The conception of new high-performance materials is undeniably at the forefront of nowadays environmental and societal expectations and this, in a large variety of applications. Driven by the need for new industrial (...
The improvement of products is undoubtedly a point that offers to industry a competitive edge, and to do so, the custom synthesis can help in developing new molecules for designing innovative materials and products. (...
Significant research efforts in the energy sector are dedicated to the improvement of Lithium-ion Batteries (LIBs). Various levers have been identified to improve current technologies such as enhanced sustainability, (...
Research on flame retardancy of polymeric materials as well as developing architecturally designed flame retardant polymers has experienced a tremendous upward trend in the last decade. (...
Biodegradable polymers are of great current interest for many applications. Such degradable polymers are important for the future of sustainable polymers and plastics, e.g. to resolve materials’ end-of-life and find recyclability routes. (...
For decades, lithium battery (LiB) has been growing at a very fast pace owing to its considerable advantages, notably in terms of energy density. However, with the development of high energy consuming devices (...
Our research activity is based on organic, polymer and material chemistry. The conception and design of tomorrow's materials always start with the development of innovative monomers (...
With the increasing of controversial epoxy compounds such as the DiGlycidyl Ether of Bisphenol A (DGEBA), researches are more and more geared towards the development of bio-based (...