Project cooperationUpdated on 14 November 2025
Clean environment and zero pollution
CEO at Aeris Tecnologías Ambientales SL
Barcelona, Spain
About
The objective is addressing persistent pollutants in aquatic environments through:
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Detection: Develop and test advanced laboratory and field-scale detection technologies to accurately identify persistent chemicals, their sources, and environmental occurrence.
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Understanding: Investigate and model contamination pathways and combined effects of pollutant mixtures to assess their accumulation in marine ecosystems and potential human health impacts through the food chain.
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Prioritizing: Rank detected substances by risk level to guide intervention strategies, continuously updating the prioritization as new data emerges.
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Acting: Designing integrated treatment trains to remove, degrade or recycle pollutants from rivers and lakes. This includes technologies for capturing litter, microplastics, and suspended solids; filtering organic matter and ions and degrading persistent chemicals via advanced oxidation and electrochemical processes
Similar opportunities
Project cooperation
Partner offer: Decontaminate and bioremediate aquatic pollution
- HORIZON-CL6-2026-01-ZEROPOLLUTION-01-two-stage
Margarida Oliveira
R&D Funding Coordinator at Global Biosciences Center, SGS
Lisbon, Portugal
Project cooperation
Decontaminate and bioremediate aquatic pollution
- Early stage
- Advanced stage
- Partner looking for consortium
- HORIZON-CL6-2026-01-ZEROPOLLUTION-01-two-stage
Vernon Phoenix
Professor at University of Strathclyde
Glasgow, United Kingdom
Project cooperation
- Advanced stage
- Partner looking for consortium
- HORIZON-CL6-2026-01-ZEROPOLLUTION-01-two-stage
Peter Desyatov (Diez)
Research & Innovation Funding Manager at FIDCHEM (chemical technologies for advanced water treatment and industrial decontamination, focusing on the permanent destruction of persistent pollutants and scalable solutions for zero-pollution and clean industry applications)
Barcelona, Tarragona, Spain