经过改造的城市生活垃圾燃料可以减少氮氧化物和其他排放物

Allen Williams P.E.
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引用次数: 0

摘要

一项为期五年的可行性研究利用过程建模来设计新的燃料,这些燃料可以在发电过程中减少一氧化氮、二氧化硫和汞的排放。该研究选择的商业站是荷马城东北部的一家公用事业公司,该公司有排放困难的历史。该公用事业公司3号机组的热量数据可以从20世纪80年代初在该站进行的诊断工作中获得。3号机组有一个煤粉(与CE雷蒙德米尔斯)平衡通风蒸汽发生器,单级再热额定为每小时4,280,000磅蒸汽。涡轮机是一个692兆瓦的四阀单元,在可变压力模式下运行。该机组采用两台蒸汽驱动的锅炉给水泵。
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ENGINEERED MSW FUELS CAN REDUCE NOX AND OTHER EMISSIONS
A five year feasibility study was conducted using process modeling to design new fuels that could inherently reduce nitric oxides, sulfur dioxide and mercury emissions in power generation. The commercial station chosen for the study was a northeastern utility in Homer City with a history of emission difficulties. Heat data for the utility's unit 3 was available from diagnostic work done at this station back in the early 1980s.   Unit 3 has a pulverized coal (with CE Raymond Mills) balance draft steam generator with single stage reheat rated at 4,280,000 lb steam per hour. The Turbine is a 692 MW four valve unit operating in variable pressure mode. The unit utilizes two steam driven boiler feed pumps.
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