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Neural Network-Based Combustion Optimization Reduces NO_x Emissions While Improving Performance

机译:基于神经网络的燃烧优化可减少NO_x排放,同时提高性能

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This paper presents the benefits of applyign an on-line, real-time neural network to several bituminous coal fired utility boilers. The system helps reduce NOx emissions up to 60percent, meeting compliance while it improves heat rate up to 2percent overal (5percent at low load) and reduces LOI as much as 30percent through combustion optimization alone. The system can avoid or postpone large capital expenditures for low NOx burners, overfire air boiler modifications, SCRs, and SNCRs.
机译:本文介绍了将在线实时神经网络应用于几种烟煤燃煤电站锅炉的好处。该系统可帮助减少高达60%的NOx排放,达到合规性,同时仅通过燃烧优化即可将热效率提高至最高2%(低负荷时为5%),并将LOI降低多达30%。该系统可以避免或推迟用于低NOx燃烧器,过度燃烧的空气锅炉改型,SCR和SNCR的大量资本支出。

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