Will Nano-Zeolites have an impact on the Energy Transition…& beyond?

February 05, 2025 ( 14:00 )

Lecture hall CH3, Faculty of Science, Hlavova 8, Praha 2

Add to Calendar 02/05/2025 14:00 Europe/Prague Will Nano-Zeolites have an impact on the Energy Transition…& beyond?

After a short introduction highlighting the current importance of zeolites in oil refining and petrochemistry, I will introduce the "Zeolite Crystal Engineering" as practiced in Caen. Nanosized zeolites are just one facet of Zeolite Crystal Engineering where the properties of a particular structure are tuned to meet the requirements of specific applications.

Nanozeolites are not only a laboratory invention but a commercial reality that found its place in catalytic processes and separations by adsorption. However, as potentially new applications of zeolites in the energy transition will push them outside their current comfort zone (i.e. working at high T in very endothermic reactions or working in hot water conditions), their resilience to extreme environment will be tested.

I will use two examples, one in catalysis (CH4 upgrading to H2 and aromatics) and one in adsorption (selective CO2 adsorption from a CH4/CO2 mixture) to highlight their potential and illustrate the challenges encountered.

Finally, I will show promising results leading to the use of nanozeolites in glioblastoma (a debilitating form of brain cancer) theragnostic.

Lecture hall CH3, Faculty of Science, Hlavova 8, Praha 2

After a short introduction highlighting the current importance of zeolites in oil refining and petrochemistry, I will introduce the "Zeolite Crystal Engineering" as practiced in Caen. Nanosized zeolites are just one facet of Zeolite Crystal Engineering where the properties of a particular structure are tuned to meet the requirements of specific applications.

Nanozeolites are not only a laboratory invention but a commercial reality that found its place in catalytic processes and separations by adsorption. However, as potentially new applications of zeolites in the energy transition will push them outside their current comfort zone (i.e. working at high T in very endothermic reactions or working in hot water conditions), their resilience to extreme environment will be tested.

I will use two examples, one in catalysis (CH4 upgrading to H2 and aromatics) and one in adsorption (selective CO2 adsorption from a CH4/CO2 mixture) to highlight their potential and illustrate the challenges encountered.

Finally, I will show promising results leading to the use of nanozeolites in glioblastoma (a debilitating form of brain cancer) theragnostic.