Optimization of NO_x reduction with low-NO_x burners and overfire air on a coal-fired utility boiler

机译：低NO_X燃烧器的NO_X减少优化，并在燃煤电锅炉上过火空气

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Worldwide concern over acid deposition is resulting in the implementation of increasingly stringent controls for acid rain precursors (NO_x and SO_2) from stationary sources. Coal-fired utility boilers are often a target of local regulations since they typically represent significant sources of these pollutants. This paper describes show computer modeling tools were used to evaluate the impacts of burner tuning and combustion modification on NO_x emissions from a large coal-fired utility boiler. The subject of this study was a 650 MW_e utility boiler which was retrofit with low-NO_x burners to comply with local limits on NO_x emissions. Post-retrofit NO_x emissions were 100 to 150 ppm higher than the levels expected to be achieveable with low-NO_x burners on this particular unit.

机译：全世界对酸沉积的关注导致从固定源的酸雨前体（NO_X和SO_2）的实施日益严格的控制。燃煤的公用事业锅炉通常是当地法规的目标，因为它们通常代表这些污染物的重要来源。本文介绍了显示计算机建模工具，用于评估燃烧器调谐和燃烧改造对大型燃煤电锅炉NO_X排放的影响。本研究的主题是650 MW_E的锅炉，用低NO_X燃烧器改造，以符合NO_X排放的局部限制。改造后的NO_X排放量高于预期的水平，在该特定单位上的低NO_X燃烧器将实现的水平高出100至150ppm。

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《International symposium on transport phenomena in combustion》|1996年||共11页
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Bruce W. Li; David K. Moyeda; Roy Payne;
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1. Effect of the separated overfire air location on the combustion optimization and NOx reduction of a 600 MWe FW down-fired utility boiler with a novel combustion system [J] . Ma Lun, Fang Qingyan, Tan Peng, Applied Energy . 2016,第octa15期

机译：分开的过火空气位置对具有新型燃烧系统的600 MWe FW下降式多用途锅炉的燃烧优化和NOx还原的影响
2. Effect of angle of arch-supplied overfire air on flow, combustion characteristics and NO_X emissions of a down-fired utility boiler [J] . Zhengqi Li, Guangkui Liu, Zhichao Chen, Energy . 2013,第sepa15期

机译：拱形提供的过火空气的角度对向下燃烧的电站锅炉的流量，燃烧特性和NO_X排放的影响
3. Impact of the Overfire Air Location on Combustion Improvement and NO_x Abatement of a Down-Fired 350 MW_e Utility Boiler with Multiple Injection and Multiple Staging [J] . Min Kuang, Zhengqi Li, Shantian Xu, Energy & fuels . 2011,第SepaaOcta期

机译：过火空气位置对多次喷射多级下火350 MW_e电站锅炉的燃烧改善和NO_x减排的影响
4. Optimization of NO_x reduction with low-NO_x burners and overfire air on a coal-fired utility boiler [C] . Bruce W. Li, David K. Moyeda, Roy Payne International symposium on transport phenomena in combustion . 1996

机译：低NO_X燃烧器的NO_X减少优化，并在燃煤电锅炉上过火空气
5. An evaluation of micronized coal reburning for nitrogen oxide emissions reduction in pulverized coal-fired electric utility boilers. [D] . De Angelo, Joseph Gerard. 2001

机译：对粉煤再燃以减少粉煤电锅炉的氮氧化物排放的评估。
6. Development of Subair Technique for CombustibilityEnhancement and NOx Reductionin a Pulverized Coal-Fired Boiler [O] . Kang-Min Kim, Seok-Gi Ahn, Gyu-Bo Kim, 2019

机译：地下空气可燃技术的发展增强和减少NOx在煤粉锅炉中
7. Innovative Clean Coal Technology (ICCT): 500-MW demonstration of advanced wall-fired cmbustion techniques for the reduction of nitrogen oxide (NO{sub x}) emissions from coal-fired boilers. Field chemical emissions monitoring, Overfire air and overfire air/low NO{sub x} burner operation: Final report [O] . 1993

机译：创新的洁净煤技术（ICCT）：500兆瓦的先进壁燃式燃烧技术示范，用于减少燃煤锅炉的氮氧化物（NO {sub x}）排放。现场化学排放监测，过热空气和过热空气/低NO {sub x}燃烧器操作：最终报告
8. Innovative Clean Coal Technology (ICCT): 500-MW demonstration of advanced wall-fired combustion techniques for the reduction of nitrogen oxide (NO(sub x)) emissions from coal-fired boilers. Field chemical emissions monitoring, Overfire air and overfire air/low NO(sub x) burner operation: Final report [R] . 1993

机译：创新的洁净煤技术（ICCT）：500兆瓦的先进壁燃燃烧技术示范，用于减少燃煤锅炉的氮氧化物（NO（sub x））排放。现场化学排放监测，过热空气和过热空气/低NO（sub x）燃烧器操作：最终报告

Optimization of NO_x reduction with low-NO_x burners and overfire air on a coal-fired utility boiler

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