Catalytic Ceramic filter reduces emission of organic air pollutants from a cement plant

K. Poulsen, S. W. Miller
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Abstract

Proposed NESHAP (National Emissions Standard for Hazardous Air Pollutants) emission regulations in the US include the reduction of THC (Total HydroCarbons) and particulate matter to lower limits than what is required today. A single-step technology has been developed for dealing with both of these emissions. In the laboratory as well as at a US cement plant, results and knowledge from slip stream pilot tests have been gained. The promising results show it is possible to obtain very high removal efficiencies of the THC, especially organic HAPs (Hazardous Air Pollutants) and at the same time stay well below the dust emission limits.
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催化陶瓷过滤器减少了水泥厂有机空气污染物的排放
美国拟议的NESHAP(危险空气污染物国家排放标准)排放法规包括将THC(总碳氢化合物)和颗粒物减少到比目前要求的更低的限度。已经开发出一种单步技术来处理这两种排放。在实验室和美国水泥厂,从滑流先导试验中获得了结果和知识。这些令人鼓舞的结果表明,它有可能获得非常高的THC去除效率,特别是有机有害空气污染物(hap),同时保持远低于粉尘排放限制。
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Fly ash carbon separation and ammonia removal in Florida California's climate change program & implications for the cement industry Optimizing cost and quality of finished cement using near Infra-Red gypsum on line analysis and model predictive control Catalytic Ceramic filter reduces emission of organic air pollutants from a cement plant Efficiency and grinding media filling level
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