Uncharged Lamellar
Structures: Boehmite
Charged Lamellar
Structures: Clay
Mesoporous Structures:
Zeolite
From the structure of the porous material to its transport properties and reactivity:
operando studies combining temporal and spatial scales
Supporting the development of innovation in the fields of:
- catalysis (refining, petrochemicals, biomass conversion)
- adsorbents (reduction of contaminants)
- renewable energy storage
Synergy between the partners involved in the joint research laboratory (LCR)
State-of-the-art instrumentation in operando mode
Synthesis
Reactivity
Structure
Transport
News
20 Jan
Publication: The Journal of Physical Chemistry C - January 12, 2021
30 Nov
Assemblies of plate-like clay and spherical silica (acting as silts) nanoparticles.
17 Nov
Despite their importance, the structure and reactivity of defects on the external surface of real zeolites are rarely analyzed by quantum calculation.
09 Nov
Back on the first year of CARMEN JRL: video interview with Nathalie Schildknecht, director.
08 Jul
Annual meeting of the steering committee of the CARMEN joint research laboratory
15 Jun
Second-year Master's students, PhD students, Postdocs: join the research teams of the CARMEN joint research laboratory!
01 Jun
TRAPEUR project: Molecular and colloidal transport in multi-structured porous media
11 May
Using quantum calculations and the first molecular model of the edges of gamma alumina crystallites, ...
21 Apr
Following two seminars bringing together a wide range of experts...
14 Apr
Céline Chizallet (IFPEN), Perspective review - ACS Catalysis. 2020, 10, 10, 5579–5601 - Abstract:...
30 Oct
To support the development of innovations for the energy transition, the CNRS, École Normale Supérieure Lyon, IFPEN, Sorbonne University, ...
10 Jul
Meeting of the steering committee of the CARMEN joint research laboratory
