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The application of RANS CFD for design of SNCR technology for a pulverized coal-fired boiler

机译:RANS CFD在煤粉炉SNCR技术设计中的应用。

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The article describes the technology of NOx emission abatement by SNCR method. The scope of research included CDF simulations as well as design and construction of the pilot plant and tests of NOx reduction by urea in the plant located in industrial pulverized-coal fired boiler. The key step of research was to determine the appropriate temperature window for the SNCR process. The proposed solution of the location of injection lances in the combustion chamber enabled to achieve over a 30% reduction of NOx. It is possible to achieve higher effectiveness of the proposed SNCR technology and meet the required emission standards via providing prior reduction of NOx to the level of 350 mg/um3 using the primary methods.
机译:本文介绍了采用SNCR方法减少NOx排放的技术。研究范围包括CDF模拟以及中试工厂的设计和建造,以及位于工业粉煤锅炉中的工厂中尿素还原NOx的测试。研究的关键步骤是确定SNCR工艺的合适温度范围。燃烧室中喷枪位置的建议解决方案使NOx减少了30%以上。通过使用主要方法预先将NOx还原至350 mg / um3的水平,可以实现所提出的SNCR技术的更高效率并满足要求的排放标准。

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