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Metal-to-Power (M2P) is a new, promising technology of power generation by combustion/oxidation of metal powders. When established, the M2P technology has the potential to replace currently used, depleting hydrocarbon fuels in many high-energy-density applications (for example in coal fired power stations, high-temperature heating processes in industry or heavy-duty transport like ships and trucks).
A technical implementation of the ideas behind M2P technology requires a lot of scientific knowledge, which is currently lacking. By studying (both experimentally and numerically) the behavior of elemental dust flames as a function of different parameters and conditions in this project, we strive to provide knowledge on flame propagation in metal dusts.
Such knowledge is of key importance for making well-justified, meaningful decisions during the development of prototype devices based on the M2P technology.
