Environmental considerations for preheater design

S. W. Miller
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引用次数: 3

Abstract

In June 2002 the new MACT (Maximum Achievable Control Technology) rules will go into effect. These new rules represent the tightest emissions regulations to date and will have an effect on new and upgraded cement production lines hereafter. The MACT rules do not regulate NO/sub x/ or SO/sub 2/ and CO is only regulated when firing waste fuels; however, each state regulates these emissions for a new cement production line. It is important to note that states can mandate even lower limits than those given in the MACT rule and add additional emission requirements. As the emission limits get tighter and tighter, it becomes critical to be able to accurately predict gaseous emissions and incorporate the proper system design to meet permit requirements. A number of possibilities exist to minimize gaseous emissions. These include systems designs, like the low NO calciner, and "tailpipe" designs, like the wet scrubber. Some methods are much simpler and less expensive than others. In some instances the viability of a new production line can depend on the extent of added costs required to achieve environmental compliance. This paper focuses on emissions of NO/sub x/ SO/sub 2/, CO, and THC, and the various methods that can be used to control these emissions within current limits.
预热器设计的环境考虑
2002年6月,新的MACT(最大可实现控制技术)规则将生效。这些新规定是迄今为止最严格的排放规定,今后将对新建和升级的水泥生产线产生影响。MACT规则不管制NO/sub x/或SO/sub 2/, CO只在燃烧废燃料时受到管制;然而,每个州都对新建水泥生产线的排放进行监管。值得注意的是,各州可以强制规定比MACT规定更低的限值,并增加额外的排放要求。随着排放限制越来越严格,能够准确预测气体排放并采用适当的系统设计以满足许可要求变得至关重要。存在许多减少气体排放的可能性。这些包括系统设计,如低NO煅烧炉,和“排气管”设计,如湿式洗涤器。有些方法比其他方法简单得多,也便宜得多。在某些情况下,新生产线的可行性可能取决于为达到符合环境要求而增加成本的程度。本文的重点是NO/sub x/ SO/sub 2/、CO和THC的排放,以及可以用来将这些排放控制在当前限制范围内的各种方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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