Flame propagation of iron powder in air is numerically studied. The present work introduces
a chemical equilibrium model, which allows a detailed representation of the combustion …

We conduct carrier-phase direct numerical simulations (CP-DNS) to investigate the ignition
of iron particles in homogeneous isotropic turbulence, and characterize the connection …

Iron dust counter-flow flames have been studied with the low-Mach-number combustion
approximation. The model considers full coupling between the two phases, including …

Iron fuel is a promising candidate as a carbon-neutral fuel as it can provide large amounts of
heat in a short period of time when combusted. The design of an iron powder burner …

Iron powder has the potential to be a game-changer in the quest for sustainable energy. As
the world moves away from fossil fuels and towards renewable energy the need for effective …

Metal fuels provide a promising future as replacements for fossil fuels, due to their high
energy densities and cost-effectiveness. Iron powder combustion is similar to the …

During the last few decades, climate change has become an increasingly important topic of
discussion for policy makers, businesses and in the scientific community. The IPCC …

When the energy demand needs to be fulfilled with an increasing share of sustainable and
renewable energy sources, energy storage is a topic that is gaining a lot of attention. The …

The impact of greenhouse gas emissions on climate change is causing significant concern
for both governments and the international community. This concern is driving the …