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Theoretical and experimental study of supersonic oxygen jets. Industrial application in EAF

机译:超音速氧气射流的理论和实验研究。电炉的工业应用

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摘要

Oxygen consumption in the EAF continues to increase, partly due to the development of various technologies based on supersonic lancing. This paper discusses the characteristics of supersonic jets and their industrial implementation. Based on fluid mechanics, numeric modelling and laboratory measurements, physical parameters which can act on the quality of the jet are reviewed. Alarc Jet supersonic injection technology has been designed to provide, in addition to high-standard burners and postcombustion tools, the best global efficiency of oxygen in the EAF. Application to the 160-t furnace of SAM Neuves-Maisons is described.
机译:电炉中的氧气消耗量持续增加,部分原因是基于超音速喷枪的各种技术的发展。本文讨论了超音速喷气机的特点及其工业应用。基于流体力学,数值模型和实验室测量,对可能影响射流质量的物理参数进行了评估。除了高标准的燃烧器和后燃烧工具外,Alarc Jet超音速喷射技术还旨在为电炉提供全球最佳的氧气效率。描述了在SAM Neuves-Maisons的160吨炉中的应用。

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