The CBI’s MIE (Innovative Materials for Energy) team and the IMAP are looking for a post-doctoral candidate for the OSMIX project, co-funded by MaTerRE. Its main missions [...]
TiO2-based materials have been recently identified as suitable anode materials for the development of large-scale eco-sustainable aqueous batteries (with applications for the storage of electricity produced by [...]
Microalgae can be considered as “biofuel sun-light driven factories”, however the extraction of the variety of high-valued compounds they can produce remains a highly energy-consuming process. The [...]
Thermoelectric generation could compete with other established technologies in the market of waste heat recovery at high temperature (> 600 K), if based on materials with a [...]
Extending the lifetime of aqueous batteries is critical to enable practical applications. It is currently limited by chemical reactions occurring in the electrolyte in uncontrolled ways. Using [...]
Global constraint on energy is growing due to the urging necessity to switch to decarbonated energy production. The years 2021 and 2022 also reminded us how crucial [...]
Adding polymers to a mixture of particles and water, such as concrete, allows to tune its fluidity to facilitate its processing. In order to better understand these [...]
PFAS, or perfluoroalkyl and polyfluoroalkyl substances, are a group of chemicals that is used in a wide range of industrial and consumer products. These chemicals are known [...]
This project aims to offer biosourced foams with unrivaled acoustic and thermal insulation properties; around the triptych structure-properties-manufacturing. To achieve this objective, we have set up a [...]