> Partnerships > Projects
| Project | Funding | Description |
|---|---|---|
| 3D PAPEL | Région Auvergne-Rhône-Alpes | Integration of simple electronic circuits in 3D cellulose objects |
| ARCELL | Industry funding | Industrial application of pretreatments to obtain high quality cellulose nanofibrils |
| ArchiPOP | Papers architected by printing grids with biosourced motifs: a bio-inspired and low cost approach to lighten packaging | |
| BIOCOMPUS | Development of composite materials biosourced by ultrasonic compression | |
| Bio4Ink | Four-colour inks for the 100% bio-sourced press | |
| Biosourced foams | Institut Carnot PolyNat | Elaboration of foams to develop new cellular materials |
| CircEl-Paper | Recycling of multilayer electronic devices printed on cellulosic substrates | |
| CYCLOCELL | Glyco@Alps | Functionalization of nanocellulose by cyclodextrins for tissue engineering applications |
| DesiCell | New processes for obtaining recyclable cellulosic and raw earth materials in architecture | |
| Diagnostic tools | Institut Carnot PolyNat | Development of a quick and easy-to-use diagnostic colorimetric test |
| Elec-Paper | Industry funding | High performance cellulosic materials to increase the life and reliability of power transformers |
| ÉTERNITÉ | Région Auvergne-Rhône-Alpes | Research and development of optically transparent materials and electrical conductors |
| FlexFab | Région Auvergne-Rhône-Alpes | A prototyping and production cell for small batches of surface-functionalised objects using a direct printed circuit |
| IND-DES | Institut Carnot PolyNat | Development of high purity cellulose production processes |
| Lignins | Institut Carnot PolyNat | Development of qualitative tools for industrial lignins specifically for their use and modification |
| Molded cellulose | Institut Carnot PolyNat | Complex objects made from molded cellulose |
| PhotoPrint | ANR | Development and characterization of a substrate for printed electronics |
| PolyCell | Institut Carnot PolyNat | New process for the production of multipurpose celluloses using unconventional oxidation |
| RegenCell | ANR | Clean process for dissolving wood cellulose for the production of textile yarn – process developments |
| REVeBIO | ANR | End of life of electronic devices printed on cellulosic substrates: recycling and upgrading of bio-based materials and functional inks |
| SAVE | Grenoble INP | Separation and valorization of materials coming from the end-of-life of printed on paper electronics devices |
| ThermoBioComp3D | Linksium | Bio-based composite with high performances for 3D printing and molding |
| Vink-e | Linksium | Functional inks for discrete radio frequency applications |
Date of update May 4, 2023
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