Current projects of our young researchers
Thesis defended in 2025
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Cellulose engineering for high-barrier specialty papers and 3D materials
Thesis defense - Julia PESCHEUX-SERGIENKO - February 21, 2025 - New cellulose engineering for high barrier speciality papers and 3D cellulosic materials. -
Coupling enzymatic biopiles and physiological sensors by printing
Thesis defense - Elise BESSAC - February 11, 2025 - Towards coupling biofuel cells and physiological sensors with printing processes for the development of autonomous devices.
Thesis defended in 2024
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Industrial production of functionalized cellulose microfibrils by adsorption phenomenons
Thesis defense - Arnaud BENARD - December 17, 2024 - Industrial production of functionalized cellulose microfibrils by adsorption phenomenons and their applications. -
Twin-screw extrusion, injection and thermocompression for innovative cellulose packaging
Thesis defense - Émilien FRÉVILLE - November 15, 2024 - Use of twin-screw extruder for innovative cellulose based packaging by injection and thermocompression. -
Obtaining cellulose microfibrils and nanocrystals with chlorine dioxide
Thesis defense - Laura GIRALDO ISAZA - December 5, 2024 - Novel usage of chlorine dioxide in processes for the conversion of lignocelluloses into microfibrillated cellulose and cellulose nanocrystals. -
Optimization of PLA foams produced by supercritical method
Thesis defense - Ana Beatriz VALIM SUQUISAQUI - September 30, 2024 - Optimization of PLA foams produced by supercritical method: influence of chemical modification and CNC incorporation on the resulting cellular structures. -
Separating and recycling materials recovered from printed electronics
Thesis defense - João Henrique FERREIRA DA CONCEIÇÃO - July 5, 2024 - SAVE: Separation and valorization of materials coming from the end-of-life of printed on paper electronics devices.
Thesis defended in 2023
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Cellulosic materials to improve power transformers
Thesis defense - Enrique Felix QUESADA SAAVEDRA - June 12, 2023 - High performance cellulosic materials to increase the life and reliability of power transformers -
Composites and active materials: lignocellulosic fibres for bio-based products
Thesis defense - Cécile BRUZZESE SILLARD - July 7, 2023 - Composites and active materials : Lignocellulosic fibers for biobased products -
Correlations between water-based inks and the inkjet process
Thesis defense - Amélie BROGLY - December 14, 2023 - Correlations between formulation, physicochemical properties and printability of water-based inkjet inks -
Impact of a transparent layer added on a semi-tone print
Thesis defense - Fanny DAILLIEZ - October 12, 2023 - Multiscale impact of the addition of a coating layer on the color of halftone prints -
Oxidation of cellulose to produce cellulose textile fibres
Thesis defense - Lorette BRAULT - December 12, 2023 - Optimization of a cellulose oxidation process by the periodate-chlorite sequence for the production of cellulosic textile fibers, integrable in a factory producing Kraft cellulose pulp -
Self-assembly of structural, non-iridescent and bio-based pigments
Thesis defense - Marlène SAULAIS - May 5, 2023 - Design and production of biobased and non-iridescent structural pigments, by self-assembly -
Silver nanowire networks as transparent electrodes
Thesis defense - Laëtitia BARDET - March 10, 2023 - Optimization of silver nanowire networks for transparent electrodes: fundamental and experimental contributions
Next thesis defense
Thesis defenses take place at Grenoble INP - Pagora, UGA / LGP2 Maps & Directions
Room D002
Room D002