Project partners: Lund University, LivingFilters, RecoLab/NSVA
Funding: SEK 7 955 126
Project period: 2026-06-01 to 2028-12-31
Contact person: Mikaela Persson, LivingFilters
Purpose and objectives
AI-Remedy develops a new approach to water purification using AI-designed molecular binders that selectively capture hazardous micropollutants such as pharmaceutical residues, pesticides and PFAS-like substances. Recent breakthroughs in computational protein design, now enable the rapid creation of highly specific binding proteins within weeks. The objective of the project is to design, validate and integrate these binders into filtration and sensing concepts capable of detecting and removing targeted contaminants in complex water environments. By combining AI-driven molecular design, biological materials and water system testing, the project aims to demonstrate a new technological pathway for selective contaminant removal.
Expected impacts and outcomes
AI-Remedy will generate new knowledge and technological concepts for the selective detection and removal of contaminants that are difficult to address with existing water treatment technologies. The project will demonstrate how AI-designed binders can be integrated into biological filtration materials capable of capturing specific contaminants from flowing water. The technology will also be explored for sensing applications, enabling detection and improved monitoring of emerging contaminants. By introducing engineered molecular recognition into water treatment systems, the project contributes to the Water Wise Societies mission by enabling more selective and resource-efficient water purification.
Implementation plan and execution
Lund University will lead the scientific work related to the development and experimental validation of molecular binders, while LivingFilters contributes expertise in AI-based molecular design and the development of potential technology applications within water systems. Through interdisciplinary collaboration and iterative testing, together with Recolab/NSVA, the project will establish a scientific and technological foundation for future solutions enabling selective removal and monitoring of contaminants in water.
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Goals and tasks
- Thriving and healthy waters
- Prevent and reduce the spread of hazardous substances
- Wise use of water
- Recycle and reuse water and its resources
