Brought to life more than half a century ago and successfully applied for high-value
petrochemical intermediates production, nickel-catalyzed olefin oligomerization is still a very …

Demand for propene as a petrochemical building block keeps growing, while its availability
has been decreased by the adoption of shale gas resources, among others. Efforts to …

Light alkene oligomerization on heterogeneous acidic catalysts is widely and successfully
used in current commercial processes. However, ethylene oligomerization remains …

The selective conversion of ethylene into propylene (ETP) has garnered significant attention
due to the growing demand for the product of this reaction in the petrochemical industry. In …

In order to detail the hydrocarbon pool mechanism of the zeolite-catalyzed ethene to
propene (ETP) conversion, ethene conversion was conducted over H-UZM-35 zeolite in the …

Single-site Ni (II) catalytic centers supported on MCM-41-type materials were prepared via
surface organometallic chemistry using tailored thermolytic molecular precursors. These …

This perspective focuses on the production of propylene from n-butenes or ethylene only in
catalytic cascade reactions. The studies reviewed here demonstrated that in a single reactor …

Light alkenes are among the main petrochemical intermediate products, the consumption of
which is steadily growing. Using ethylene as an example, the possibilities of using …

The reaction mechanism of the direct conversion of ethylene to propene over Ni-containing
catalysts is assumed in literature to comprise (i) ethylene dimerization to 1-butene,(ii) butene …

In this work the direct conversion of ethene to propene was carried out using bimetallic Ni-
Mo and Ni-Re over MCM-41 and aluminized MCM-41. It was intended to improve typical Ni …