世界有色金属Issue(16)：39-42,4.
低磷生铁浇铸对铝电解能耗影响的实验与实时配方优化方法
Experimental Study on the Impact of Low-Phosphorus Pig Iron Casting on Aluminum Electrolysis Energy Consumption and a Real-Time Recipe Optimization Method
摘要
Abstract
To address the energy consumption issue in the aluminum electrolysis anode assembly process,this paper investigates the effect of a low-phosphorus gray cast iron formula on reducing the anode Fe-C voltage drop through industrial experiments,and develops an intelligent furnace-front charge guidance system to achieve real-time formula optimization.The optimized low-phosphorus formula reduces the Fe-C voltage drop by approximately 12.7 mV on average,generating economic benefits of 1.35 million yuan from saved power consumption during the experimental period.The established system enhances the stability of molten iron composition through online detection and model-based decision-making,effectively ensuring the stable production of the energy-saving formula.关键词
磷生铁/阳极/低磷/节能降耗/配方优化/智能决策系统Key words
phosphorus pig iron/anode/low phosphorus/energy saving and consumption reduction/formula optimization/intelligent decision-making system分类
矿业与冶金引用本文复制引用
尹安琦,崔希忠,丁国卫,翟乃举,杜元帅..低磷生铁浇铸对铝电解能耗影响的实验与实时配方优化方法[J].世界有色金属,2026,(16):39-42,4.基金项目
山东省自然基金资助项目编号2024LGY008. （）
