摘要
电解铝企业可操作、持续、有效、大幅度的取得节能减排经济效益的关键指标是阳极炭耗及运行电耗、吨铝电耗和吨铝分摊大修成本。由于电解铝技术的综合性特点,采用铝电解系统性节能减排技术创新,符合国家行业和企业竞争的生存需要。基于此,本文主要阐释了这几项技术的基本背景、特点和创新效益的原理及应用案例。
The key indexes of greatly achieving workable, sustainable, effective economic benefits for energy saving and emission reduction in aluminum electrolytic enterprise are anode carbon consumption and its operation power consumption, repair cost and power consumption of every ton of aluminum. The systematic innovation of energy saving and emission reduction technology in aluminum electrolysis can meet the need of competition and survive in nation, industry and enterprise because of the comprehensive characteristics of aluminum electrolysis technology. Based on the above contents, the basic backgrounds, characteristics, principles of innovation efficiency and application ease of several technologies were introduced in this paper.
出处
《有色冶金节能》
2013年第1期12-17,共6页
Energy Saving of Nonferrous Metallurgy
关键词
铝电解
系统节能
专业技术构成
活化阳极
加铜盘存
废旧阴极内衬
aluminum electrolysis
systematic energy saving
professional technology structure
activation anode
inventory method of adding copper
waste cathode lining
