Considering the renewable electricity production using sustainable technologies, such as
solar photovoltaics or wind turbines, it is essential to have systems that allow for storing the …

With the combination of experimental and numerical techniques, flame dynamics and
stability of ammonia/hydrogen co-firing combustion are unraveled. Five types of fundamental …

The use of so-called “green” hydrogen for decarbonisation of the energy and propulsion
sectors has attracted considerable attention over the last couple of decades. Although …

This paper examines the behavior of reacting NH 3/H 2/CH 4 mixtures in moderate or
intense low oxygen dilution (MILD) condition. A series of axisymmetric, turbulent reacting …

This work aims to comparatively investigate the NH 3 blending effects on the combustion of
light alkanes, CH 4/C 2 H 6/C 3 H 8,/nC 4 H 10. The laminar burning velocity (S u 0) and …

Ammonia and hydrogen have gained significant interest as fuels for power generation as
part of a larger strategy to decarbonization the power generation sector. By mixing these …

This study investigates the stable combustion range and CO/NO emissions of laminar
premixed CH 4-NH 3 impinging flames experimentally. Effects of flame impingement on the …

Ammonia is carbon-free and is regarded as a potential fuel to address global warming
issues. In this work, three-dimensional direct numerical simulations (DNS) of ammonia/air …

The nonlinear behavior of thermoacoustic oscillation for premixed swirl flames fueled with
CH 4/air mixtures is experimentally studied by changing the equivalence ratio Φ, combustor …

Recently, ammonia has been favored by scientists and engineers as a new type of carbon-
free fuel for future carbon–neutral society. Before large-scale application, some existing …