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REFRACTORIES AND OXY-FUEL FIRING

机译:耐火材料和氧燃料

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Oxy-fuel firing has been implemented in a number of furnaces throughout the glass industry during the past few years. The primary benefits of oxy-fuel conversions include lower energy consumption, reduction of NOx and particulate emissions, avoidance of capital and expense funds for refractories and refractory construction costs, and the reduction of costs related to the disposal of spent refractories contaminated with hazardous elements and compounds. However, in spite of all of the aforementioned benefits, there have been some compromises noted in refractory performance and refractory life. This paper will review several refractory use experiences encountered in glass contact and in superstructure service. Borosilicate and alkali-barium silicate glass applications will be presented.
机译:在过去的几年中,在整个玻璃工业的许多熔炉中都进行了含氧燃料的燃烧。含氧燃料转换的主要好处包括降低能耗,减少氮氧化物和颗粒物的排放,避免用于耐火材料和耐火材料建造成本的资金和支出资金,以及减少与被有害元素和污染物污染的废耐火材料的处置有关的成本。化合物。然而,尽管具有上述所有优点,但是在耐火性能和耐火寿命方面仍存在一些折衷。本文将回顾在玻璃接触和上层建筑服务中遇到的几种耐火材料使用经验。将介绍硼硅酸盐和碱金属硅酸钡玻璃的应用。

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