The elimination of pollutants from diesel exhaust has received widespread research
attention as they cause serious air pollution and pose a threat to human health. Catalytic …

The high activity observed on Pd impregnated MnOx–CeO2 solid solution catalysts for low
temperature CO oxidation is investigated through in situ extended X-ray absorption fine …

It is becoming increasingly urgent to develop and utilize novel, more efficient and stable
materials for mobile and stationary emission control applications as the deleterious …

The fossil fuel run engines emit hazardous pollutants like CO, unburnt hydrocarbons, NOx,
etc., due to partial burn of the fuel. These pollutants are converted to nontoxic elements like …

Pd catalysts are highly active for CO oxidation but suffer from inhibition by NO at low
temperatures (< 150° C). We posit that incorporation of Cu into the Pd catalyst will improve …

Passive selective catalytic reduction (SCR) is a promising approach for the control of NO X
emissions in lean burn gasoline exhausts. It requires ammonia (NH 3) to be produced over a …

The present research has probed the effect of different thermal-treatment temperatures on
the catalytic activity of CO oxidation and the physio-chemical properties of an OMS-2 …

Modification of local bamboo‐based catalytic activated carbon with metallic Ag can produce
mesopore and micropore types, with a mesopore content of 86%. One of the best ways to …

This study presents the synthesis and characterization of lanthanum-modified alumina
supported cerium–manganese mixed oxides, which were prepared by three different …

Vehicle aftertreatment systems, including diesel oxidation catalysts (DOCs) and three-way
catalysts (TWCs), have been successful in reducing diesel/gasoline vehicle emissions (CO …