Controlling zeolite structures and morphologies using polymer networks

Abstract

Polymers have attracted considerable attention in the synthesis of zeolites with controllable structures and morphologies (sizes and shapes) because of their three-dimensional networks, abundant functional groups and designed molecular sizes. Polymer networks can function as a space-confinement additive, a mesopore-forming agent, etc., and significantly affect zeolite nucleation and growth processes. This paper highlights the preparation of hollow/core-shell structures, zeolite nanocrystals, zeolite crystals with tunable shapes and mesoporous structure.