and effects of emissions.
Our latest developments
Climate, air and sustainability
We are working on solutions to climate change, air quality, sustainability, and emission reduction issues for companies and governments.
Greenhouse gas monitoring and verification
Measuring air quality for a healthy environment
Poor air quality causes around 80% of diseases due to environmental factors. For a healthier future, we research and measure the air quality.
What is nitrogen and can we control it?
At present, knowledge of nitrogen still contains many uncertainties. We can improve this by measuring more often and with new technologies. Learn more.
Climate change and air pollution
Reducing air pollution and climate change is a major challenge. TNO helps companies and governments to take effective measures.
Contact us
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Fred Hartendorf
Functie:Business developer Circular economy and environmentFred is a driven, enthusiastic and open-minded business developer with a proven track record in both industry and government. The goal of his work is to create a healthier living environment by improving the air quality around us.
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Standplaats:Utrecht
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Telefoon:+31 6 21 57 62 99
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Email:Email Fred
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LinkedIn:Fred on LinkedIn
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Paula Bronsveld
Functie:Cluster manager climate and air qualityPaula is a passionate and driven project leader and cluster manager specialising in climate and air quality, and has over 20 years’ experience in scientific research on wide-ranging topics.
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Standplaats:Utrecht
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Telefoon:+31 6 11 49 70 94
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Email:Email Paula
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LinkedIn:Paula on LinkedIn
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Martijn Schaap
Functie:Researcher air qualityMajor environmental challenges of the 21st century relate to the composition of our atmosphere. Exposure to pollutants such as particulate matter is associated with significant health impacts. Deposition of atmospheric reactive nitrogen causes a loss of biodiversity in ecosystems through eutrophication.
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Standplaats:Utrecht
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Telefoon:+31 6 11 78 30 60
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Email:Email Martijn
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LinkedIn:Martijn on LinkedIn
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