Enhancing the value of extractives from local species

Assess the chemical composition and variability of extracts from different species and wood fractions (bark, knots, dumaen)

Demonstrate the biological activity of these molecules

Define the cascade of extraction, enrichment, separation, functionalization and formulation processes according to the targeted applications.

More effective and sustainable wood preservative and finishing solutions

Explore new plant-based compounds to replace petrochemical products;

Optimize application processes to reduce product consumption

Develop multifunctional treatments combining protection and finish

Improve the durability and resistance of ecological finishes

Integrate green nanotechnologies to enhance wood properties.

Formulating adhesives without hazardous substances

Developing panels with low formaldehyde emissions

Develop adhesives free of Substances of Very High Concern (SVHC) by eliminating volatile organic compounds, while maintaining performance and durability

Extracting and upgrading hemicelluloses

Hemicelluloses represent 15 to 35% of lignocellulosic biomass. They can be transformed into a variety of high value-added products, such as xylitol (sweetener), furfural (chemical precursor), xylooligosaccharides (prebiotics) and bioethanol

Adding value to local tannins in materials applications

Particularly for
players in the wood industry:
forest owners and cooperatives, 1st and 2nd transformation industries, and paper mills.

It offers a better way to add value to their products and co-products, while looking for new sources of growth