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Industrial test on coal re-burning at a 600 MW utility boiler and NO_x reduction

机译:600 MW电站锅炉再燃煤和减少NO_x的工业测试

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摘要

This research conducts a series of industrial tests on coal reburning of a 600 MW pulverized coal boiler firing lignite, which is one part of a coal reburning demonstration project. When running steadily under 600 MW load, the boiler has an average NO_x emission of 274 mg/m~3 (O_2 content in flue gas is converted to 6%), the NO_x emission is reduced by 65.36%. In the meanwhile, loss of ignition (LOI) under coal reburning rarely increases. Three operation conditions - traditional air feeding, air staging and coal reburning - are realized, respectively, during the industrial tests, and the results indicate that coal reburning has the lowest NO_x emission, while the traditional air feeding has the highest NO_x emission. Under the test conditions, the higher the proportion of the reburning coal, the higher the NO_x control can reach.
机译:这项研究对600兆瓦粉煤锅炉燃烧褐煤的燃煤进行了一系列工业测试,这是燃煤示范项目的一部分。当在600 MW负荷下稳定运行时,锅炉的平均NO_x排放为274 mg / m〜3(烟气中的O_2含量转换为6%),NO_x排放减少了65.36%。同时,煤再燃下的点火损失(LOI)很少增加。在工业测试中,分别实现了传统的空气进给,空气分级和燃煤再燃烧这三个操作条件,结果表明,燃煤的NO_x排放量最低,而传统的空气进给的NO_x排放量最高。在测试条件下,再燃煤的比例越高,NO_x控制值就可以达到越高。

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