Natural gas (with methane as its main component) provides an attractive energy source
because of its large abundance and its high heat of combustion per mole of carbon dioxide …

With the switching from fossil to renewable fuels, a wide range of cogeneration technologies
needs to be re-assessed to analyze their efficiency, lifetime, and maintenance performance …

Over the last three decades, High Temperature Air Combustion (HiTAC) has contributed
much to become the leading technology for fossil fuel conversion in industrial furnaces …

Even in the presence of the formidable growth of renewable energy sources, advanced
combustion processes have and will continue to have an irreplaceable role as a driving …

Pure hydrogen moderate or intense low-oxygen dilution (MILD) combustion offers a
potential solution to meet low NO emission needs while achieving rapid decarbonization for …

This study focuses on combustion, emission, and performance analysis of JET-A fuel blends
with various additives using a micro gas turbine engine. The amount of oxygen in fuel …

The effect of hydrogen doping ratio on the flow and temperature fields in the combustor and
the emission of the main pollutants (CO and NO x) for a constant excess air coefficient, a …

The tremendous increase in energy demand due to increased population and rapid
economics results in an increased level of atmospheric pollutants and global warming. The …

A novel external combustion-air adjustment method (ECAM) is proposed to control the
reaction zone fuel-air ratio under off-design loads. The combustion-air is redistributed by …

Autoignition and stabilization of distributed combustion regimes have been proved to occur
when a sufficient entrainment of hot species in the fresh reactants jets is reached, thus …