The distributions of heteroatoms within zeolite frameworks have important influences on the
locations of exchangeable cations, which account for the diverse adsorption and reaction …

Chabazite (CHA type) zeolite is notoriously difficult to synthesize in the absence of organic
structure-directing agents owing to long synthesis times and/or impurity formation. The ability …

Inverse gas chromatography was used to investigate the Henry adsorption constants,
adsorption enthalpies, and entropies of n-alkanes and 1-alkenes up to C12 on the small …

Use of FAU zeolite to form other zeolites (IZC) with the use of an organic structure directing
agent (OSDA) has gained great traction. Here we show that the use of a reagent (CBV-720 …

Zeolite synthesis is known as a difficult-to-control process, with many degrees of freedom
that have a partially uncharted impact on the final product. Due to this, many zeolite …

The inter‐zeolite conversion is a method to convert one meta‐stable zeolite to a
thermodynamically stable zeolite. Despite the enormous interest, this method is yet to be …

Fine-tuning of active sites in zeolites makes it possible to achieve targeted catalytic activity
for many industrial processes. Incorporation of zinc into aluminum-free zeolites grants Lewis …

Synthesis-structure-activity relations are reported, describing how interzeolite conversion
(IZC) allows synthesis of ZSM-5 (MFI framework) with fixed physicochemical properties …

Interzeolite transformation is a rapidly develo** method of zeolite synthesis, which allows
a precise design of the active site structure. We report on the application of MOR to MFI …

Zeolites have been the most important industrial adsorbents and catalysts in the energy and
petrochemicals sector and grow rapidly in innovative applications in new energies and …