Cu/SSZ-13 has considered being a good candidate for NH 3-SCR catalysts. However, in
real world, Cu/SSZ-13 inevitably expose to alkali metals deposit and hydrothermal aging …

The control of nitrogen oxides (NO x) from heavy-duty diesel vehicles is becoming
increasingly urgent due to its detrimental effects on the environment. Cu-SSZ-39, with its …

The monomeric cupric ion (Cu 2+) species coordinated to four nitrogen ligands (CuN 4) is
recognized as a possible active site for particulate methane monooxygenase (pMMO) of the …

Dynamic motion of NH3-solvated Cu sites in Cu-chabazite (Cu-CHA) zeolites, which are the
most promising and state-of-the-art catalysts for ammonia-assisted selective reduction of …

Automotive catalysts are continuously exposed to different poisons and to high temperature,
which result in hydrothermal aging. Phosphorus is one of the poisons that the catalyst could …

Based on the in situ DRIFTS studies, the mechanism of formation and decomposition of
NH4NO3 (decomposition to N2O) over Cu-SSZ-13 with different Cu loadings was …

Temperature-programmed desorption (TPD) with ammonia is widely used for zeolite
characterization revealing information on acidity and adsorption sites. The interpretation of …

Recently copper ion-exchanged LTA zeolites were proved to be robust for NH 3-SCR
reaction. In this study, Cu/LTA catalysts with Si/Al= 15 and Cu/Al= 0.4 were synthesized via …

Cu-SSZ-13 represents one of the most promising catalysts for selective catalytic reduction of
NO x with ammonia (NH 3-SCR), but it has remained challenging to gain superior low …

In this study, Cu/LTA and Cu/SSZ-13 catalysts are examined for sulfur poisoning and
regeneration. The nature of the Cu species was probed with H 2-TPR and in-situ DRIFTS …