??Unlocking the mysteries of airborne nanoplastics using novel ultrasensitive optical measurement method?
Acronym
PlasticFinder
Description of the granted funding
The main target of the proposed work is a scientific breakthrough in detecting and characterizing airborne nanoplastics for the first time in field conditions. The project will combine one of the world's most sensitive optical detection technologies with state-of-the-art optical enhancement techniques in the IR region accompanied by aerosol enrichment methods to create a new nanoplastic detection platform for real time ultra-sensitive measurements in field conditions. Realtime detection of nanoplastic particles would enable important scientific breakthroughs in identification the sources of nanoplastics, spatial and temporal variation as well as the mitigation methods of ambient nanoplastic particles.
Show moreStarting year
2025
End year
2029
Granted funding
Funder
Research Council of Finland
Funding instrument
Academy projects
Decision maker
Scientific Council for Natural Sciences and Engineering
12.06.2025
12.06.2025
Other information
Funding decision number
369135
Fields of science
Geosciences
Research fields
Meteorologia ja ilmakehätieteet, ilmastotutkimus
Identified topics
materials, nanomaterials