The technological pathway developed within LIFE Remembrance continues to generate impact beyond the project framework. A recent scientific publication in a journal of the Royal Society of Chemistry (RSC, 2025) cites the project among relevant research initiatives in the field of advanced functional materials for water treatment.
The paper focuses on innovative sorbent and membrane-based systems for the removal of emerging contaminants, including PFAS. The citation of LIFE Remembrance confirms the scientific robustness of the graphene-enhanced materials and regeneration strategies developed during the project.
This acknowledgement demonstrates how the project has contributed to advancing the scientific discussion on circular and high-performance solutions for water remediation. Beyond its practical demonstrations, LIFE Remembrance has therefore strengthened its position within the international research landscape, supporting knowledge transfer between applied research and industrial implementation.
Read the paper here: Functionalizing graphene oxide in polysulfone composite adsorption cartridges through in-flow, in situ treatment – RSC Applied Interfaces (RSC Publishing)
The publication citing LIFE Remembrance has also been selected for inclusion in the “Sustainable Development Goal 12: Responsible Production and Consumption” Collection, a thematic initiative highlighting research aligned with circular economy and sustainable industrial models.
This recognition reinforces one of the core pillars of LIFE Remembrance: transforming industrial membrane waste into a valuable resource for environmental remediation. By giving a second life to high-quality hollow fibre membranes and integrating graphene-based materials, the project demonstrates how responsible production principles can be translated into scalable technological solutions.
Being featured within the SDG 12 Collection confirms that LIFE Remembrance is not only a water treatment project, but also a concrete example of how industrial symbiosis, resource efficiency and environmental protection can converge within a single innovation pathway.
