Methane oxidation in palladium/zeolite catalysts: Facilitating palladium oxide formation and elucidating the reaction mechanism
Pd/zeolite catalysts are a promising alternative to conventional Pd/Al2O3 for CH4 oxidation
in wet conditions. Understanding how PdO nanoparticle formation is affected by the Pd …
in wet conditions. Understanding how PdO nanoparticle formation is affected by the Pd …
Flame kernel evolution and shock wave propagation with laser ignition in ethanol-air mixtures
Flame kernel evolution and shock wave propagation in ethanol/air mixtures with laser
ignition in a constant-volume chamber was investigated by means of high-speed Schlieren …
ignition in a constant-volume chamber was investigated by means of high-speed Schlieren …
Transient kinetic analysis of passive SCR systems for NH3 abatement from natural gas fueled heavy duty engines over dual-layer ASC catalysts: An experimental and …
N Usberti, S Ciria, S Golini, G Mancino, EM Borla… - Applied Catalysis B …, 2022 - Elsevier
Air-to-fuel ratios fluctuating around the stoichiometric value enable the best CH 4, NO X and
CO abatement performance of the three-way catalytic converters implemented in NGVs after …
CO abatement performance of the three-way catalytic converters implemented in NGVs after …
Effects of including a NOx storage component on a TWC when using a lean spark ignition gasoline engine combined with a passive SCR system✰
A three-way catalyst (TWC) and a TWC with a NO x storage component (NS-TWC) were
evaluated on a lean spark ignition (SI) engine platform to reduce the fuel consumption and …
evaluated on a lean spark ignition (SI) engine platform to reduce the fuel consumption and …
Double wall cooling of an effusion plate with simultaneous cross flow and impingement jet array internal cooling
D Ritchie, A Click, PM Ligrani… - … for Gas Turbines …, 2019 - asmedigitalcollection.asme.org
Considered is double wall cooling, with full-coverage effusion-cooling on the hot side of the
effusion plate, and a combination of impingement cooling and cross flow cooling, employed …
effusion plate, and a combination of impingement cooling and cross flow cooling, employed …
Experimental study and model predictive control of a lean-burn gasoline engine coupled with a passive selective catalytic reduction system
Lean-burn gasoline engines have demonstrated 10–20% engine efficiency gain over
stoichiometric engines and are widely considered as a promising technology for meeting the …
stoichiometric engines and are widely considered as a promising technology for meeting the …
Non-Uniform Cylinder-to-Cylinder Combustion for Ammonia Generation in a New Passive SCR System
Lean burn gasoline engine is a promising technology for reducing the fuel consumption by
passenger cars. However, cost-effective NO x emissions control for lean burn gasoline …
passenger cars. However, cost-effective NO x emissions control for lean burn gasoline …
Model-based predictive control and dithering control for an integrated gasoline engine and three-way catalytic converter system
Controls of integrated gasoline engine and aftertreatment systems are critical for fuel
efficiency improvement and emission regulation. This paper aims to develop novel model …
efficiency improvement and emission regulation. This paper aims to develop novel model …
Non-uniform combustion based mode switching control for a passive SCR system
Lean combustion is a promising technology for gasoline engines to achieve high engine
efficiency due to reduced pumping loss during part-load operations. Cost-effective NOx …
efficiency due to reduced pumping loss during part-load operations. Cost-effective NOx …
Configuration and control design for a passive SCR system with NOx storage capability
Passive selective catalytic reduction (SCR) systems have been considered as a promising
technology for reducing NOx emissions for highly-efficient lean burn gasoline engines …
technology for reducing NOx emissions for highly-efficient lean burn gasoline engines …