It is of practical importance to develop a stable and accessible methane combustion catalyst
which could retain an excellent activity under drastic conditions. Herein, we introduce a …

Nanorod-like phosphorus-doped ordered mesoporous γ-alumina (OMA), which has
abundant ordered pore channels in the nanorods, was rapidly synthesized through a …

Multicomponent catalysts have been long known for their potential to improve catalytic
performance, whereas rational design proposes profound challenges. Herein, we present a …

Lean methane combustion through efficient catalysis is an intensely important way to reduce
environmental pollution. Notably, palladium-based catalysts are promising catalytic …

To limit further rising levels in methane emissions from stationary and mobile sources and to
enable promising technologies based on methane, the development of efficient combustion …

The preparation of palladium-based catalysts with both high catalytic activity and
hydrothermal stability currently appears as a critical topic in methane combustion. Herein …

Improving catalytic activity and stability is imperative for efficient methane oxidation and
emission control. Herein, we proposed a designed one pot strategy adopting deoxycholic …

Poor low-temperature catalytic activity and durability are the main drawbacks of palladium-
based catalysts for methane combustion. Herein, stable and active PdO particles are …

Maximizing the use of palladium without compromises in catalytic activity and stability in the
combustion of methane is extremely challenging due to the harsh operation conditions. To …

Supported palladium (Pd) catalysts are widely utilized to reduce the emission of exhaust
CH4 from lean-burn engines by catalytic combustion. A large amount of water vapor in the …