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 …

Hydrogen blending in natural gas is an effective way of carbon reduction. The effect of
hydrogen blending on the reaction pathway of NO x emission from natural gas combustion …

In this paper, the flame structural parameters, OH* distribution characteristics, and dynamic
behavior of the global heat release rate of a novel multi-nozzle micromix model combustor …

To maximise power density practical gas turbine combustion systems have several injectors
which can lead to complex interactions between flames. However, our knowledge about the …

The crux of the technical issues facing the development of hydrogen gas turbine engines is
the problem of how to enable low NOx, low dynamics combustor operations without …

The present experimental investigation is concerned with combustion dynamics of lean-
premixed multislit hydrogen-air flames, with the aim of addressing some of the central …

The mixing characteristics of hydrogen and air are vital to combustion performance.
Excellent hydrogeni–air mixing is required to avoid hot spots in the reactivity of hydrogen in …

The utilization of hydrogen-blended hydrocarbon fuels, or even completely carbon-free fuels
like pure hydrogen and ammonia, will be indispensable in the effort to reduce anthropogenic …

The present work is dedicated to understand the effects of steam dilution on the structure
and stability of a micromix H 2/air swirl flame. The flame structure and stability were obtained …

Key issues facing the development of hydrogen gas turbines include achieving low NOx
emissions on hydrogen-enriched fuels, prevention of flashback and thermoacoustic …