Testing innovative air pollution treatments in school environments
In particular, the city wanted to improve the air quality of indoor and confined air in public buildings, especially day nurseries and school courtyards, deploy a circular economy solution, and raise awareness among children and their parents and teachers. Schools are considered 'sensitive receptors', or places where vulnerable groups (e.g. children) may experience adverse effects of air pollution and other pollutants.
Being at an age when they are just building and strengthening their immune defenses, children need to be protected from the harmful effects of air pollution. Studies show that more than 94% of children worldwide breathe polluted air. This is the reason SUEZ is rolling out this innovation first in schoolyards.
- Creation of a clean 'air bubble' in the primary school's playgrounds and surrounding areas
- Reduction of critical main air pollutants due to the broad-spectrum, customised treatment that removes hazardous air pollutants
- Integration of a well-designed system that fit the school landscape using colourful, child-friendly themes
- Increased awareness among children, parents, and teachers about the health benefits of having good air quality with a goal towards behaviour change resulting in valuing public health
- Participation in an innovative project enhancing knowledge regarding urban air quality improvement anchored on positive messaging about air quality optimisation
InspiR® is an innovative solution that combines many advanced filtration technologies, captures air pollution at ground level and creates a pure air bubble in the school yard.
Jérôme Arnaudis-Air Quality Director at SUEZ
It is an innovative solution that uses multiple treatment stages with low power consumption for a large volume of air treated. It uses positive ionisation to capture nano to millimetre-sized particles. This technology does not require a filter change, and can be cleaned to restore it to full capacity. The same goes for the second stage, which uses active carbon fibres to capture molecular pollution such as NO2 and O3. In parallel, microalgae can consume the captured pollutants and transform it into biomass.