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the development of new bio-based production pathways. One innovative approach involves coupling furans, derived from lignocellulose, with light olefins via the Diels-Alder (DA) reaction to obtain aromatic monomers
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responsible for developing waterborne dispersion of bio-based polyurethanes (PUD) with properties suitable for the intended applications and characterising the properties of these materials. This will involve
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take place inside LGP2 (Process Engineering Laboratory for Biorefinery, Bio-based Materials and Functional Printing) in Grenoble (Gières Campus) within the MatBio team (Multi-scale biobased materials
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. Major advances have been made in diverse application areas: adsorbents, graphene biocarbons, co-crystals, cooperative multifunctional catalysts, bio-based catalysts, and bioaerogels. Molecular modeling
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are (i) to develop new bio-based synthons/monomers (ii), to provide pi-conjugated polymers and copolymers for (iii) organic photovoltaic devices and (iv) to achieve significant progress
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database on bio-based composites. Where to apply Website https://www.imt-mines-ales.fr/ Requirements Research FieldOtherEducation LevelPhD or equivalent Skills/Qualifications Minimum required education and
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into key intermediates such as FDCA and DFF. And to a lesser extent to: • The development of hybrid photo–bio catalytic systems • The study of structure–activity relationships and system integration
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provided a strong foundation for current developments. Building on these results, the postdoctoral project aims to consolidate and extend the results obtained, particularly with bio-based substrates, while
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formed during lignin depolymerization assisted by catalytic hydrogen transfer. The valorization of lignin into bio-based compounds such as partially or fully deoxygenated hydrocarbons and aromatics is of
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EXTRA-PEF co-funded by ADEME and PUI Sud Aquitaine Innovation BioACE (Bio Algae Culture Enhancement - 10 month) funded by Institut Carnot ISIFoR Project descriptions/Duties: The MIACE-PEF project consists