In 2020, the environmental administration organised a nationwide air quality measurement campaign in collaboration with 25 participating municipalities and myenergy. More specifically, it is a national measurement campaign of NO2 by passive tubes in the context of the national air quality program and the "Klimapakt Loftqualitéit". The campaign aims to raise awareness and inform municipalities and their inhabitants about the air quality in their respective municipalities, motivate municipalities to contribute to improving their air quality, and demonstrate the efforts undertaken by municipalities for future communications.

In 2023, the environmental administration organised a nationwide air quality measurement campaign in collaboration with 33 participating municipalities and Klima-Agence. More specifically, it is a national measurement campaign of NO2 by passive tubes in the context of the national air quality program and the "Klimapakt Loftqualitéit". The campaign aims to raise awareness and inform municipalities and their inhabitants about the air quality in their respective municipalities, motivate municipalities to contribute to improving their air quality, and demonstrate the efforts undertaken by municipalities for future communications.

The method used for the measurement of dust deposition is the standard Bergerhoff method with the corresponding collection instrument. The measurement points of the Bergerhoff network are almost always located near industrial sites known for their high dust emissions (e. g. steel and metal-producing industries).

Every year, the Environment Administration organises a nationwide ambient air quality measurement campaign in collaboration with the Klima-Agence and participating municipalities. More specifically, this involves a national campaign to measure NO2 using passive tubes as part of the national air quality programme and the "Klimapakt Loftqualitéit". The aim of the campaign is to raise awareness and inform local authorities and their residents about the air quality in their respective communities, to motivate local authorities to help improve their air quality, and to demonstrate the efforts made by local authorities with a view to future communications.

The geostatistical interpolation map shows in real time the most probable distribution of the pollutant nitrogen dioxid between the different fixed measurement points that make up the telemetric network of Luxembourg, this at a resolution of 1km2.

In 2021, the environmental administration organised a nationwide air quality measurement campaign in collaboration with 24 participating municipalities and myenergy. More specifically, it is a national measurement campaign of NO2 by passive tubes in the context of the national air quality program and the "Klimapakt Loftqualitéit". The campaign aims to raise awareness and inform municipalities and their inhabitants about the air quality in their respective municipalities, motivate municipalities to contribute to improving their air quality, and demonstrate the efforts undertaken by municipalities for future communications.

The geostatistical interpolation map shows in real time the most probable distribution of the pollutant fine particles (PM10) between the different fixed measurement points that make up the telemetric network of Luxembourg, this at a resolution of 1km2.

In 2022, the environmental administration organised a nationwide air quality measurement campaign in collaboration with 30 participating municipalities and Klima-Agence. More specifically, it is a national measurement campaign of NO2 by passive tubes in the context of the national air quality program and the "Klimapakt Loftqualitéit". The campaign aims to raise awareness and inform municipalities and their inhabitants about the air quality in their respective municipalities, motivate municipalities to contribute to improving their air quality, and demonstrate the efforts undertaken by municipalities for future communications.

The geostatistical interpolation map shows in real time the most probable distribution of the pollutant ozone between the different fixed measurement points that make up the telemetric network of Luxembourg, this at a resolution of 1km2.

Particulate matter consists of any particles suspended in ambient air. In general, they consist of a complex mixture of substances of different sizes and characteristics, depending on the origin of emissions. In addition to the measurements of particulate matter in the telemetry network, which are used to inform the population in real time, PM10 and PM2.5 particulate matter are also measured by the filter reference method. Differences between the results of telemetry network measurements and those obtained with the reference method are due to different measurement methods.