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The study on decreasing of nitrogen oxides emission carried out on DKVR 10-13 industrial heating boilers

机译:DKVR 10-13工业采暖锅炉减少氮氧化物排放的研究

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Nitrogen oxides are considered to be much more toxic than, for example, carbon monoxide. For this reason, the Authors developed and implemented a method for decrease of NO_(X)emission into the atmosphere from DKVR 10-13 boilers. As an effective method for boilers propose injection of steam into the combustion zone. After series of experimental studies an optimal design of the head for steam injection was developed, according to the proprietary technology. The injector head was kept unchanged while the spraying end caps were modified (Fig. 2). Three levels of possible impact of emissions from boiler on the atmosphere pollution were taken into account during studies. After the analysis, it was assumed that the level of the real maximum emission should be taken as the reference level in relation to which the decrease of NO_(X)emission should be determined. The results obtained by the Authors calculated into mass emission and as objective values of nitrogen oxides concentration calculated into α = 1 (Figures 3 and 4). Realization of the study plan, assumed by the Authors, allowed to determine the optimal parameters of the NO_(x)emission decrease method, assuming the expected 30% level of emission decrease at a limited consumption of injected.
机译:氮氧化物被认为比例如一氧化碳具有更大的毒性。因此,作者开发并实施了一种减少DKVR 10-13锅炉向大气中NO_(X)排放的方法。作为锅炉的一种有效方法,建议将蒸汽注入燃烧区。经过一系列的实验研究,根据专有技术,开发了蒸汽喷射头的最佳设计。修改喷涂端盖后,喷头保持不变(图2)。在研究中考虑了锅炉排放物对大气污染的三个可能的影响水平。在分析之后,假设应该将实际最大排放量的水平作为参考水平,与此相对应确定NO_(X)排放量的减少。作者获得的结果计算为质量排放,作为氮氧化物浓度的目标值计算为α= 1(图3和4)。作者假设的研究计划的实现允许确定NO_(x)排放量减少方法的最佳参数,假设在有限的喷射消耗下排放量减少的预期水平为30%。

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