首页> 外文会议>TMS annual meeting amp; exhibition; 20090215-19; San Francisco, CA(US) >BEFORE PEIRCE AND SMITH - THE MANHES CONVERTER: ITS DEVELOPMENT AND SOME REFLECTIONS FOR TODAY
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BEFORE PEIRCE AND SMITH - THE MANHES CONVERTER: ITS DEVELOPMENT AND SOME REFLECTIONS FOR TODAY

机译:在长笛和史密斯之前-MANHES转换器:它的发展和今天的一些反思

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In 1881, the first commercial pneumatic Bessemer-type converter treating copper matte was successfully introduced by Pierre Manhes at the Eguilles copper plant near Vedene in France. This development followed over a year of testing on a smaller scale at a foundry in Vedene, during which the vertical tuyeres of the conventional Bessemer converter had been successfully replaced by horizontal tuyeres in an effort to avoid the freezing of copper which had occurred in the bottom of the vessel having vertical tuyeres. The Manhes Converter, as it became known, was the first successful large-scale adaptation of the Bessemer concept of using compressed air blown into a melt for metal refining and treatment. Within a few years, Manhes Converters utilizing horizontal tuyeres in either the original type of vertical converter, or a later and more enduring horizontal barrel converter, were in operation at over a dozen copper smelters around the world. It was this process that Messrs Peirce and Smith essentially improved with the introduction of the larger converter which bears their name and the development celebrated at this Symposium. The present paper briefly traces the original development by Pierre Manhes in the early 1880s and which set the stage for the later Peirce-Smith adaptation. The paper observes that the original development by Manhes was in part driven by the need to reduce coal (energy) consumption and hence the production cost in order for Eguilles to remain competitive with the larger plants in Swansea, Wales, where a ready supply of cheap coal helped keep smelter treatment terms of the day low. These themes are eerily resonant of today where booming copper production in China has impacted the industry, and also where energy consumption, closely linked to today's more familiar theme of 'climate change' remains an important challenge currently confronting the entire industry. The paper concludes with comments on these seemingly parallel situations today and offers some thoughts for the future.
机译:1881年,Pierre Manhes在法国Vedene附近的Eguilles铜厂成功引入了第一台用于处理铜雾的商用气动Bessemer型转炉。这项开发是在Vedene的铸造厂进行了一年的较小规模测试之后进行的,在此期间,传统的Bessemer转炉的垂直风口已被水平风口成功替代,以避免底部的铜冻结。具有垂直风口的船只。众所周知,Manhes转炉是Bessemer概念的首次成功大规模改造,该概念使用吹入熔体中的压缩空气进行金属精炼和处理。在短短几年内,Manhes转炉在原始类型的立式转炉中使用水平风口,或者在后来和更持久的水平桶式转炉中使用,在全球十几家铜冶炼厂投入运行。正是由于这个过程,Peirce和Smith先生才有了实质性的改进,引入了更大的转换器,该转换器以他们的名字和在本次研讨会上庆祝的发展为名。本文简要回顾了Pierre Manhes在1880年代初期的最初发展,并为后来的Peirce-Smith改编奠定了基础。该论文指出,Manhes最初的发展部分是由于需要减少煤炭(能源)消耗,从而降低了生产成本,以使Eguilles能够与威尔士斯旺西的大型工厂保持竞争优势,那里廉价的现成货源煤炭使冶炼厂的处理时间保持在较低水平。这些主题在今天引起了令人反感的共鸣,在中国,蓬勃的铜产量对行业产生了影响,而且与今天更加熟悉的“气候变化”主题紧密相关的能源消耗仍然是整个行业当前面临的重要挑战。本文最后对当今这些似乎平行的情况发表了评论,并对未来提出了一些想法。

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