电解铝厂铝液轨道运输工艺研究
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摘要
近年来,电解铝工业发展迅猛,电解铝厂的规模越来越大,但这也造成了电解铝厂物流运输量大的问题。本文针对某铝厂建设规模为年产90万吨电解铝,应用新型铝液轨道运输技术,将电解车间与铸造车间进行无缝链接,提高了自动化水平和劳动生产率,降低了生产运输成本。这在电解铝行业是一个创造性的尝试,同时也为将来电解铝厂实现智能化物流奠定了基础。
In recent years aluminum smelters become more and more large with the rapid development of aluminum industry,but which causes the problem of large logistics and transportation in aluminum smelters. A new aluminum liquid railway transportation technology is adopted for a smelter with 900 kt/a aluminum,which can increase the level of automation and labour productivity and reduce the cost of production and transportation by seamless connection of potrooms and the cast house. This is a creative attempt in aluminum smelting field. At the same time it can establish the basic to realize intelligent logistics in aluminum smelters in the future.
In recent years aluminum smelters become more and more large with the rapid development of aluminum industry,but which causes the problem of large logistics and transportation in aluminum smelters. A new aluminum liquid railway transportation technology is adopted for a smelter with 900 kt/a aluminum,which can increase the level of automation and labour productivity and reduce the cost of production and transportation by seamless connection of potrooms and the cast house. This is a creative attempt in aluminum smelting field. At the same time it can establish the basic to realize intelligent logistics in aluminum smelters in the future.
引文
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[4]杨学春.电解铝厂厂内主要货物新型运输方式的探讨[J].轻金属,2016(2):34-37.
[2]Zhou Dongfang,Yang Xiaodong,Liu Wei.Development and application of SAMI's low voltage energy-saving technology[C].Light Metals,2012.607-612.
[3]胡红武,曹曦,孙康健.大型铝电解槽新式节能阴极结构技术的应用研究[J].轻金属,2016(10):33-36.
[4]杨学春.电解铝厂厂内主要货物新型运输方式的探讨[J].轻金属,2016(2):34-37.