Nitrogen oxides (NOx= NO+ NO2) emitted from a stationary combustion chamber (including
waste to energy plants) or engines cause numerous undesirable environmental effects …

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 get a general understanding of hydrogen fuel usage in a real-condition high-pressure
industrial gas turbine burner operating at 15 atm pressure, the effects of hydrogen addition …

In this paper, a novel swirl multi-nozzle micromix combustor has been designed for the
Integrated Gasification Combined Cycle (IGCC) gas turbine. The flame structure within the …

In the global pursuit to minimize carbon emissions, hydrogen has emerged as a prominent
alternative energy solution. This research introduces a thermally efficient, scalable, and …

In the present study, a multi-nozzle hydrogen burner based on the micromix combustion
principle (MCP) and designed to operate under atmospheric pressure and without …

A set of novel fuel injectors has been developed and manufactured for systematic evaluation
of the combustion performance of hydrogen and hydrogen/natural gas mixtures. The test …

Flame stabilization, flame structure, and pollutant emissions are investigated experimentally
on a swirled injection system operating with globally lean air/hydrogen mixtures at …

Hydrogen combustion is emerging as one of the most promising options for future
commercial aircraft propulsion. Transition from fossil fuels to hydrogen is expected to take …

Micro gas turbines are widely used in distributed power generation systems. However, the
combustion of gas turbine combustors produces a large amount of nitrogen oxides (NOx) …