RAPSODEE UMR CNRS 5302
RAPSODEE brings together a range of scientific expertise rarely found in a single entity: physics, chemistry, chemical engineering, process engineering, energetics, thermodynamics and modeling/simulation.
Research Topics
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Particle engineering for health, energy and the environment
Generate, characterize, transport and shape
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Energy and energy systems of the future
Produce, store, distribute and use renewable energy carriers
The team
Christophe COQUELETAssistant Director, Research and Economic Development
Denis MARTYEngineer
Louise ROQUESLaboratory technician
Sylvie DEL CONFETTOLaboratory technician
Elsa WEISS HORTALAAssistant Professor
Brayan PAREDES GOYESAssociate Professor
Maria GONZALEZ MARTINEZAssistant Professor
Javier ESCUDERO SANZAssistant Professor
Angélique LAFONLaboratory technician
Jean-Louis DIRIONAssistant Director, Training
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98
staff
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32
PhD students
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55
high-level publications in 2024
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2.3M
in research contract
Primary partners
Scientific publications
Zoom on...
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Stanford-Elsevier Ranking 2024: 7 IMT Mines Albi researchers ranked among the world's most influential scientists
The prestigious American Stanford University annually ranks the world's most influential researchers from a pool of over 8 million.
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Vincent Okechukwu Dickson recognized with the Special Poster Award by "Techniques de l'Ingénieur" at the 19th SFGP Congress 2024
19th SFGP Congress - October 15 to 17, 2024 Deauville (France)
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Ange Nzihou laureate of the prestigious “ERC Advanced Grant” from the European Research Council
Professor Ange Nzihou has been awarded the prestigious ERC Advanced Grant for his innovative research on decarbonizing heavy industry
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Mitigating climate change with renewable energy
Discover the expert speech of Patricia ARLABOSSE on renewable energies, professor and deputy director of RAPSODEE at IMT Mines Albi.
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An innovative, environmentally friendly and economical method developed by a team of scientists from IMT Mines Albi (France) and Princeton University (USA)
Ange Nzihou, Pr. at the RAPSODEE Center UMR CNRS 5302 and Claire White, Pr. at the Andlinger Center for Energy and the Environment at Princeton University are working together to transform biomass and biowaste into graphene
