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 …

Effects of H2O on the activity and deactivation of Pd catalysts used for the oxidation of
unburned CH4 present in the exhaust gas of natural-gas vehicles (NGVs) are reviewed …

Direct oxidation of methane (DOM) using molecular oxygen (O2) and hydrogen (H2) is
currently considered to be triggered by in situ produced H2O2 or free hydroxyl radicals (˙ …

Replacing traditional fossil fuels with sustainable and clean energy has been imperative in
order to address the occurrent energy and environmental crises. During this foreseen global …

The effects of the Pd particle size and the Al2O3 crystalline phase of Pd/Al2O3 catalysts on
the CH4 combustion in the presence of H2O were investigated. According to X-ray …

Palladium-based catalysts are widely applied in exhaust catalytic converter and catalytic
combustion systems. The mechanism for methane oxidation on a Pd-based catalyst is …

A two-site mean field extended microkinetic model was developed based on DFT data to
investigate the methane oxidation reaction over PdO (1 0 1) for environmental applications …

Complete catalytic oxidation of methane in the presence of steam at low temperatures (T<
400° C) is a crucial reaction for emission control, yet it presents profound challenges. The …

Palladium-based catalysts supported on metal oxides are attractive for methane combustion
at low temperature. However, at temperatures below 450° C, their tendency to deactivate …

This brief review is focused on recent advancements in methane catalytic oxidation, an
important reaction for environmental remediation and clean power generation. Particular …