The exceptional catalytic performance of zeolites is due to the presence of active sites in a
shape-selective environment, ie, in micropores with molecular dimensions. The present …

The methanol-to-aromatics (MTA) process is regarded as a promising route to produce
aromatic commodities through non-petroleum carbon resources, such as biomass, waste …

Zeolites are of great interest to the scientific and industrial communities due to their
interesting catalytic properties, such as high specific area, shape selectivity, and thermal and …

Mass transport limitations in zeolite catalysts pose major hurdles for their optimal
performance in diverse chemical reactions. Most approaches to reduce these restrictions …

Zeolite-supported metal catalysts are widely employed in a number of chemical processes,
and the stability of the catalytically active species is one of the most critical factors …

Zeolite-supported metal catalysts containing hydrogenation centers and acid sites are
promising in the chemoselective hydrogenation of biomass platform molecules into value …

A myriad of tetrahedral molecular sieve frameworks, often siliceous, can be calculated in
silico. Only a tiny fraction (< 0.1%) of these can be synthesized on purpose. Only a small …

The performance of zeolite catalysts depends not only on the strength and number of
Brønsted acid (or exchange) sites but also on synergistic effects derived from their proximity …

The application of probe molecules is the state-of-the-art method to quantitatively determine
accessibility and spatial distribution of catalytically active sites on solid materials. Knowing …

The inner architecture of zeolite crystals beneath the zeolite surface is the missing part in
understanding the crystallization of zeolites and in their thoughtful post-synthesis …