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Analysis of Control System of Fuel Combustion in Boilers with Oxygen Sensor

机译:含氧传感器的锅炉燃油燃烧控制系统分析

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The method of fuel quality control is considered, which is based on the using of the oxygen sensor (without sensors of incomplete fuel combustion products). An algorithm for the electric drive of a fan is proposed, which is based on a step changing in the rotation speed. The choice of broadband oxygen sensor as a basis for the development of a fuel combustion control system is determined. In?the course of experimental studies, the possibility of reconstructing the boiler by replacing a burner with an installed control system was demonstrated. The commissioning works were carried out with the installed system, the optimum operating conditions of the boiler were determined (with the formation of CO in the flue gases at a minimum level <50 ppm). The technical characteristics of the boiler operation under different loads (from 10 % to 100 %) are considered. Ecological and economic analysis of the developed fuel combustion control system was carried out.
机译:考虑了燃料质量控制方法,该方法基于氧传感器的使用(没有不完全燃料燃烧产物的传感器)。提出了一种基于转速阶跃变化的风扇电驱动算法。确定了宽带氧传感器的选择作为开发燃料燃烧控制系统的基础。在实验研究过程中,证明了通过用安装的控制系统替换燃烧器来重建锅炉的可能性。调试工作是通过安装的系统进行的,确定了锅炉的最佳运行条件(烟气中生成的CO的最低含量<50 ppm)。考虑了在不同负载(10%至100%)下锅炉运行的技术特征。对已开发的燃料燃烧控制系统进行了生态和经济分析。

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