Alkylbenzenes form an important segment of petrochemical industry for the manufacture of
widely used commodities and specialty products. Since the last review on this topic (8) …

In the past decades, considerable achievements have been made in CO 2 hydrogenation to
various C1 chemicals, lower olefins, and gasoline. However, the synthesis of aromatics from …

IM-5 zeolite is a high-silica shape-selective zeolite that is expected to replace ZSM-5 in
some petrochemical process. Herein, highly crystalline mesoporous IM-5 was successfully …

The layered MFI zeolite allows a straightforward hierarchization of the pore system which
accelerates mass transfer and increases its lifetime as a catalyst. Here, we present a …

This study reports on the seeded synthesis of zeolite Beta in fluoride media. Crystal growth
kinetics of the material as a function of seed content, crystallization temperature and Si/Al …

The recent progress, particularly in this decade, in catalytic applications of mesoporous ZSM-
5 was reviewed. Mesoporous ZSM-5 materials aim to combine the shape-selectivity from …

The choice of binder material, added to a zeolite‐based catalyst body, can significantly
influence the catalyst performance during a reaction, ie its deactivation and selectivity. In this …

The performance of zeolite‐based catalyst extrudates can be largely influenced by the
choice of binder material. To investigate these binder effects in zeolite‐based catalyst …

Nanoporous crystalline aluminosilicates, zeolites, are synthesised by solvothermal method
producing three-dimensional (3D) crystals. An alternative, more controllable approach of …

There is not a unique Brønsted acid site for aluminosilicates (ASAs). IR spectroscopy
following CO adsorption proves the creation of Brønsted acid sites on Al/SiO2 ASAs, which …