Biosociety - a research and innovation programme for a circular bioeconomy

This project aims to transform high-quality organosolv lignin into sustainable coating materials through controlled chemical modification.

This project explores whether residual materials from the pulp and paper industry can be used as alternatives or complements to peat in forest seedling production.

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.