Zeolites with ordered microporous systems, distinct framework topologies, good spatial
nanoconfinement effects, and superior (hydro) thermal stability are an ideal scaffold for …

Zeolites with well-defined micropores have been widely used as heterogeneous catalysts in
the fields of petroleum refining, fine chemicals, and environment protection. However, the …

Membrane separation is an energy‐efficient and environmentally friendly process. Two‐
dimensional (2D) molecular sieving membranes featuring unique nanopores and low …

Zeolites are highly efficient industrial catalysts and sorbents with microporous framework
structures. Approximately 10% of the frameworks, but eventually all in the long run, have …

It remains a major challenge to abate efficiently the harmful nitrogen oxides (NO x) in low-
temperature diesel exhausts emitted during the cold-start period of engine operation …

Abstract 2D materials have proved their potential in nearly every area of material science
and chemistry. Unfortunately, large‐scale production of nanosheets is not straightforward …

Zeolites, a class of silica-based porous materials, have been widely employed in the
chemical industry for uses such as sorption, separation, catalysis and ion exchange …

Zeolites today are a unique and highly successful class of catalytic materials, but their role in
future low-carbon scenarios comes into question. This perspective article summarises the …

Zeolites have many uses and are continually developed for catalysis and separations as
highly active, selective and thermally stable materials with microporous framework structures …

Zeolite nanosheets with an extremely thin thickness featuring both unique pore systems and
low diffusion resistance have the potential to achieve enhanced catalytic performance in the …