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Application of SNCR Technology in Coal-Fired Boilers (225 MWel) Better Performance and Cost Saving with Selective Cooling

机译:SNCR技术在燃煤锅炉中的应用(225 MWEL)具有选择性冷却的性能和成本节约

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The SNCR process was introduced in the eighties of the last century and became the Best Available Technology (BAT) for smaller and medium sized combustion plants like WtE plants approximately ten years later. For larger coal-fired power plants, however, the SNCR process was not considered sufficient to maintain the required NOx reduction at all boiler loads and operating conditions. Thus the SCR technology was applied in most cases. While both technologies, low NOx combustion and SNCR, developed rapidly, especially after the turn of the millennium, the application of the SNCR process became a technically and economically viable option to minimize the NOx emissions also in larger power plants. This paper addresses the different approaches in two power plants in Poland where similar boilers (Type OP 650) with a capacity of 225 MWel are installed. Operating experiences show that with the latest developments and improvements the current NOx levels imposed by the regulators can be assured, and that there is also potential to comply with expected more stringent requirements.
机译:SNCR过程是在上世纪八十年代引入的,并成为较小的和中型燃烧植物的最佳可用技术(BAT),如WTE植物,大约十年后。然而,对于较大的燃煤发电厂,SNCR过程不足以保持所有锅炉负荷和操作条件的所需NOx。因此,在大多数情况下应用了SCR技术。虽然技术,低Nox燃烧和SnCR,迅速发展,但特别是在千年之后的转弯后,SNCR过程的应用成为一种技术上和经济上可行的选择,以最大限度地减少在较大的发电厂中的NOx排放。本文涉及波兰两种发电厂的不同方法,其中安装了容量为225米姆米的类似锅炉(型号OP 650)。操作经验表明,随着最新的发展和改善,可以放心监管机构强加的目前的NOx水平,并且还有可能遵守预期的更严格的要求。

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