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METTOP-BRX Technology-Eliminating Concerns and Highlight Potentials of the Concept of Tankhouse Optimization

机译:METTOP-BRX技术-消除油箱优化概念的疑虑和重大潜力

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摘要

Whenever thinking about increasing tankhouse performance two major aspects has to be considered, the technological feasibility as well as the economical impact. For meeting the requirement of an increased current density leading to an increased productivity, Mettop has developed the METTOP-BRX Technology, which allows the introduction of fresh electrolyte between each pair of anode and cathode. As an example of a greenfield approach the installation at Xiangguang Copper Co., Ltd will be described. Since the start up in 2011, Xiangguang Copper Co., Ltd operates one of their two copper refining tankhouse with a current density of 420 A/m~2 and a current efficiency above 98% in average. At Montanwerke Brixlegg Ag, as an example of a brownfield installation, the annual production could be increased by 50%. Although for many years a total of two industrial applications are in operation, the successful implementation of this technology that result in significant operational and economic advantages has not been fully accepted within the industry due to misunderstandings, incorrect interpretations and lack of awareness. It is intended with this paper to create a better understanding about the parallel flow technology and help to eliminate worries and concerns.
机译:每当考虑提高油库性能时,都必须考虑两个主要方面,即技术可行性和经济影响。为了满足增加电流密度以提高生产率的要求,Mettop开发了METTOP-BRX技术,该技术允许在每对阳极和阴极之间引入新鲜的电解质。作为绿地方法的一个例子,将描述向光铜业有限公司的安装。自2011年投产以来,湘光铜业有限公司经营着两家铜精炼厂之一,其电流密度为420 A / m〜2,平均电流效率超过98%。在Montanwerke Brixlegg Ag,作为一个棕地装置的例子,年产量可以增加50%。尽管多年来一直有两个工业应用程序在运行,但由于误解,错误的解释和缺乏认识,成功地实施该技术并带来显着的运行和经济优势的方法尚未在业界内被完全接受。本文旨在对并行流技术有一个更好的理解,并有助于消除后顾之忧。

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