The possibility of introducing plasma ignition of fuel in combustion chambers of power boilers was investigated by using 3D computer modeling methods. Computational experiments were carried out on operating boilers, and a comparison of the characteristics of the combustion process for traditional fuel combustion and its thermochemical variant was carried out. Plasma technology allows the concentration of carbon and nitrogen oxides at the outlet of the furnace to be reduced. The results obtained showed the efficiency of thermochemical plasma activation of fuel and the possibility of its application in real heat and power facilities to optimize combustion processes and minimize harmful emissions.

中文翻译：

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使用等离子体活化来优化燃烧过程并最大限度地减少有害排放

通过使用 3D 计算机建模方法研究了在动力锅炉燃烧室中引入燃料的等离子体点火的可能性。对运行中的锅炉进行了计算实验，并对传统燃料燃烧及其热化学变体的燃烧过程特性进行了比较。等离子技术可以降低炉子出口处的碳和氮氧化物的浓度。获得的结果表明燃料热化学等离子体活化的效率及其在实际热力和电力设施中应用的可能性，以优化燃烧过程并最大限度地减少有害排放。