价值工程
價值工程
개치공정
VALUE ENGINEERING
2015年
14期
98-100,101
,共4页
新型阴极结构铝电解槽技术%燃料-铝液二段焙烧启动技术%工艺控制技术%节能降耗
新型陰極結構鋁電解槽技術%燃料-鋁液二段焙燒啟動技術%工藝控製技術%節能降耗
신형음겁결구려전해조기술%연료-려액이단배소계동기술%공예공제기술%절능강모
new cathode structure aluminum electrolysis technology%fuel - liquid aluminum stages of preheating- start technology%process control technology%energy saving
在国内节能减排、产业调整、振兴规划大背景下，电解铝行业加速了电解槽节能技术的开发和应用，本文通过对新型阴极结构铝电解槽技术在350kA系列的研究与应用，实现了350kA电解槽低电压高电流效率的工艺控制，取得了节能降耗的效果。
在國內節能減排、產業調整、振興規劃大揹景下，電解鋁行業加速瞭電解槽節能技術的開髮和應用，本文通過對新型陰極結構鋁電解槽技術在350kA繫列的研究與應用，實現瞭350kA電解槽低電壓高電流效率的工藝控製，取得瞭節能降耗的效果。
재국내절능감배、산업조정、진흥규화대배경하，전해려행업가속료전해조절능기술적개발화응용，본문통과대신형음겁결구려전해조기술재350kA계렬적연구여응용，실현료350kA전해조저전압고전류효솔적공예공제，취득료절능강모적효과。
In the background of domestic energy conservation,emission reduction,industrial adjustment, revitalization planning, electrolytic aluminum industry accelerated the development and application of electrolyzer energy-saving technology. Based on the research and application of new cathode structure aluminum electrolysis technology in 350kA series, this paper explained how to achieve the 350kA electrolytic trough of low voltage and high current efficiency during the process control, and how to get the energy conservation effect.
