Modern lean-operated internal combustion engines running on natural gas, biogas or
methane produced from wind or solar energy are highly fuel-efficient and can greatly …

Natural gas vehicles (NGVs), as alternatives to gasoline and diesel vehicles, have been
rapidly and widely promoted in the past 20 years. The three-way catalyst (TWC) technology …

In this work, the influence of exhaust parameters on the conversion performance of the Pd–
Rh three-way catalytic converter (TWC) for heavy-duty natural gas engines is investigated by …

Methane, one of the greenhouse gases, is controlled by the catalytic combustion that is the
most efficient method. Herein, ceria-zirconia solid solutions (CeZrO 4) with high specific …

For Pd-based catalysts, facile and fast interconversion between Pd and PdO occurs
continuously during the CH4 oxidation reaction, which makes it challenging to determine …

Methane emissions from vehicles have made a significant contribution to the greenhouse
effect, primarily due to its high global warming potential. Supported noble metal catalysts are …

Abstract Bimetallic Pd/Pt catalysts have recently attracted considerable attention in
controlling emission control of methane. Here, we show the impact of Pd/Pt ratio (1: 0, 9: 1, 3 …

Due to the strong absorbability and excellent activating ability of palladium (Pd) element for
N2, Pd-based materials have become one of the most promising catalysts for electrocatalytic …

Palladium based catalysts are the most active for methane oxidation. The tuning of their
composition, structure and morphology at macro and nanoscale can alter significantly their …

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 …