State-of-the-art developments in oxidation activity and deactivation mechanisms of the
diesel oxidation catalyst (DOC) are reviewed. The effect of temperature, hydrocarbons, CO …

There have been ongoing research efforts focused on layering or zoning different
washcoats/active metals on the catalysts constituting diesel aftertreatment systems: the …

Deep catalytic removal of nitrogen oxides is one of the widespread research topics, mainly
limited by the low temperature activity and hydrothermal stability of the first step for NO …

Because of their special physicochemical properties, pore-structured metal oxide catalysts
are widely used in environmental catalysis, energy chemicals, fuel cells, medicine, and other …

This paper presents an improved model for pressure drop in a honeycomb monolith reactor,
which configuration is widely used in automotive exhaust gas after treatment systems. The …

Alcohol net-zero carbon fuels will play a significant role in decarbonization of the hard-to-
electrify transportation sectors. However, the combustion process in alcohol-fueled engines …

A global kinetic model was developed for co-oxidation of n-dodecane and NOx on state-of-
the-art DOC. The model captures the impact of HC (0.1–1.8% C1) and NOx feed …

To decrease the diesel vehicle emission, polymer-assisted platinum-based catalysts having
an improvement in the dispersion of platinum were developed. This work investigated the …

Eliminating vehicle emission is of importance due to the severe limit value. The work reports
a convenient strategy of improving dispersion of platinum-based catalyst with the assistance …

Detailed understanding of the poisoning mechanism in Diesel oxidation catalysts (DOCs) is
the key to prevent long term catalyst deterioration in vehicles. The present work studies …