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ISASMELT - Flexibility in Furnace Design

机译:isasmelt - 炉设计中的灵活性

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One of the keys to success in process development is incremental scale-up, allowing for potential problems to be identified and rectified. The ISASMELT top submerged lance (TSL) process was developed to maturity using this method by Mount Isa Mines, now owned by Glencore. Commercialization only occurred once the process had been proven on each scale and as a result the ISASMELT technology now operates successfully around the world. An important parameter in the evolution of the technology has been the furnace campaign life. The initial commercial scale furnaces had minimal water-cooling. Although this led to shorter campaign lives, an extended development program resulted in the achievement of four-year campaign lives, without any water cooling. In tandem to the refractory designs Glencore Technology, supplier of the TSL technology, has progressed cooled copper lining designs for application to both the ISASMELT and ISACONVERT furnaces allowing for ultimate flexibility in the lining choice. This allows each ISASMELT operating site to minimize their overall life-cycle costs by balancing their campaign life with lining costs, energy inputs, and other shutdown requirements.
机译:过程开发成功的钥匙之一是增量扩展,允许识别和纠正潜在的问题。 ISASMETT顶部浸没式喷枪(TSL)工艺是通过Mount Isa Mines使用本方法而开发的,现在由Glencore拥有。只有在每种规模上证明过程中,只有一次发生商业化,因此ISASMELT技术现在在世界各地成功运行。该技术演化中的一个重要参数一直是炉子竞选生活。初始商业尺度熔炉具有最小的水冷。虽然这导致了较短的运动生活,但扩展的开发计划导致了四年竞选生活的实现,没有任何水冷。在串联到耐火设计Glencore技术,TSL技术的供应商已经进展了冷却的铜衬里设计,用于应用于Isasmelt和Isaconvert炉,允许在衬里选择中的极限灵活性。这允许每个ISAMBELELT操作现场通过使用衬里成本,能源输入和其他关机要求平衡其竞选活动来最大限度地降低其整体生命周期成本。

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