This review summarizes the recent literature reports on the development of zeolite
supported Pd catalysts for the complete oxidation of methane. In-depth analysis reveals that …

Methane (CH4) is an attractive energy source and important greenhouse gas. Therefore,
from the economic and environmental point of view, scientists are working hard to activate …

The interfacial structure in heterogeneous catalysis is important for effective and sequential
methane oxidation due to its unique electronic structure. Here, we propose a facile strategy …

Improving sulfur resistance of palladium-based catalysts is crucial for the sustained and
efficient methane combustion. Herein, the surface property of catalysts was rationally …

Porous media (PM) catalytic combustion offers a potential strategy for stable and efficient
combustion of low-concentration methane (LCM). Herein, a porous media catalyst loaded …

Catalytic combustion of methane is a promising technology to abate unburnt methane from
the expanding natural gas industry, and the catalytic performance depends on the electronic …

Propane oxidation is a key reaction in the three-way catalytic reaction. The dispersion state
of Pd species and property of CeO 2 have significant impacts on the C 3 H 8 oxidation over …

In this research, the effect of various promoters (Zr, La, Ce, and Y) on the physicochemical
features and catalytic activities of the BaO (10)-MnO x prepared by the mechanochemical …

Light hydrocarbons are competitive novel energy sources and are expected to be
alternatives to traditional fossil fuels. However, the leakage of unburned light hydrocarbon …

In this work, metal oxides with different phase structures (stannic oxide, zirconia and tin-
zirconium binary oxide) were designed to construct palladium-based catalysts. The factors …