Measuring air quality for a healthy environment

Thema:
Urban air quality

Poor air quality has a major negative impact on our health. There is a lot to be gained, especially in big cities. That is why, together with municipalities, provinces, the business community, and residents, we are working on targeted, widely supported solutions at a local and regional level to improve air quality. How do we do this? By monitoring where and when people are exposed to poor air quality and which sources are responsible. This enables an efficient, health-oriented approach.

How we're working towards a targeted approach for cleaner air

How do we measure urban air quality?

The first step is to monitor urban air quality and identify key sources of pollution. The main sources within cities are usually traffic, industry, and households. Or are there other main sources – for Rotterdam, for example – contributing to air pollution?

View the real-time air quality map

And see what the air quality is like in the Netherlands and Europe and what the source is.

Combining different air quality measurements

At TNO, we map out the sources in different ways:

  • Through targeted (mobile) measurement campaigns: Through modelling, we can calculate back which sources are reflected in our measurements. We do this in cities, industrial areas, rural areas, around airports, and in port areas.
  • Through a large-scale sensor network: Sensors offer an increasingly interesting alternative to measure particulate matter, ultrafine particulate matter, and gases in detail per site.
    For example, we’re working with a large consortium on the Southeast Brabant Regional Monitoring Network. Besides their urban deployment, we have extensive experience deploying sensors in the industrial domain.
  • Through citizen measurements: TNO is investigating how citizen measurement data of particulate matter can be used effectively. The high density of measurements is a significant advantage here. We’re working on an accessible, integrated approach for and together with residents to connect society and policymakers.

Urban measurement networks: a better foundation for air quality policy

Where and when are we exposed to poor air quality?

By combining the data from all the different measurements, we gain a better picture of the sources contributing to poor air quality. We map out the source, as well as the effect on our health.

This can in turn lead to new measures to improve our health. These developments touch on our research into the 'Exposome'.

We already conduct data aggregation in two ways:

In this project, we’re linking particulate matter maps to data on where people are in the city of Eindhoven at what times.

Read more about the DynaPopeX project

With TOPAS, we’re mapping out the contributions of different sources of air pollution on a daily basis. We’re doing this for the main European cities.

View the TOPAS map

Measures for healthier air

Several types of air pollutants endanger our health. These sources often also emit nitrogen and greenhouse gases. But when it comes to our health, especially particulate matter appears to be a major contributor to unhealthy air.

Around 80% of health damage from air pollution in the Netherlands is due to particulate matter. Based on our particulate matter research, we’ve developed a vision fora different approach to particulate matter for cleaner air. An approach that will result in 50% health gains as early as 2030.

Let’s work together

A health-oriented approach to air quality can only be achieved through close collaboration between public authorities, citizens, and industry. This is how we’ll move towards a healthy future together. Would you like to contribute to the discussion about the possibilities and new applications? Feel free to contact TNO.

Get inspired

25 resultaten, getoond 1 t/m 5

Measurement campaign in Rijnmond area to pinpoint emissions by shipping

Informatietype:
Insight
12 September 2024
The air quality in the Rijnmond conurbation (the Greater Rotterdam Area) gives cause for concern. Shipping contributes significantly to the poor air quality, accounting for more than 50% of emissions of ultrafine particulate matter in this region.

Mapping out biodiversity thanks to particulate matter filters

Informatietype:
Insight
22 May 2024

TNO offers insight into air quality around airports

Informatietype:
Insight
30 April 2024

Predicting farm emissions from mobile measurements

Informatietype:
Insight
15 April 2024

Particulate matter, an elusive problem - but what is particulate matter?

Informatietype:
Insight
11 March 2024