过滤袋接缝是微粒物质(PM)排放的来源

J. Tomanovich, J. Knotts
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引用次数: 0

摘要

NESHAP标准已经定稿并确定了实施日期。就颗粒物(PM)而言,联邦立法允许的排放限值将大幅降低。现有袋式仓库的熟料低于0.07磅/吨(新来源的熟料低于0.02磅/吨)的新标准将扩展当前过滤器的性能极限。为了达到这些新的限制,确定PM排放的所有潜在来源将是重要的。对于玻璃纤维背膜过滤袋通常用于水泥窑袋房应用,袋的接缝区域可能是PM泄漏的重要来源。本文的目的是分享最近现场试验的结果,其中膜过滤袋接缝已密封,以达到较低的PM排放水平。提供了一个预测滤袋失效模式的模型,以帮助水泥生产商确定哪些袋房可能从这项技术发展中受益最大。
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Filter bag seams as a source of particulate matter (PM) emissions
NESHAP standards have been finalized and enforcement dates set. In terms of Particulate Matter (PM), there will be significant reductions in the emissions limits allowed by federal legislation. The new standards of less than 0.07 lb/ton of clinker in existing baghouses (and 0.02 lb/ton in new sources) will stretch the performance limits of current filters. To achieve these new limits it will be important to identify all potential sources of PM emissions. For the fiberglass-backed membrane filter bags typically used in cement kiln baghouse applications, the seam area of the bag can be a significant source of PM leakage. The purpose of this paper is to share results of recent field trials in which membrane filter bag seams have been sealed to achieve lower PM emissions levels. A model for predicting filter bag failure modes is offered to assist cement producers in identifying which baghouses may benefit the most from this technology development.
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