The catalytic combustion of methane has gained much attention as a sustainable
technology, due to concerns about the environmental impact of unburnt methane emissions …

We introduce a microwave (MW)-assisted heterogeneous catalytical setup, which we
carefully examined for its thermal and performance characteristics. Although MW-assisted …

As a model for the energy-efficient aftertreatment of exhaust gas components, we studied
microwave-assisted (MW) CO oxidation over a (La, Sr) CoO3-δ (LSC) perovskite oxide …

Future vehicle powertrain systems with internal combustion engines must achieve higher
efficiencies and further reduced pollutant emissions. This will require the application of new …

Wall coating modification has been a potential solution to organize the combustion process
in space-constrained system. For this purpose, CeO 2 do** effects on the flame stability of …

Future internal combustion engines using novel fuels and combustion systems have the
potential to achieve ultra-high efficiency and lowest pollutant emissions to comply with future …

Using oxygen carrier to relieve uneven mixing of fuel and air under harsh conditions (high
temperature and short residence time) is a promising strategy to improve fuel efficiency. In …

In this study, we analyzed the role of a series of BaMn1− xNixO3 (x= 0, 0.2, and 0.4) mixed
oxide catalysts, synthesized using the sol–gel method, in NOx-assisted diesel soot …

The article discusses the use of a catalyst inside the cylinder, the task of which is to reduce
exhaust emissions from a diesel engine. The catalyst (platinum) applied to the glow plugs …

The article presents computational researches of the working process of a two-stroke
engine. The engine uses pistons modified with catalytic materials. Calculated indicator …