Research area
Synthesis-structure-function relationships of heterogeneous catalysts
About us
Excellence
Innovative synthetic approaches for designing zeolites at sub-nm level; advanced characterization of the atomic-level active site structure; alternative “green” catalytic routes towards value-added chemicals
Mission
To revolutionise the conventional thinking about advantages and limitations of heterogeneous catalystsby establishing a new class of single-site zeolite acid catalysts. These engineered materials will foster comprehensive experimental and computational studies on structure-function relationships in heterogeneous catalysts and trigger the emergence of innovative catalytic routes towards value-added chemicals. In addition to potentially increasing the activity and selectivity of this new generation of zeolite catalysts, their use will provide predictable catalytic processes highly desirable for industrial-scale chemistry.
News
- International Symposium on Zeolites and MicroPorous Crystals 2024 and post-ZMPC2024 SchoolMariya has attended the International Symposium on Zeolites and MicroPorous Crystals 2024 on July 21-25… Read more: International Symposium on Zeolites and MicroPorous Crystals 2024 and post-ZMPC2024 School
- School of Catalysis 2024As every year in May, School of Catalysis has gathered young researchers, esteemed scientists and… Read more: School of Catalysis 2024
- International Zeolitic Materials SchoolThe International Zeolitic Materials School brought together young researchers with interest in the synthesis, characterization… Read more: International Zeolitic Materials School