电力企业数据库危险有害因素识别、风险评价与控制研究

Xiaoxue Li, Nengwei Fang, Yunpeng Li, Yan Li, Dong Tan, Bo Fan, Yuan Hu, Ya Xin
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引用次数: 0

摘要

发电企业作为能源工业的重要组成部分,其生产过程和环境复杂,危害风险因素较多。其安全管理的重要性已逐渐成为共识。与传统的安全管理方法相比,风险预控强调事前的预防和控制规划。其理论基础是全面、系统地识别和评价各种危害和有害因素。以确定主要风险源和有害因素,明确管理重点和方向,制定更有针对性和先进性的管理措施,防止因风险控制不当造成的隐患和事故的发展,实现本质安全。“4M”主要来源于日本学者西岛茂提出的“人、机、媒、4M要素的安全管理”理论。在4m屏障理论指导下,电力企业形成了一套识别、评价和制定措施的风险预控模型,建立了“运行活动风险”、“检修运行活动风险”和“区域环境风险”,“设备风险”、“故障风险”和“管理风险”五个标准基础风险数据库。标准基础风险数据库识别危害、危害和生态环境因素,对危害后果、发生可能性、危害程度和事故类型进行综合分析评价,并提出相应的控制措施和行为标准。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study on the Identification, Risk Evaluation and Control of the Dangerous and Harmful Factors of Power Enterprise Database
As an important part of the energy industry, power generation enterprises have complex production process and environment, and many hazard risk factors. The importance of its safety management has gradually become a consensus. Compared with traditional safety management methods, risk pre control emphasizes the planning of prevention and control in advance. Its theoretical basis is to comprehensively and systematically identify and evaluate all hazards and harmful factors. In order to determine the main risk sources and harmful factors, clarify the management focus and direction, formulate more targeted and advanced management measures, prevent the development of hidden dangers and accidents caused by improper risk control, and realize intrinsic safety. “4M ” mainly comes from the theory of “safety management of human, machine, media and 4m elements” put forward by Japanese scholar Shigeru nishima. Under the guidance of 4m barrier theory, power enterprises have formed a set of risk pre control models for identifying, evaluating and formulating measures, and established “operation activity risk”, “maintenance operation activity risk” and “regional environmental risk”, “Equipment”, “failure risk” and “management risk” are five standard basic risk databases. The standard basic risk database identifies hazards, hazards and eco-environmental factors, comprehensively analyzes and evaluates hazard consequences, occurrence possibility, hazard degree and accident type, and puts forward corresponding control measures and behavior standards.
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