Zeolite Catalysis and Synthesis

Zeolites are crystalline, microporous solids whose precisely uniform pore channels allow them to sieve molecules by size and shape, making them among the most widely used catalysts in industrial chemistry — from petroleum refining to the conversion of methanol into transportation fuels. Researchers study how these materials form at the atomic level, how their pore architecture governs which molecules can react and which products can escape, and how introducing additional mesopores or hierarchical structures can overcome the diffusion bottlenecks that limit conventional zeolites. Active directions include designing synthesis routes that yield tailored crystal morphologies and pore connectivities, understanding the organic structure-directing agents that template crystallization, and pushing the selectivity and lifetime of zeolite catalysts in reactions like methanol-to-hydrocarbons, where deactivation by coke deposition remains a persistent challenge.

Works

84,059

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1,623,000

Keywords

ZeolitesCatalysisMesoporous MaterialsHierarchical ZeolitesMethanol-to-HydrocarbonsMicroporous Crystals