Imagine the ground beneath us as a giant sponge that holds our drinking water, but some parts of that sponge are stained with chemicals and germs. This work creates better 'dipsticks' to find exactly where the pollution is and uses nature-inspired filters to clean the water. It also helps governments set rules to stop the pollution from happening in the first place.
Groundwater pollution is widespread and expensive to fix once detected. Current monitoring is often costly, and remediation measures are frequently too expensive for wide-scale adoption.
Passive sampling devices for chemicals and viruses, bio-based field treatment pilots, and a source apportionment code (MIX) for identifying pollution origins.
If you are a water remediation firm dealing with expensive cleanup costs—this project developed passive sampling devices and bio-based treatment systems that reduce the need for costly mechanical remediation.
If you are a chemical plant operator dealing with strict groundwater quality regulations—this project developed source apportionment methods like CSIA that pinpoint exactly where leaks originate to avoid unfair liability.
If you are a municipal water authority dealing with water scarcity and drought—this project developed hydrogeological models that simulate decision-making scenarios under climate change to protect your water supply.
Based on available project data, the specific price is not listed, but the project focuses on developing 'cost-efficient' passive samplers to reduce monitoring expenses.
The project has completed the construction of bio-based field pilots in Denmark and Spain, and has started in Greece, moving from lab scale to field validation.
Based on available project data, there is no mention of specific patents, but the project aims for 'close-to-market development' of the passive sampling devices.
The project intends to provide policy recommendations and an updated EU chemical priority list to influence legislative preventive measures.
The project period runs until 2026-04-30, with current reports indicating that field pilots are already under construction or completed.
The consortium is research-heavy with 14 partners across 8 countries. While 6 are research organizations and 4 are universities, there is a significant industrial presence with 3 industry partners (including 2 SMEs), representing a 21% industry ratio, which suggests a strong push toward commercial application of the sampling and treatment tools.
Contact AGENCIA ESTATAL CONSEJO SUPERIOR DE INVESTIGACIONES CIENTIFICAS in Spain
Contact us to explore licensing for the passive sampling devices or bio-based treatment pilots.
