Imagine your home is like a sponge that soaks up invisible chemicals and germs from the air. This work figures out exactly what those pollutants are and where they come from, especially for toddlers who are most at risk. It's like creating a detailed map of indoor pollution to help people clean up their living spaces.
Companies lack precise data on which specific chemical and biological pollutants are most prevalent in European homes, making it difficult to design targeted air purification or building materials.
A system of low-cost, non-invasive sampling strategies and a comprehensive database of indoor air determinants linked to toxicity profiles.
If you are an air purifier manufacturer dealing with generic filtration and lack of target pollutants — this project developed a database of chemical and biological determinants that allows you to build devices targeting the most hazardous home pollutants.
If you are a building material supplier dealing with regulatory pressure to reduce emissions — this project developed source identification techniques that help you prove your materials do not contribute to indoor air pollution.
If you are a sensor developer dealing with high costs and invasive sampling — this project developed low-cost, non-invasive sampling strategies that can be integrated into consumer hardware for real-time monitoring.
Based on available project data, the specific cost per implementation is not provided, though the project focuses on developing low-cost sampling strategies.
The project monitors 200 homes across 8 countries, providing a diverse dataset that can be used to scale air quality standards and product specifications across Europe.
The project follows an Open Science approach and generates FAIR data, suggesting that results will be openly available for exploitation by industry and policy makers.
The project aims to produce a draft of policy strategy for developing indoor air quality standards.
The project period runs from 2022-09-01 to 2027-08-31.
The consortium is heavily weighted toward research and academia, with 13 universities and 5 research institutes. Only 2 industrial partners are involved, representing a 10% industry ratio, which indicates the project is currently more focused on scientific discovery and data generation than immediate commercial product launch.
Contact STIFTELSEN NILU in Norway for data access
Contact us to identify the specific chemical determinants relevant to your product line.
