The activity and selectivity of acid-catalyzed chemistry is highly dependent on the Brønsted
and Lewis acid sites generated by Al substitutions in a zeolite framework with the desired …

The fluid catalytic cracking (FCC) process in petroleum refineries produces enormous
quantities of waste (spent) catalysts as solid waste. Due to stricter environmental …

Transition metal oxides are well-known catalysts for oxidative dehydrogenation thanks to
their excellent ability to activate alkanes. However, they suffer from an inferior alkene yield …

High‐silica zeolite Y (FAU) plays a vital role in (petro) chemical industries. However, the
slow nucleation and growth kinetics of the high‐silica FAU framework limit its direct …

Hierarchical zeolites have attracted significant attention from both academic and industrial
communities due to their exceptional mass transport and accessibility to active sites while …

Low-silica faujasite (FAU) zeolites (with Si/Al ratio of ca. 1.2–1.8) sustain framework integrity
and porosity upon moderate ion exchange (0.01 M NH4NO3 solution for 1 h at ambient …

Adsorption is a promising technology for deep purification of nitrogen oxides (NO x) from flue
gases and simultaneously recycling NO 2 as an economically valuable chemical. Zeolite as …

The zeolite community spent 50 years in pursuing the synthesis of high-silica LTA-type
zeolites, and ultimately succeeded with the pure-silica polymorph by applying specific …

Y Zeolite and its ultra-stabilized hierarchical derivative (USY) as absorbents have low
adsorption capacity for VOCs under humid conditions thus limits their industrial applications …

Zeolites and zeolitic materials are, through their use in numerous conventional and
sustainable applications, very important to our daily lives, including to foster the necessary …