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Nickel-aluminosilicate catalysts for ethylene oligomerization: recent . . . Based on the recent literature, I try here to identify the progress attained in this scientific area The first section discusses the main families of Ni-aluminosilicate catalysts used in ethylene oligomerization, paying principal attention to their composition and texture
(205f) Oligomerization of Ethylene on Novel Ni-Siral Catalysts Such catalysts promote reactions that led to high yield and selectivity of linear and cyclic hydrocarbon compounds which are constituents of jet fuel The oligomerization of ethylene is one of the main routes for the conversion of ethylene into hydrocarbon mixtures
Ethylene Oligomerization: Unraveling the Roles of Ni Sites, Acid Sites . . . Herein, four catalysts, consisting of either MFI or BEA as the zeolite framework in the presence or absence of Ni, are compared to explore the individual and collective adsorptive and catalytic contributions of pore topology, Ni sites, and acid sites
(111c) Novel Ni-Siral Catalysts for the Production of Alkenes and Cyclo . . . Previous studies have reported production of 43% yield of liquid products with supercritical ethylene at 65 bar and 200 with 2 8wt % nickel loading of a novel Ni-SIRAL 40 HPV catalyst, consequent of its large pore volume and hence its ability to minimize coking
OLIGOMERIZATION OF ETHYLENE ON NOVEL NI-SIRAL CATALYSTS Such catalysts promote reactions that led to high yield and selectivity of linear and cyclic hydrocarbon compounds which are constituents of jet fuel The oligomerization of ethylene is one of the main routes for the conversion of ethylene into hydrocarbon mixtures
Selective linear ethylene oligomerization over nickel-containing . . . These insights show the potential for improving ethylene oligomerization selectivity and catalyst stability with the utilization of a new class of zeotypes without strong Brønsted acidity, but with the ability to anchor transition metals
Catalytic Ethylene Oligomerization Processes - Nature Recent studies have made substantial strides in the design of Ni-based catalysts aimed at improving ethylene oligomerisation For instance, the development of hierarchical zeolite