Research projects are classified according to their potential applications :
> Wood industries (Building – Furniture)
- NamiMod: Modelling of interactions between cellulose microfibrils in fibre walls
- GenEcoChem: Genophytochemical variability for the management of potential forestry sources of bio-molecules
- ILIQO : Conditions of integration for the valorization of lignins from black liquors in pulp mills
- RecyFibres: Valorisation of fibres panelboards from furniture elements wastes
- Syncobio2: Syntesis of new bio-sourced copolymers from hemicelluloses and fatty acids
- Catbiose: New biopolymer based on renewable synthons from catalytic deoxygenation of hemicelluloses
- Cerise: Microfibrillated cellulose production by twin screw extrusion
- Qualin: development of qualitative tools for industrial lignins specific for their use and modificatoin
- BioPick: Pickering emulsions stabilised by nanaoparticles from biomass
- Ecokraft 2: Reduction of costs and environmental impact in the production of bleached chemical pulps
- NRIS-Liq: Control of cooking through liquid analysis with NIRS
- ExtraPulp: Combination of lignocellulosic components valorization and chemical pulp fibres production
- ProviDES: New virgin/recycled pulp manufacturing processes using Deep Eutectic Solvents
- FuncPan: Functionalization of fibre/panelboards based on polysaccharides grafting
- Wotim: Wood-based thermal insulation materials
- EcomatFib: Eco-conception of multifunctional composite materials based on wood fibres with optimised properties
- Ignibois: Design of fireproofing bio-sourced formulations
- DurLig: Durability conferred to wood by injection of extracted and modified lignins
- WoodColor: Development of innovative techniques to confer colour to wood in surface
- NIMP15: Development of a tool to control the heat treatment of wood according to NIMP15 standard
- Polywood: Extraction of hemicelluloses for the production of polyamide fibres
- MobileFlip: Mobile and Flexible Industrial Processing of Biomass
- Erifore: Research Infrastructure for circular forest bioeconomy
- Celical: Microfibrillated cellulose as new bio-based material for designing bio-active soft tissue repair medical device