大型铝电解槽的安全设计优化

Safety Design Optimization of Large Capacity Aluminumelectrolytic Cell

铝电解系列的本质安全设计对企业的安全生产至关重要,随着铝电解系列的大型化发展,大容量槽的安全生产更是尤为关键,合理的铝电解槽设计对电解系列的安全稳定生产起着决定性作用。本文从大型铝电解槽的本质安全设计入手,分析总结了近年来发生安全事故的大型槽的经验,对大型槽的槽壳结构、电热场、磁流体稳定性及母线风险点进行了优化设计,通过对合理的电解槽结构设计、先进磁流体稳定性计算平台及新型绝缘材料的使用,有效消除了铝电解槽生产过程中的安全隐患,确保了大型铝电解系列的安全生产,为大型铝电解系列的安全、稳定、高效生产提供了有力保障。

The safety design of aluminum electrolysis always plays a crucial role in safety production,with the large-scale development of aluminum electrolysis,the safe production of large-capacity cell is particularly important.Reasonable design of aluminum electrolytic cell plays a decisive role in the safe and stable production of electrolytic.So,rational pot design can be decisive for safe and stable reduction production.This paper illustrates the safety design of large capacity aluminum cell.Analyzing and summarizing experiences of accidents occurred with large capacity cells in recent years,carry out the optimizing design of electrolytic cell shell structure,electric heating field,magnetorheological stability and bus-bar risks of large-scale electrolytic cell.Through appropriate design of electrolytic cell structure,calculating platform for advanced magnetic fluidstability and the use of new insulation materials,the hidden dangers in production of aluminum electrolytic cell are effectively eliminated,the safety production of large-scale aluminum electrolytic is ensured,and guaranteed the safety,stability and efficiency of large aluminum electrolytic.