Biosociety - a research and innovation programme for a circular bioeconomy

The project aims to validate and advance previous R&D findings through pilot and full-scale CTMP trials, targeting substantial reductions in energy consumption while improving pulp properties.

The project aims to develop a new type of pulp for moulded fiber products that can be used directly in production without costly and energy-intensive pretreatment. In parallel, plastic-free and environmentally friendly barrier solutions will be developed to replace PFAS-based chemicals and plastic films currently used to provide moisture and grease resistance in applications such as take-away trays. By combining these two development tracks, the project seeks to create products that are sustainable, recyclable, and commercially competitive.

This project will develop a digital twin for the pressing and drying stages in the production of electrical insulation materials (Pressboard) and algae-based materials.

The project demonstrates how sustainably cultivated sugar kelp can become a competitive feedstock for bio-based materials.

This project will set the basis for the first regional industrial implementation of a circular solution for clean and safe potassium fertilizers.

Innovative pulp for direct use with PFAS-free barriers in moulded fibre production for the packaging of the future.

The project develops sustainable thermoset resins using biomass waste from Scandinavian agriculture and forestry – an innovative shift from fossil-based or food-grade inputs. The goal is to create high-performance materials for industrial use.

This project aims to develop new fiber-based raw materials and biopolymer additives tailored specifically for dry forming.

The project further develops deep forming of fiber – a Swedish technology that has already resulted in the world’s first commercial fiber-based screw caps. The next step is to make the technology even more competitive and broaden its use to more products where plastics dominate today.