The challenges related to strategic molecules, such as hydrogen and CO2, from their production, capture, purification, storage and transport, to their transformation, are at the heart of MaTerRE’s priorities.
On the one hand, decarbonization of industrial processes will only be achieved through the use of energy-intensive energy carriers such as hydrogen. Its “green” production leads to a short-term preference for electrocatalysis even if there are other production methods to explore. The search for more efficient hydrogen purification and/or storage solutions is also a major challenge. On the other hand, the urgent need to reduce the concentration of CO2 in the atmosphere requires the development of new CO2 capture, storage and recovery solutions in order to create a circular CO2 economy, which may be used for the production of synthetic fuels, medicinal products or solvents.
Will be preferred the reflections on:
This event will bring together researchers in geomechanics, granular matter physics, and modelling to explore the characterisation and behaviour of granular materials. Supported by DIM MaTerRE, it [...]
Important: for this latest call for proposals, a letter of intent must be submitted by 7 September 2026. Would you like support in putting together your proposal [...]
The link to submit your projects is as follows: https://materre-expo.sciencescall.org As part of the development of a scientific dissemination project in collaboration with Musée des Arts et [...]
IMPORTANT: the link to submit your projects is: https://materre-2026-1.sciencescall.org You have until january 2026 to apply to the DIM MaTerRE’s Allowances 2026 call for projects! Co-financing is [...]
The Collège de France is hosting a seminar given by Kenneth Flores on Tuesday, September 16 at 11 a.m. in the Guillaume Budé amphitheater. Kenneth Flores’ research [...]
Open access courses, no registration required, subject to availability. The combination of climate change, the inherent limitations of natural resources, and the need for energy sovereignty requires [...]
On 24 July, the Institut Pierre-Gilles de Gennes is hosting a seminar organised by the Institut des Matériaux Poreux (IMAP) to disseminate the results of the European [...]
The Region supports scientific employment linked to the needs of businesses by co-funding PhD grants involving an academic laboratory and a socio-economic partner. For what type of [...]
IMPORTANT: the link to submit your projects is: https://materre-2025-1.sciencescall.org Please note: If your project involves a structure from the socio-economic world and includes a digital dimension on [...]
DIM MaTerRE will be present at the Science Festival 2024, taking place from October 4 to 13 with a booth at Versailles Saint Quentin University on October [...]
Discover the technological and scientific advances for tomorrow’s energy production, storage and distribution. Description The MOOC gives the fundamental concepts of the technologies involved in the energy transition. [...]
The Île de France Region launches the call for proposals “Research Platforms – SESAME FEDER”! This call aims to support, develop and create structuring equipment, such as [...]
Registrations are open until June 7th for our next Workshop dedicated to operando methods for small molecule conversion! The workshop aims at gathering scientists working on operando [...]
The National Chemistry Committee (CNC), is organising on December 7, 2023, the third Academy-Industry Meetings on the theme of “Hydrogen as an energy carrier and chemical reactive”. [...]
The call for proposals will close before the start of the new academic year: Submit your project proposal by the end of July at the latest! The [...]
Boosting high-resolution NMR of high- and low gamma nuclei in with dynamic nuclear polarization, for innovative materials and CO2 capture
PCC biosourcé par électrodialyse marine, une révolution pour la chimie verte qui valorise le CO2 marin
new sustainable source of rubbers and plastics from bacterial fermentation or microalgae-based photosynthetic bioproduction.
Accelerated in-situ characterization of advanced materials for energy storage and transport by Raman spectroscopy
Flow NMR as a new in situ tool for studying interface processes in solution involving inorganic or hybrid materials
Fast Operando Raman Spectroscopy for Resolving Processes in Solid/Liquid and Solid/Gas Conditions
GPU-accelerated multi-physics spectral boundary-element modeling of induced seismicity during underground gas storage
A glovebox system to study the massive electron-storage in polyoxometalate-based anolytes and to designlo HER electrocatalysts (GloBoPOMs)
Combining chromatographic and high-resolution mass spectrometry methods to characterize new materials and resources or recover waste materials
Innovative composite photocatalysts, based on conjugated polymer nanostructure coupled with titanium or zinc oxide and MOFs, doped with non-noble metals in solution under pressure for photocatalytic green Hydrogen production
INtegrated online electrochemical mass Spectrometry for hIGH-throughput discovery in sustainable electrochemical sysTems
Multiscale modeling of electrical and electrochemical processes in Gas Diffusion Photocathodes for advanc d CO2 conversion
Real-time Electrocatalyst eVolution through Enhanced AI-driven X-ray and Live Optical imaging
