[China Glass Network] The major technological advancement in the design of glass melting furnaces is the rise of digital melting simulation technology for glass melting furnaces. The digital-analog simulation technology can optimize the design of the glass melting furnace. It utilizes the actual experience data of the glass melting furnace and establishes an expert database system, which can easily simulate the improved effect of the furnace design on the computer and accelerate the design improvement and actual verification. Process, which greatly saves time and cost and eliminates uncertain risks. The basic design parameters of the glass melting furnace include the aspect ratio of the melting furnace, the depth of the molten pool, and the height of the kiln. The retention time of the glass liquid or the temperature at which it reaches the fluid hole has an important influence on the energy consumption of the glass melting furnace. The application of bubbling and pre-kiln fluxing electrodes in the hot spot of the glass melting furnace can form a vertical flow, thereby enhancing the convection of the molten glass. Bubbling and fluxing electrodes must be used reasonably according to the type of glass produced and the characteristics of the kiln. Bubbling can strengthen the backflow of the molten glass from the hot spot to the feed port. The bubbles rising on the surface of the glass can prevent the batch from drifting to the discharge end, and can also drive off the possible foam layer of the glass surface, which is beneficial to the heat radiation. Conduction of molten glass. The bubbling operation cost is very low, and the main cost is the cost of compressed air. Moreover, the bubbling does not input heat to the glass. The problem is that it must be used correctly, otherwise it will lead to increased erosion of the refractory material at the bottom of the pool. The flow rate of the vertical flow generated by the pre-kiln fluxing electrode is lower than that of the bubbling. The heat input from the fluxing electrode increases the temperature at which the glass liquid is returned to the feed port, that is, the temperature of the glass liquid under the blanket is increased, which contributes to the melting of the batch material. Since the glass flow velocity of the fluxing electrode is low, the temperature of the glass liquid entering the fluid hole is also low, which is favorable for the reduction of the energy consumption of the glass.
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