基于事故序列和SEP风险评估的地下矿山标准操作程序SOP优化研究与应用OA
Research and Application of Standard Operating Procedures SOP Optimization for Underground Mines Based on Accident Sequences and SEP Risk Assessment
地下矿山作业环境复杂且风险密集,传统安全操作规程普遍存在结构零散、可操作性弱等问题,难以满足现场精准管控需求.本文以标准操作程序 SOP及地下矿山生产工艺为研究对象,提出科学的操作规程编制需遵循单位选定-工种梳理-作业拆解-风险管控-现场验证的逻辑路径,重点关注作业步骤的精准划分、风险的动态识别及紧急处置措施的实用性,为同类矿山企业安全规程的制定与优化提供参考.
The working environment in underground mines is complex and fraught with risks.Traditional safety operation procedures are generally characterized by fragmented structures and weak operability,making it difficult to meet the precise control requirements on site.This paper takes the standard operating procedures(SOP)and underground mine production processes as the research objects,and proposes that the scientific compilation of operation procedures should follow the logical path of unit selection-job type sorting-operation decomposition-risk control-on-site verification,with a focus on the precise division of operation steps,dynamic identification of risks,and the practicality of emergency response measures.It provides a reference for the formulation and optimization of safety regulations in similar mining enterprises.
黄绍明
玉溪矿业有限公司,云南 玉溪 651100
管理科学
地下矿山安全操作规程标准操作程序SOP风险管控
Underground minesSafety operation proceduresStandard Operating Procedure(SOP)Risk control and management
《世界有色金属》 2026 (2)
220-222,3
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