In the race towards renewable resources, biomass could well have an important role to play. Biomass includes organic matter derived from living organisms, particularly plants, which have more to offer than you might think. Patrick Navard is a researcher in materials at Mines ParisTech. Following his presentation at the “Materials: realities and new frontiers” symposium, organized on March 30-31, 2016 …
Read More »Search Results for: composite materials
Vabhyogaz uses our waste to produce hydrogen
Hydrogen is a resource that is prized for its applications in the chemical industry and for its role in the fuel cells used in electric vehicles. Vabhyogaz – a project initiated by Didier Grouset, a researcher at Mines Albi – proposes to convert biogas from our waste into hydrogen. The project, which began nearly ten years ago, is now entering …
Read More »Patricia Krawczak
IMT Nord Europe | #Polymers #CompositeMaterials #PlasticsProcessing #BiobasedMaterials #Recycling #AdvancedManufacturing
Read More »Marie-France Lacrampe
IMT Nord Europe | Materials, Composites, Plastics, Recycling, Ecological transition
Read More »Antoine Fécant, winner of the 2021 IMT-Académie des Sciences Young Scientist Prize
Antoine Fécant, new energy materials researcher at IFP Energies Nouvelles, has worked on many projects relating to solar and biosourced fuel production and petrol refining. His work has relevance for the energy transition and, this year, was recognized by the IMT-Académie des Science Young Scientist Prize. “Energy is a central part of our lifestyles,” affirms Antoine Fécant, new energy materials …
Read More »Graphene, or the expected revolution in electronics: coming soon
Thibaut Lalire, IMT Mines Alès – Institut Mines-Télécom “Material of the 21st century,” a “revolutionary material”: these are some of the ways graphene has been described since it was discovered in 2004 by Konstantin Novoselov and Andre Geim. The two scientists’ research on graphene won them the Nobel Prize in Physics in 2010. But how do things stand today – seventeen …
Read More »Fuel cells in the hydrogen age
Hydrogen-powered fuel cells are recognized as a clean technology because they do not emit carbon dioxide. As part of the energy transition aimed at transforming our modes of energy consumption and production, the fuel cell therefore has a role to play. This article will look at the technologies, applications and perspectives with Christian Beauger, a researcher specialized in material sciences …
Read More »Innovative approaches to recycling brominated plastics
Recovering untreated plastic materials and putting them back into the recycling loop through a decontamination line is the challenge of thesis research by Layla Gripon, a PhD student at IMT Lille Douai. These extraction methods contribute to a comprehensive approach to recovering plastic materials, in particular brominated plastics. High consumption of electronic devices implies a significant amount of waste to …
Read More »Arsenic contamination of water: Detection and treatment challenges
Arsenic contamination of water, whether surface water or ground water, affects many parts of France. Such contamination may be the result of anthropogenic causes, linked to mining operations for example, or of natural causes in relation to changes in geological formations, as is the case in many countries such as India, Pakistan and Chili. In partnership with the Nuclear Materials …
Read More »ALGIMEL, a ‘marine’ polystyrene
In the future, materials will not only need to be more efficient; it will also be essential that they are environmentally friendly. With this in mind, researchers from IMT Mines Alès who specialize in bio-sourced materials are working on this project. Over the past few decades, they have been trying to develop environmentally-friendly alternatives to the most polluting materials. One …
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