MoP/Hβ catalyst prepared by low-temperature auto-combustion for hydroisomerization of n-heptane

In situ fast pyrolysis of biomass with zeolite catalysts for bioaromatics/gasoline production: A review

“…Brønsted acid sites are more likely to participate in the fast pyrolysis of biomass due to the nature of the various intermediate reactions involved. These acid sites have been previously shown to be active for the conversion of methanol to olefins and for gasoline transformations [161][162][163][164]; hydrocracking/cracking of naphtha [165,166], isomerization [167,168], polymerization [169,170], alkylation [106,171], aromatization [172,173] and other reactions involving C-O and C-C bonds cleavages. All of these reactions have been observed to occur during pyrolytic biomass-upgrades [174].…”

Simultaneous N2O Reduction and CO Oxidation over Pristine and Doped Molybdenum Phosphide (001) Surfaces: A Density Functional Theory Study

“…The MoP surfaces are also known for effectively catalyzing reactions like hydrodesulfurization 43,44 hydrodechlorination, 45 and hydroisomerization. 46 Fueled by the prior studies, this work aimed to explore the potential of pristine and metal-doped MoP (001) surfaces as a noble-metal-free catalyst for N 2 O and CO conversion by performing periodic simulations based on the formalism of density functional theory (DFT). Four TMs, Ti, V, Cr, and Mn, that are inexpensive, nontoxic, and readily available were chosen to dope the MoP surface and screened for N 2 O decomposition based on the energy barrier.…”

“…First-principles calculations have been carried out to study the hydrodenitrogenation mechanism of o -propylaniline and pyridine on MoP surfaces (001) and (010), respectively. , Deamination of aniline and N 2 reduction have been investigated over the MoP (001) surface. The MoP surfaces are also known for effectively catalyzing reactions like hydrodesulfurization , hydrodechlorination, and hydroisomerization …”

Platinum and Molybdenum Oxide Supported on Mesostructured Silica Nanoparticles for n-Pentane and Cyclohexane Isomerization

“…The growing level of environmental awareness contributes to strict regulations on aromatic compounds in gasoline content. Thus, catalytic isomerization of alkane gives a significant effect to increase the octane number of gasoline [1]. However, the practical application of this process has only been restricted to C4/C6 alkanes due to the undesirable cracking products obtained from the isomerization of long-chain alkanes [2].…”