| 摘要 |
<p>The method comprises premixing a feed mixture, producing the feed mixture comprising a solid fuel in a liquid towards a cross-sectional constriction (12), increasing a pressure of the feed mixture in production of the feed mixture towards the cross-sectional constriction, releasing the feed mixture in a passage through the cross-sectional constriction under formation of an initial mixture. Materials comprise a hydrocarbon, a solvent, which forms a water-azeotropic mixture, and water. The feed mixture has an input particle size distribution. The method comprises premixing a feed mixture, producing the feed mixture comprising a solid fuel in a liquid towards a cross-sectional constriction (12), increasing a pressure of the feed mixture in production of the feed mixture towards the cross-sectional constriction, releasing the feed mixture in a passage through the cross-sectional constriction under formation of an initial mixture. Materials comprise a hydrocarbon, a solvent, which forms a water-azeotropic mixture, and water. The feed mixture has an input particle size distribution, and the initial mixture has an output particle size distribution extending in factors that differ an expected value of the particle size distribution, a layer of a maximum value of the grain size distribution, and a breadth with half-height of the grain size distribution. A flow direction of the mixture changes at 30[deg] . Parameters are adjustable with a size of the cross-sectional constriction, and the pressure of the feed mixture, which is achieved in the increasing step. The cross-sectional constriction is formed by a poppet valve. The feed mixture has a solid content of >= 50 wt.%. An independent claim is included for a device for homogenizing a mixture of solid fuel in a liquid.</p> |
