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Noble metal-free bimetallic nanoparticles for the hydrogenation of sugars – NobleFreeCat
The NobleFreeCat project brings together four teams with complementary expertise in synthesis of metal nanoparticles and catalysis (Unité de Catalyse et Chimie du Solide, Laboratoire de Chimie de Coordination, Institut de Chimie des Milieux et Matériaux de Poitiers, Laboratoire de Chimie Physique), to develop synthesis routes towards Fe-based supported nanoparticles for their use as low-cost substitutes to noble metals in the catalytic hydrogenation of sugars.
Silicon-based polymers by catalysed dehydropolymerisations – POLCADE
ALKALINE-EARTH METAL COMPLEXES: SYNTHESIS AND IMPLEMENTATION FOR THE PRODUCTION OF NEW SILICONE MATERIALS.
Control theory tools for Optimal Design of piezoelectric Energy Harvesters devoted to birds Tracking devices – CODE-Track
The actual technology used to worldwide and real-time track birds is a device that contains GPS sensor and an emitter. A solar panel is embarked to power the device. However, due to the mass limitatio
Theoretical Vibrational Assessments of Electrochemical mechanisms in Alkali-ion Accumulators (VASELinA) – VASELinA
The relevance of the Raman technique in electrochemistry <br />Raman spectroscopy is a tool of choice in the characterization of reaction processes taking place within an electrochemical device such as Li-ion batterie or, more generally, Alkaline-ion type. This technique is both a local probe, sensitive to changes in the environment around an atom, and a long-range probe allowing access to crystalline properties.
Mastering the electrochemical interfaces for developing improved water splitting electrocatalysts – MIDWAY
The efficient production, storage and use of clean energy at large scale is arguably one of the major challenges that society will have to face in the next decades. The dependence of the current energ
Renewable Energies Geopolitics and Future Studies on Energy Transition – GENERATE
The GENERATE project has the advantage of studying in an integrated way the problem of energy transition at the international level and is based on the multidisciplinary (economic, industrial, technological, legal and geopolitical) nature of its approach. Understanding the geo-political drivers resulting from the decarbonation of economies is essential for the positioning of actors and for conducting an efficient scientific policy in the field of decarbonisation technologies.
New aqueous ‘all Vanadium-Solid-Liquid redox flow batteries for conversion and storage of renewable energies – V-S-L
The present PRC deals with the Redox Flow Batteries (RFB) used for the conversion and the storage of renewable electrical energies under chemical form, as well as the reversal procedure. The projec
New OPportunities with low environmental footprint and Earth abundant absorbeRs for solAr cells – OPERA
New absorber materials in thin film with a low ecological footprint
Nitrogenase Bio-Inspired CO2 Reduction Catalysts – NitroCOCa
Carbon dioxide has become increasingly recognized as a valuable resource, and its large scale conversion into useful chemicals has the potential to provide cheap and renewable alternatives to fossil f
Sustainable catalytic process for the “One-pot” formation of cyclic carbonates through oxidation of alkenes and CO2 cycloaddition – OxCyCat-CO2
OxyCat_CO2 aims to develop heterogeneous epoxidation and cycloaddition catalysts operating simultaneously, under mild conditions, to convert alkenes into cyclic carbonates from CO2 and O2 in air. This approach is atom-efficient and contributes to the valorisation of CO2.