One of the important choices for achieving decarbonization goals on a large scale is the
extensive use of H 2. However, the highly reactive nature of H 2 often leads to challenges …

Due to its low NO x emission index, the micromix burner technology is a promising
alternative for using hydrogen in combustion. Various universities and research centers in …

The increasing demand for sustainable aviation solutions has intensified the development of
hydrogen-fueled gas turbine combustors, necessitating advanced manufacturing techniques …

Micromix fuel injection strategies for hydrogen combustion produce multiple, distributed,
compact, and often stratified flames. Single injectors can present highly-tridimensional and …

Hydrogen combustion is a promising alternative to fossil fuel combustion in an effort to
reduce our carbon footprint. However, hydrogen combustion is prone to thermodiffusive …

Hydrogen micromix combustion is a promising technology to reduce the environmental
impact of both aero and land-based gas turbines by delivering carbon-free, and potentially …

Hydrogen is one of the most promising fuels to decarbonize energy systems since it has a
high specific energy, a carbon-free combustion process, and may be produced sustainably …

Micromix combustion technology has been identified as a promising strategy to mitigate the
risks associated with burning high-hydrogen-content fuels. This technology has recently …

In this study, we present experimental temperature and concentration measurements for
100% H2-air flames, stabilized via micro-mix fuel injection into a swirling crossflow of air …

Hydrogen emerges as a favorable alternative fuel for industrial gas turbines, offering the
potential for zero carbon emissions. This study explores the numerical methods for modeling …