Operation of Strategic Importance (OSI)

Lead partner

Name: Lund University, Department of Chemical Engineering
https://www.ple.lth.se/en/
Address: Naturvetarvägen 14, 223 62 Lund
Region/Subregion: Skåne län
Country: Sweden


Project Partners Member States

DK, LT, PL, SE


Name: Gdańsk University of Technology
https://pg.edu.pl/
Address: Narutowicza 11/12, 80-233 Gdańsk
Region/Subregion: Pomorskie
Country: Poland

Name: Kristianstad University
https://www.hkr.se/en/
Address: Elmetorpsvägen 15, 291 88 Kristianstad
Region/Subregion: Skåne län
Country: Sweden

Name: Slagelse Municipality
https://www.slagelse.dk/
Address: Rådhuspladsen 11, 4200 Slagelse
Region/Subregion: Sjælland
Country: Denmark

Name: Port of Gdynia Authority S.A.
https://www.port.gdynia.pl/en/
Address: Rotterdamska 9, Gdynia, 81-337
Region/Subregion: Pomorskie
Country: Poland

Name: Ultraaqua A/S
https://ultraaqua.com/
Address: Kaolinvej 4, 9220 Aalborg Øst
Country: Denmark

Name: MB “Bioksa”
https://yaquatec.com/
Address: Miško g. 6, Dūmiškių k., LT-59256 Prienų r.
Region/Subregion: Telšių apskritis
Country: Lithuania


Category of intervention

065


Acronym: LIMIT

Project partners Member States: PL, DK, LT


Developing and demonstrating sustainable treatments for PFAS and other contaminants to protect water resources and enable safe reuse in the South Baltic area.


Overview: The LIMIT – Innovative concepts for sustainable water treatment targeting PFAS and other critical micropollutants from point sources in the South Baltic Sea area project develops and demonstrates sustainable water treatment concepts for PFAS and other contaminants to secure safe use and reuse of water resources in the South Baltic area.

Key Objectives: The project aims to advance analytical methods and validate sustainable treatment technologies for point-source contamination, reducing hazardous pollutants and protecting public and environmental health.

Main Activities: Activities include surveying, sampling and chemical analysis to improve detection methods; development, testing and evaluation of innovative treatment methods; and pilot‑scale demonstration and synthesis of results at cross‑border demonstration sites, alongside management, dissemination and stakeholder engagement.

Impact: The project strengthens regional capacity to tackle PFAS and similar contaminants, improves water safety and reuse potential, supports water authorities and operators with proven treatment solutions, and promotes healthier ecosystems and communities across the South Baltic area.

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