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The concentration of air and pulverized coal boiler optimization methods and research

机译:空气和煤粉锅炉优化方法和研究浓度

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The adjustment of the primary and secondary air speed and air quantity in thermal power plant is generally based on the measurement of static meter to show its working condition. It is difficult to adjust the air-coal parameter of each combustor to a reasonable value according to the static value for no certain relationship between the static value and the air speed is available to calculate the air speed and air quantity. The on-line monitoring system of boiler air-powder computer for real-time monitoring is adopted to keep the boiler in a state of balanced and steady combustion. The steady and accurate monitoring system and the automatic input rate of boiler (100%), which could detect the load distribution, pipe blockage, powder interruption and spontaneous combustion accurately, shows considerable value in energy conservation and great practical value in regard to combustion adjustment and reasonable distribution of air and powder.
机译:热电厂中初级和二次空气速度和空气量的调整通常基于静电仪表的测量来显示其工作状态。难以根据静态值与空气速度之间没有某些关系的静态值将每个燃烧器的空气 - 煤参数调整到合理的值,并且可以计算空气速度和空气量。采用用于实时监测的锅炉空气粉电脑的在线监测系统,以保持锅炉处于平衡和稳定的燃烧状态。稳态和准确的监控系统和锅炉的自动输入速率(100%),可以检测载荷分布,管道阻塞,粉末中断和自发燃烧,在节能和燃烧调整方面的实用价值具有相当大的价值和合理分布的空气和粉末。

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