Abstract
With the rapid development of China's economy, the safe production of electrolytic aluminum is becoming increasingly prominent. It is particularly important for the production safety of the electrolytic aluminum industry to identify the hazards of electrolytic aluminum operation and find a practical and effective operational risk control method. A two-dimension hazard classification method and an evidence - based hazard identification framework are put forward. A process oriented hazard evolution and risk control method system is constructed, which provides a theoretical method for systematically investigating hazards, reducing risks and preventing and controlling accidents. Taking the molten aluminum explosion accident in an electrolytic workshop section as an example, the hazards were identified, the process from hazards to accident was analyzed by means of a fault tree, event tree and bow tie diagram, and a hazard evolution path was selected to set up safety measures to explain the feasibility of risk control methods.
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