The deactivation phenomenon of HZSM-5 catalysts (SiO 2/Al 2 O 3 ratio= 30–280) in the 1-
butene oligomerization has been studied. Experiments were performed in a fixed-bed …

Ethylene oligomerization into liquid fuels at slightly over atmospheric pressure has been
studied due to its interest to valorize online the excess of ethylene in sustainable olefins …

The catalytic conversion of hydrocarbon molecules over an acidic silica-aluminum molecular
sieve is the core of the petrochemical and coal chemical industry. Finely controlling the …

The well-studied methanol to hydrocarbons reaction over a ZSM-5 zeolite catalyst has been
used to develop a spectro-kinetic approach to obtain an overall reaction mechanism …

Jet fuel production from ethylene oligomerization opens a sustainable pathway to clean
sulfur-free fuel that is increasingly in demand due to the potential renewable origin of …

In this study, hierarchically porous SAPO-18 catalysts with abundant intracrystalline
mesopores were designed and fabricated with a cost-effective non-surfactant cationic …

The development of shaped zeolite-based catalyst bodies with high performance for the
production of fuels and chemicals requires the addition of binder materials. Thus, alumina …

The catalytic properties of bifunctional ZSM-5@ t-ZrO 2 catalyst for methanol thiolation were
revealed by using methanol and H 2 S as probe molecules. Taking the ZSM-5/t-ZrO 2 …

Commercial spectroscopic gas–solid cell reactors are routinely used to analyze the
dynamics of the catalyst (catalyst pelletized as a disc) structure and retained/adsorbed …

The valorization of low‐grade industrial residues into valuable materials has been a way to
reduce the impact of the industry on planetary boundaries. Silicon‐rich wastes have been …