Journal of Electrical Engineering and Automation

In the production process of civil explosives, the application of automated packaging systems has greatly improved production efficiency, but at the same time, it also faces significant electrostatic safety hazards. Electrostatic discharge can easily generate sparks, which in turn trigger explosion accidents and seriously threaten production safety. Focusing on the optimization of anti-static measures, this paper analyzes the main links and types of static electricity generation in the current automated packaging process, discusses the shortcomings of existing technologies, and proposes a comprehensive prevention and control strategy based on material improvement, grounding system upgrading and intelligent monitoring integration. Through simulation experiments and on-site verification, this paper confirms that the optimized scheme can effectively reduce electrostatic risks and provide safe and feasible technical path support for civil explosives production enterprises.

Civil explosives; Automated packaging; Electrostatic protection; Safe production; System optimization