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Influence of the diameter of the bore of the combustible mixture on the temperature field in the aggregate for the melting of aluminum waste – SKIMS

At the present time aimed at increasing the use of recycled material and reducing waste generation, specific aggregates are used to achieve this goal. Efforts to increase the efficiency of the facility lead to improvements in heat exchange in the system the flue gases – the batch – the lining. When heat is exchanged, the temperature of the heat source, its distribution in the working space, the way of the flue flow around the batch and others are decisive. The paper deals with the influence of the diameter of the combustion outlet of the combustible mixture for the temperature distribution in the working space, which is realized using mathematical modeling in the ANSYS simulation program. Based on the realized modeling, it is possible to predict the possibilities of adjusting the burner system to improve the heat exchange, thus shortening the heating time, respectively melting aluminum waste.

combustion, heat exchange, skims, tilting rotary melting furnace

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