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Improving The Resource Efficiency of The German Steel Industry Using Material Flow Analysis

机译:利用材料流分析提高德国钢铁行业的资源效率

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This article deals with the utilization of residues from the German steel industry with focus on electric arc furnace (EAF) dust. Material flow analysis is used to illustrate the steel industry by specific output flows of residues over the process chain. The objective of the underlying study was to find further, more efficient connections between process chains. In Germany EAF dust is mainly processed in the Waelz process to recover the contained zinc (open-loop recycling). About 67 % of the world's EAF dust, however, is landfilled and thereby an amount corresponding to 1 to 10 % of the annual production of zinc is lost for production processes. In this article treatment operations for EAF dust are compared through utility analysis with regard to resource efficiency.
机译:本文涉及利用德国钢铁行业的残留物,专注于电弧炉(EAF)灰尘。材料流动分析用于通过流程链的特定输出流动的特定输出流动来说明钢铁工业。潜在研究的目的是在过程链之间找到进一步的更有效的连接。在德国EAF灰尘主要在WAELZ工艺中加工,以回收包含的锌(开环回收)。然而,世界上大约67%的EAF粉尘是填埋场,从而对对应于1%至10%的锌的锌的量损失生产过程。在本文中,通过关于资源效率的实用性分析比较EAF粉尘的处理操作。

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