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This paper continues the earlier one [1]. It presents the results of the   suspended coal fuel spraying with pneumo-mechanical sprayers followed by the   fuel combustion in a vortex furnace. It is shown that, during the spraying,   two qualitatively different systems of drops are forming. The first one with   the “drops” diameter above 80 - 100 mm is presented by coal particles, the   other - by water-coal drops. Different dynamics of temperature variation of   the coal particle and WCF drops during their combustion is founded. The   residence time of the burning particles and WCF drops in the vortex furnace   is proportional to their diameter, which permits to provide their effective   burn-off

Investigation of the spraying mechanism and combustion of the suspended coal fuel