19 February 202514 February 2025 SYMBA EU Project: Transforming bio-based industries through industrial symbiosis Unlike traditional waste management approaches, Industrial symbiosis fosters a closed-loop system that maximizes resource efficiency, reduces waste, and minimizes pollution
15 May 202413 May 2024 SYMBA: promoting circularity in the bio-based industrial ecosystem through AI-driven solutions The project aims to revolutionize industrial practices by promoting symbiotic relationships within bio-based ecosystems
12 March 20247 March 2024 NENU2PHAR project: end of project after 42 months After 42 months of dedicated effort and collaboration among 17 partners, we are proud to announce the successful conclusion of the project
10 November 20228 November 2022 ALIGNED, a project to improve environmental assessment in multiple bio-based sectors By bringing together scientific and industrial knowledge, the goal of the new collaboration project is to provide a systematic evidence-based methodology for decision-making
19 October 202114 October 2021 nenu2PHAr project update after 1 year of work One year after the launch of the project, the 16 European partners gathered online to review their work and plan the next activities of the project
23 July 202021 July 2020 European Bioplastics Research Network Gets Underway Network of Science, Companies and Politics for the Research and Development of Bio-based Plastics Gets Underway
Netzwerk für Forschung und Entwicklung von Biokunststoffen gestartet Europäisches Forschungsnetzwerk für Biokunststoffe will mit Unterstützung der Politik alternative Lösungen gegen die Verschmutzung der Umwelt durch Plastikmüll finden
27 January 202026 January 2020 New EMFF project “BIOGEARS” launched to develop biobased ropes for aquaculture The project aims to provide the European aquaculture sector with innovative products and a value chain to challenge the existing gap of biobased ropes
9 December 20196 December 2019 Bio4Self project captures the 2019 Global Bioplastics Award Consortium of research institutes and companies collaborating on a project to develop self-reinforced composites based on PLA fibres
14. Global Bioplastics Award 2019: Bio4Self gewinnt mit selbstverstärkten Verbundwerkstoffen auf Basis von PLA-Fasern Internationales Konsortium unter Beteiligung von Centexbel, Fraunhofer ICT, dem Institut für Textiltechnologie der RWTH Aachen und 13 weiteren Partnern hat einen selbstverstärkten Verbund aus Polyactid (PLA) entwickelt
11 October 201911 October 2019 Milestone in the development of new material systems Fraunhofer ICT at trade fair K 2019: New composite materials: bio-based, functionalized and with high mechanical strength
Meilenstein in der Entwicklung neuer Werkstoffsysteme Fraunhofer ICT auf der Messe K 2019: Neue Verbundwerkstoffe: biobasiert, funktionalisiert und mechanisch hochfest
8 April 20193 April 2019 Bio4Self wins JEC Innovation Award In the category “Sustainability” Centexbel's concept for a biobased self-reinforced composite material receives the prestigious JEC World Innovation Award in the category “Sustainability”
24 September 201415 February 2018 Sind Automobilteile bald biologisch abbaubar? Deutsch-belgischer Forscherverbund entwickelt Bio-Composites aus Flachs- und Hanffasern zum Leichtbaueinsatz in Transportmitteln