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Bioeconomy International
2027
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Michaela Müller
Germany
Fraunhofer Institute for Interfacial Engineering and Biotechnology IGB
Research organisation
biopolymers, hydrogels, functional surfaces, coatings, encapsulation
Cooperation with Japan
Advanced Bio-based Functional Materials and Smart Hydrogels for Sustainable Applications.
We are looking for partners to jointly develop next generation bio-based materials with novel functionalities. Our institute has strong expertise in hydrogels, biofunctionalization, biopolymer engineering, and functional surface coatings. We propose collaborative R&D projects in the following areas:
Idea 1 focuses on developing stimuli responsive hydrogels made from polysaccharides or proteins that react to pH, temperature, or enzymatic triggers. These materials aim to function as a vegan alternative to gelatin or be used in controlled release systems, sensing applications, or cosmetic products.
Idea 2 involves developing bioinspired, bio-based functional surfaces, such as chitosan-based coatings, to reduce biofouling or microplastic release. These sustainable materials are intended for use in textiles, packaging, or aquaculture technologies.
Idea 3 is about plant-derived, edible coatings made from polysaccharides combined with antimicrobial bioactive compounds to extend food shelf life. The functional coatings aim to provide natural protection while improving sustainability in food packaging.
Our competencies
• Hydrogel design & synthesis
• Functional coatings and surface engineering (including plasma technologies)
• Encapsulation & controlled release
• Bioactive compound formulation
• Characterization of mechanical, chemical, biological material performance
We are looking for partners to jointly develop next generation bio-based materials with novel functionalities. Our institute has strong expertise in hydrogels, biofunctionalization, biopolymer engineering, and functional surface coatings. We propose collaborative R&D projects in the following areas:
Idea 1 focuses on developing stimuli responsive hydrogels made from polysaccharides or proteins that react to pH, temperature, or enzymatic triggers. These materials aim to function as a vegan alternative to gelatin or be used in controlled release systems, sensing applications, or cosmetic products.
Idea 2 involves developing bioinspired, bio-based functional surfaces, such as chitosan-based coatings, to reduce biofouling or microplastic release. These sustainable materials are intended for use in textiles, packaging, or aquaculture technologies.
Idea 3 is about plant-derived, edible coatings made from polysaccharides combined with antimicrobial bioactive compounds to extend food shelf life. The functional coatings aim to provide natural protection while improving sustainability in food packaging.
Our competencies
• Hydrogel design & synthesis
• Functional coatings and surface engineering (including plasma technologies)
• Encapsulation & controlled release
• Bioactive compound formulation
• Characterization of mechanical, chemical, biological material performance
The Fraunhofer Institute for Interfacial Engineering and Biotechnology IGB develops and optimizes processes, technologies, and products for health, sustainable chemistry as well as environment and climate protection.
Fraunhofer IGB is one of 75 institutes and research units of the Fraunhofer-Gesellschaft, the world’s leading applied research organization.
Among other things, the department functional surfaces and materials develop functional coatings with non-stick and antimicrobial properties, barrier coatings, biocompatible and bioactive surfaces, and functional sensor coatings. To this end, we can synthesize, chemically modify, or suitably formulate coating materials, e.g., with bio-based polymers, hydrogels, or functional nano- and microparticles.
Fraunhofer IGB is one of 75 institutes and research units of the Fraunhofer-Gesellschaft, the world’s leading applied research organization.
Among other things, the department functional surfaces and materials develop functional coatings with non-stick and antimicrobial properties, barrier coatings, biocompatible and bioactive surfaces, and functional sensor coatings. To this end, we can synthesize, chemically modify, or suitably formulate coating materials, e.g., with bio-based polymers, hydrogels, or functional nano- and microparticles.