Layered Double Hydroxides
Our Research on Layered Double Hydroxides (LDHs)
Nearly 40 years of recognized expertise in the synthesis, characterization, and functionalization of LDH-based materials.
The team
Major Scientific Contributions
The team has contributed significantly to the advancement of knowledge on Layered Double Hydroxides (LDHs), through both fundamental and applied studies. Key research topics include:
Scientific Approach
Our research is guided by a structure–property–function relationship approach, combining controlled synthesis, advanced characterization, and targeted applications.
We focus on developing synthetic routes that allow for precise tuning of the structural and interfacial properties of LDHs.
Our expertise includes:
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Control of interlayer organization and surface/interface chemistry
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Use of advanced characterization techniques, including Pair Distribution Function (PDF) analysis and operando methods (e.g., X-ray diffraction coupled with electrochemical measurements)
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Method development for studying interfaces and reactive environments
We place particular emphasis on the reproducibility of experimental protocols, the mechanistic interpretation of transformation processes, and the correlation between structural features and functional properties.
Ongoing Research Projects
Our current activities address societal and technological challenges in the fields of energy, environment, and materials science. The projects are supported by national and international funding programs and conducted in collaboration with academic and industrial partners.
ANR LaDHy (2020–2024) – Innovation in LDHs for sustainable energy storage
ANR CALHYLCO₂ (2019–2024) – Development of LDH-based catalysts for CO₂ conversion
FEDER FERTI+ (2019–2023) – Composite LDH@pouzzolane systems for controlled-release fertilizers
PIA INIFUGE & ANDRA (2017–2021) – Development of LDH–geopolymer binders with enhanced fire resistance