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Plasma Technology in Power Engineering

机译:动力工程中的等离子技术

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The development of high temperature plasma experimental equipment for decomposing the toxic compounds that arise in the pyrolysis or combustion of PCB oils, plastics and other dangerous wastes, by subsequently raising the combustion temperature above the threshold for dissociation of toxic gas molecules. The design of experimental dissociation chamber plant, rated at 100 kg/hour of dangerous waste is presented. Low temperature plasma technology is one of the possibilities how to replace efficiently noble fuels (mazut or gas) used for the start-up and stabilization of power stations and utilization in the incineration plants. The output 320 kVA of plasma generator and temperature 6 000 oC for the boiler is sufficient. These conclusions have been fully confirmed and verified.
机译:通过随后将燃烧温度提高到有毒气体分子分解的阈值之上,开发用于分解在PCB油,塑料和其他危险废物的热解或燃烧中产生的有毒化合物的高温等离子体实验设备。介绍了实验解离室装置的设计,该装置的额定危险废物量为每小时100千克。低温等离子技术是如何有效替代稀有燃料(玛祖特或天然气)的一种可能性,这些稀有燃料用于发电厂的启动和稳定以及焚烧厂的利用。等离子发生器的输出320 kVA和锅炉的温度为6000 oC就足够了。这些结论已得到充分证实和证实。

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