The direct oxidation of propylene to propylene oxide (PO) using molecular oxygen has many
advantages over existing chlorohydrin and hydroperoxide process, which produce side …

Propylene epoxidation reaction is a significant catalytic process utilized in a diverse range of
other industrial processes and has been employed for the synthesis of numerous high-value …

A numerical model for vapor–liquid two-phase detonation is developed using computational
fluid dynamics and combustion theory to address challenges in estimating transient dynamic …

Energy output and heating effects are essential for vapor-liquid fuel/air cloud detonation in
the fuel-air explosive (FAE) applications or explosion accidents. The purpose of this study is …

1, 2-Propylene oxide (PO, C3H6O) is considered as a promising agent for improving fuel. In
this work, the effect of PO additives on the species pool in a premixed burner-stabilized fuel …

The direct epoxidation of propylene is one of the most important selective oxidation
reactions in industry. The development of high-performance copper-based catalysts is the …

Propylene oxide (PO) is one of the 50 most produced chemicals according to the production
volume. Environmental and economic drawbacks of conventional PO production processes …

The direct epoxidation of propylene on Ag (1 1 1) under different oxygen coverage
conditions was systemically studied on the basis of density functional theory calculation and …

Abstracts As an environmentally friendly way, propylene epoxidation forming propylene
oxide (PO) catalyzed by Ag-based catalyst had received considerable attentions, which was …

A combinatorial approach is used to investigate several bimetallic catalytic systems and the
promoter effect on these catalysts to develop highly active and selective catalysts for direct …