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Research 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
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Date of update May 4, 2023

French
LGP2 Laboratoire Génie des Procédés Papetiers
Laboratory of Process Engineering for Biorefinery,
Bio-based Materials and Functional Printing

461 rue de la Papeterie - Domaine universitaire - CS 10065
38402 Saint Martin d’Hères Cedex - France
Tél. +33 (0)4 76 82 69 00
 
 
République Française        

 
Université Grenoble Alpes