Innovationssamarbejde (Erhvervsfyrtårnet for Biosolutions)
Fiber-based Polymer for Sustainable Packaging
This project explores how locally grown plant fibers can replace conventional plastics with fully biodegradable, residue-free biopolymers that break down naturally in soil or water, without leaving microplastics behind.
Locally grown fibers such as hemp, elephant grass, and eelgrass hold strong potential as sustainable raw materials for biodegradable biopolymers and next-generation packaging (Foto: AI)
Biodegradable materials for a circular future
Plastic waste continues to rise globally, while recycling rates remain low. New EU regulations place increasing responsibility on producers, creating a strong need for materials that biodegrade cleanly and do not require complex recycling systems. Plant fiber-based biopolymers offer a promising alternative: they decompose naturally, enrich the soil, and eliminate the burden of collecting and sorting.
This project focuses on Danish-grown hemp, elephant grass, and eelgrass as new feedstocks for biopolymer production. These biomasses contain cellulose and lignin, which makes them suitable candidates for conversion into water-soluble, compostable films and packaging materials.
From local biomass to high-value biopolymers
The partners in this project will screen and characterize the fibers, extract and purify cellulose, and develop biopolymer formulations that can be cast into thin films. Prototype bags and packaging materials will be produced and tested for strength, barrier properties, solubility and biodegradation in water environments.
Alongside the technical work, the project assesses scale-up potential, environmental impact, and market opportunities. By using abundant Danish biomasses and replacing imported jute, the project aims to build a circular, locally anchored value chain for fiber-based biopolymers – positioning Denmark as a frontrunner in sustainable packaging solutions.
Project title
Fiber-based Polymer for Sustainable Packaging
Financed by
The innovation collaboration is initiated by Erhvervsfyrtårnet for Biosolutions and is carried out with support from the Danish Board of Business Development and co-financed by the EU.
Project participants
- Jutelink
- ON Glerups ApS
- CustomiseMe ApS
- Bio-2-Products ApS
- Teknologisk Institut
Kathrine Lykke Kirk
Erhvervsfyrtårnet for Biosoluitons
Gør Danmark verdensledende inden for udviklingen af biosolutions
Erhvervsfyrtårnet for Biosolutions hjælper virksomheder i hele landet med innovation og opskalering af biobaserede løsninger på fysiske faciliteter.
Erhvervsfyrtårnet for Biosolutions gennemføres med støtte fra Danmarks Erhvervsfremmebestyrelse og medfinansieres af den Europæiske Union.