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 …

This review provides a comprehensive summary of current hydrocracking applications, and
presents recent advances in the synthesis and structure/composition control of various …

Aqueous-phase sugar isomerization is catalyzed at lower turnover rates when Lewis acid
active sites are confined within high-defect zeolite micropores, because intraporous silanol …

Direct conversion of ethanol to butadiene (ETB) is a promising process for the production of
renewable butadiene, but it still confronts great obstacles such as low butadiene selectivity …

Lewis acidic catalytic materials are investigated for the regioselective ring opening of
epoxides with alcohols. For ring opening epichlorohydrin with methanol, the catalytic activity …

A salen-based Ce-MOFs contained rich uncoordinated imine (− CH= N−) groups (termed as
N-Ce-salen) has been synthesized by using solution-diffusion method. Furthermore, the as …

Most conventional zeolite synthesis takes place in closed batch autoclaves that cannot be
monitored or controlled during the process. Moreover, the study of time-dependent …

Metal-incorporated zeolites as heterogeneous Lewis acid were applied in the ring-opening
acidolysis of ethylene oxide with acrylic acid to prepare 2-hydroxyethyl acrylate (HEA). The …

Polymer grafting is a well-known method for surface modification. It improves the interfacial
adhesion of the particle with the epoxy. In this study, aluminum oxide (Al 2 O 3) was …

Lewis acidic zeolites are robust catalytic materials that are capable of a range of important
chemistry for fine chemical production, including the epoxide ring opening with alcohols …