新一代低NO/sub x/煅烧炉

O. L. Jepsen, S. W. Miller
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引用次数: 0

摘要

许多国家,特别是美国、加拿大和欧洲国家,对新建或升级的水泥厂的NO/sub x/排放制定了严格的要求。在许多情况下,NO/sub x/排放量必须低于500-800 mg NO/sub x//NM/sup 3/干气(校正为10%氧气),这相当于现代热解系统中约1.10-1.76 kgNO/sub x//MT熟料。实际的现场数据表明,虽然一些现有的工厂可以达到这一排放水平,但大多数工厂都做不到。因此,新工厂必须能够达到低于大多数现有工厂的NO/ subx /排放量。为了满足这些排放要求,考虑重新设计分解炉是合乎逻辑的。考虑到这一点,研究人员进行了研究,以确定在分解炉区域减少NO/sub x/的最佳方法,并将这些发现纳入新一代低NO/sub x/的分解炉。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
New generation of low NO/sub x/ calciners
Many countries-especially the USA, Canada, and European countries-have enacted stringent requirements for the emission of NO/sub x/ from new or upgraded cement plants. In many cases the NO/sub x/ emission must be lower than 500-800 mg NO/sub x//NM/sup 3/ of dry gas (corrected to 10% oxygen) which is equivalent to approximately 1.10-1.76 kgNO/sub x//MT clinker for a modern pyroprocessing system. Actual field data show that while some existing plants can meet this emission level, most plants cannot. Therefore, new plants must be capable of attaining NO/sub x/ emissions that are below most existing plants. To meet these emissions requirements, it is logical to consider redesign of the precalciner. With this in mind, studies were carried out to determine the best methods for reducing NO/sub x/ in the calciner area and to incorporate these findings into a new generation of low NO/sub x/ calciners.
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