Hydrogen is a promising fuel because it has good capabilities to operate gas turbines. Due
to its ignition speed, which exceeds the ignition of traditional fuel, it achieves a higher …

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 CFD study conducted with the geometry of a mini gas turbine engine using kerosene
as fuel, colorless distributed combustion conditions were achieved by increasing the N 2 …

The carbon reduction policy to address environmental change has increased the storage,
transportation, and use of clean energy represented by hydrogen (H 2) and natural gas …

The higher demand for temperature rises and low-pollution combustion methods make it
more problematic to regulate the outlet temperature distribution (OTD) of advanced gas …

The aeroderivative gas turbine is widely used as it demonstrates many advantages. Adding
hydrogen to natural gas fuels can improve the performance of combustion. Following this …

This study investigates hydrogen and hydrogen-methane mixtures as alternative fuels for
industrial burners, focusing on combustion dynamics, flame stability, and emissions. CFD …

Recent research has increasingly focused on the stable combustion of H 2-enriched fuels to
reduce carbon and thermal NO x emissions, with the aim of reducing the adverse effects of …

In an effort to achieve worldwide decarbonization goals, a range of low-carbon fuels is being
proposed for use in power-generation gas turbines. Two promising fuels are hydrogen and …

In an effort to achieve worldwide decarbonization goals, a range of low-carbon fuels is being
proposed for use in power-generation gas turbines. Two promising fuels are hydrogen and …