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Experimental Study on Boiler NO_x Emission Characteristics Basing on Power Plant Efficiency

机译:锅炉NO_X排放特性基于电厂效率的试验研究

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Nowadays, NO_x emission was taken more and more seriously, Emission standard of air pollutants for thermal power plants was enacted newly by Chinese State Environmental Protection Department which is considered to be the strictest NO_x emission standard up to now, but similar to other NO_x controlling regulations in the world, the present NO_x emission metering form mostly base on concentration limit value without referring to power plant efficiency. Thus, this paper proposes a new NO_x emission evaluation index as Power Generation Emission Rate and Power Supply Emission Rate for first time, then proceed to study NO_x emission characteristic by two experimental parts, first part was carried out under unit different load via 6 experimental cases, second part was carried out under unit same load via the other 6 experimental cases. The results indicates that, whether under different unit load, or under same unit load, the new NO_x emission index can evaluate boiler de-nitration technology more precisely in a quantitative way and owns a better applicability than traditional NO_x concentration value, Power Supply Emission Rate of NO_x can evaluate NO_x emission characteristic more directly while unit supply per kilowatt-hour power to grid, which offers a new direction for objective evaluation to different kinds of de-nitration technologies.
机译:如今,NO_X排放越来越认真地,热电厂的空气污染物排放标准被中国国家环境保护部门颁布,被认为是现在最严格的NO_X排放标准,但类似于其他NO_X控释规定在世界上,目前的NO_X排放计量主要基于浓度限制值,而不参考电厂效率。因此,本文提出了一种新的NO_X排放评估指数作为发电发射率和第一次电源发射率,然后通过两个实验份进行NO_X发射特性,通过6个实验案例进行第一部分。 ,第二部分通过其他6个实验案例在单位相同的载荷下进行。结果表明,无论是不同的单位负载下,或在同一单位负荷,新NO_x的排放指标可以脱硝技术,更精确地进行量化评估锅炉,拥有比传统NO_x的浓度值较好的适用性,电源排放速率NO_X可以更直接评估NO_X发射特性,同时单位为电网提供每千瓦时电源,为不同类型的解硝技术进行客观评估提供了新的方向。

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