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Alumina Feeding System Changes in Aluminum Electrochemical Cell with D18 Technology for Energy Efficiency (Case Study: Almahdi-Hormozal Aluminum Smelter)

机译:使用D18技术提高铝电化学电池中氧化铝进料系统的能效(案例研究:Almahdi-Hormozal铝冶炼厂)

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Aluminum reduction cells have benefited from point feeding technology for a long time, but there are still smelters which are using the old technology of center break and center feed system. Due to several factors this system is no longer approved and there have been a few attempts worldwide to upgrade these cells so as to implement the newer technology by applying mechanical and automation changes. In this paper we will present an attempt which was made in order to retrofit a so-called center break cell to point feeder cell. The results show that this project has decreased the energy consumption and anode effect frequency. Furthermore, there has been a significant increase in current efficiency.
机译:铝电解槽长期以来一直受益于点进料技术,但仍有一些冶炼厂采用了中心断裂和中心进料系统的旧技术。由于多种因素,该系统不再得到批准,并且全球范围内已经进行了一些尝试来升级这些单元,以便通过应用机械和自动化更改来实施更新的技术。在本文中,我们将提出一种尝试,以便将所谓的中心中断单元改型为点馈线单元。结果表明,该项目降低了能耗和阳极效应频率。此外,电流效率已大大提高。

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