Hydrogen is currently receiving attention as a possible cross-sectoral energy carrier with the
potential to enable emission reductions in several sectors, including hard-to-abate sectors …

This numerical study has focused on assessing the influence of adding 20% and 40%
hydrogen (on the volume of fuel basis) in different slots of a turbulent methane-air flame. The …

The performance of a scaled industrial, non-premixed, low-swirl burner design was
experimentally investigated for hydrogen addition to natural gas. Two strategies for …

Enhancing the H 2 blending ratio in industrial gas turbines is essential to reduce fossil
energy consumption and achieve carbon neutrality. However, several uncertainties still exist …

This study explores the impact of plasma driving frequency on diverse biogas compositions,
emphasizing flame behaviour by analysing spatial emissions of OH*, C 2*, and CH* from …

Hydrogen (H 2) is regarded as a promising fuel to achieve decarbonization of power and
propulsion systems. In this context, hydrogen enriched methane (CH 4) combustion has …

As the energy landscape transitions to low/zero-carbon fuels, gas turbine manufacturers are
targeting fuel flexible operation with natural gas, syngas, and hydrogen-enriched mixtures …

We present experimental results from turbulent low-swirl lean H 2/CH 4 flames impinging on
an inclined, cooled iso-thermal wall, based on simultaneous stereo-PIV and OH× CH 2 O …

The low-emission technology of gas turbine combustors is currently an active area of
research. In light-duty lean-premixed combustors, achieving rapid and uniform fuel mixing …

Alternative fuels and stocks like biomass or chemical and refinery waste, may potentially be
used in gas turbines and industrial applications after gasification. Thus, understanding the …