The Air Quality team, led by Dr. Jens Voigtländer, investigates the causes, distribution, and impacts of air pollutants. Particular emphasis is placed on particulate pollutants, such as ultrafine particles (UFP). The aim of the research is to better understand the complex interactions between emissions, chemical processes, and meteorological conditions, to provide scientific foundations for measures to improve air quality, and to raise public awareness of the relevance of this topic through scientific knowledge transfer.
To this end, the research group works interdisciplinarily with partners, employs state-of-the-art measurement techniques, and also provides input for numerical simulations (modeling) in order to develop sustainable solutions to air quality problems.
The project investigates the distribution of ultrafine particles and air pollutants around Berlin Brandenburg Airport (BER) using stationary and mobile measurements as well as modeling studies, in order to better understand environmental and health impacts.
The Exposure Study Frankfurt Airport and Region investigates the effects of ultrafine particles on air quality and health in the Rhine–Main region. The aim is to analyze emissions, create exposure maps, and develop measures to reduce emissions.
The project investigates indoor air pollution and its effects on health. The aim is to establish a basis for unified strategies for monitoring indoor air quality by using representative data and state-of-the-art measurement techniques, to protect vulnerable population groups, and to promote technological innovations to improve air quality.
The project inspires young people to engage with STEM subjects by providing insights into scientific working methods. In workshops, participants playfully explore air quality using self-built measurement devices. An accompanying study investigates how young people can be sustainably motivated to pursue STEM subjects.