首页> 外文会议>TMS(The Minerals, Metals amp; Materials Society) Annual Meeting; 20050213-17; San Francisco, CA(US) >BLISTER FLASH SMELTING - EFFICIENT AND FLEXIBLE LOW- COST CONTINUOUS COPPER PROCESS
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BLISTER FLASH SMELTING - EFFICIENT AND FLEXIBLE LOW- COST CONTINUOUS COPPER PROCESS

机译:气泡起泡熔炼-高效灵活的低成本连续铜工艺

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The history of making blister copper in an Outokumpu Flash Smelting Furnace dates back to the late 1960's, when Outokumpu first piloted the Outokumpu Direct Blister (ODB) process. The first commercial scale applications have been in use at Glogow, Poland, since 1978 and at Olympic Dam, Australia, since 1988. These applications utilize special concentrates, which are low in iron, and thus the formation of slag is also low. In 1995 the same principle was applied to smelting copper matte into blister copper in industrial scale at Kennecott Utah Copper, This application, the Kennecott-Outokumpu Flash Converting process, will celebrate its 10th anniversary of commercial scale operation this year. This paper outlines the development in efficiency and flexibility of Blister Flash Smelting processes compared to other smelting and converting options. The focus is on the economical aspects i.e. on the total feasibility of both greenfield investment projects and revamping of existing smelters.
机译:在奥托昆普快速熔炼炉中生产泡铜的历史可以追溯到1960年代后期,当时,奥托昆普首次尝试了奥托昆普直接泡罩(ODB)工艺。自1978年以来,波兰Glogow和1988年以来一直在波兰的Glogow和澳大利亚的奥林匹克大坝开始使用第一批商业规模的应用。这些应用使用的是铁含量低的特殊精矿,因此炉渣的形成也很低。 1995年,在肯纳科特·犹他州铜业公司,以相同的原理将铜磨砂以工业规模冶炼为粗铜。这种应用,即肯尼科特·奥托昆普快速转化工艺,今年将迎来其商业规模运营十周年。与其他熔炼和转换选项相比,本文概述了Blister Flash熔炼工艺在效率和灵活性方面的发展。重点是经济方面,即绿地投资项目和改造现有冶炼厂的总体可行性。

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