Great interest has arisen in the past years in the development of hierarchical zeolites, having
at least two levels of porosities. Hierarchical zeolites show an enhanced accessibility …

Zeolites are crystalline aluminosilicates with three-dimensional microporous structures. They
have been used as ion-exchangers, catalysts, and adsorbents in various fields such as oil …

The discovery of ordered mesoporous materials has opened great opportunities for new
applications in heterogeneous catalysis, thanks to their hitherto unprecedented intrinsic …

The field of hierarchical zeolites in general and mesoporous zeolites in particular has seen
tremendous growth over the past decade, as part of the ongoing efforts to alleviate the …

Encapsulation of metal nanoparticles in a zeolite matrix is a promising route to integrate
multiple sequential reactions into a one-pot and one-step tandem catalytic reaction. We …

The increasing environmental concern and promotion of “green processes” are forcing the
substitution of traditional acid and base homogeneous catalysts by solid ones. Among these …

The introduction of synthetic zeolites has led to a paradigm shift in catalysis, separations,
and adsorption processes, due to their unique properties such as crystallinity, high-surface …

The demand for environmentally friendly and more efficient technology has enhanced
interest in the use and development of porous solids. These materials typically have high …

This review focuses on the synthesis, crystallization mechanism, and application of colloidal
zeolites. The synthesis formulations and features of different zeolite-type structures prepared …

Shaped zeolite nanocrystals and larger zeolite particles with three-dimensionally ordered
mesoporous (3DOm) features hold exciting technological implications for manufacturing …