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A novel system for the abatement of fugitive emissions during charging in a by-product coke oven

机译:副产品焦炉充电过程中消除逃逸排放的新系统

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The article presents a study on the measures adopted in an existing coke plant in order to reduce levels of benzo(a)pyrene dispersed in the environment surrounding the facility. The area has been affected by significant levels of pollution from polycyclic aromatic compounds due to the fugitive emissions from the coke oven, which did not comply with the most recent regulation. A monitoring programme was therefore launched in order to support a framework for intervention. Several problems with the battery made it necessary to implement a novel system to collect and abate fugitive emissions during the operations. The monitoring of the fugitive emissions from the coke oven, before, during and after the implementation of the system, has shown a drop of the visible emission time at charging below 30 s, matched by the return of pollution from benzo(a)pyrene in the area below the legal limits (1 ng/Nm(3)). When compared to the installation costs, these results suggest that the proposed solution can be replicated in other existing by-product coke plants.
机译:本文提出了对现有焦炭植物采用的措施的研究,以减少分散在设施周围环境中的苯并(a)芘的水平。由于焦炉的逃逸排放,该地区受到多环芳族化合物的显着污染的影响,这并不符合最近的规定。因此启动了监测计划,以支持干预框架。电池的几个问题使得有必要实施新颖的系统,以在操作期间收集和减少逃逸排放。在系统实施之前,期间和之后,在焦炉中监测焦炉的逃逸排放,已经显示了在30秒以下的充电下的可见排放时间,通过苯佐(A)芘的污染返回匹配该面积低于法律限制(1 ng / nm(3))。与安装成本相比,这些结果表明所提出的解决方案可以在其他现有的副产品焦炭厂中复制。

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