Melting plants for the production of glass melts
A technology of glass melting and melting equipment, which is applied in the direction of glass furnace equipment, glass manufacturing equipment, furnace types, etc., and can solve the problems that the embankment 39 cannot be regarded as a clarification table, contradicts, and has no absorption components, etc.
Inactive Publication Date: 2011-12-28
索尔格投资有限及两合公司
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Problems solved by technology
A further problem arises in the flat glass used for the production of solar elements: since the flat glass is used here as a substrate and requires a high degree of light transmission, it must be substantially free of absorbing components such as iron oxides
However, the pool depth behind the embankment 39 is obviously contrary to it, so the embankment 39 cannot be regarded as a clarification platform
Method used
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Embodiment Construction
[0061] exist figure 1 with 2 A melting plant 1 is shown in FIG. 1 , which has a melting zone 2 , a clarification zone 3 , a constriction 4 and a conditioning zone 5 connected in series. The basin lower part 6 is formed by respective basin regions 6 a , 6 b and 6 c , which lead from the supply opening 7 for the solid charge to the overflow opening 8 and contain a corresponding quantity of glass melt 9 . Above the feed opening 7 there is a first end wall 10 and above the overflow 8 there is a further end wall 11 . Between the two further end walls 12 and 13 lies the constriction 4 , the horizontal lower edge of which is slightly above the level of the melt, so that it is sufficient to separate the gas space above the glass melt 9 . Next, a further observation is made along the main flow direction of the glass melt.
[0062] In the melting zone 2 there is a group of side burners 15 (first side burner groups) in each of the two wall regions, each of which is followed by a flue...
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A glass melting oven for producing a glass melt in a row arrangement, having a loading opening for raw glass materials, a melting region, a refining region, a constriction, a conditioning region and an overflow into a processing unit. To remove flaws from the melt that remain visible in the end product, a method includes the steps of a) arranging a refining bench between the melting region and the beginning of the refining region; b) arranging side burners and extraction openings for flue gases between the loading opening and the refining bench; c) delimiting the constriction at both ends by end walls that leave narrow flow cross-sections above the glass melt for flue gases; and d) cooling the glass melt inside the constriction. The glass melting oven is particularly suited for producing flat glass and panels for solar elements. The oxidants for the fuels may also be preheated.
Description
technical field [0001] The invention relates to a melting plant for producing glass melts, the melting plant has a series arrangement comprising at least one glass raw material supply port, a melting zone, a clarification zone, a constriction, a A conditioning zone and an overflow for transferring the glass melt to processing equipment, wherein the series arrangement has a bottom surface, side walls and a top surface. Background technique [0002] The glass manufacturing process is very complex. It is based on the principles of physics, chemistry, thermodynamics, thermodynamics, statics and melt vessel geometry and, importantly, is also governed by legal regulations regarding the protection of people and the environment from harmful substances, energy conservation and pricing. The manufacturing method is generally based on temperatures in excess of 1500° C., which corresponds to white hot temperatures. What is important here is that the components and parameters must be an...
Claims
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Patent Timeline
Login to View More IPC IPC(8): C03B5/04C03B5/225C03B5/23
CPCC03B5/23C03B5/04C03B5/2257C03B5/20
Inventor M·林迪希H·索尔格A·索尔格
Owner 索尔格投资有限及两合公司