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Probing Human Error as Causal Factor in Incidents with Major Accident Potential

机译:探测人为错误作为重大事故潜力事件的因果因素

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Existing literature suggests that human error indirectly linked to the majority of industrial incidents and accidents. The increasing use of computers and software in safety-critical systems makes systems more integrated and dependent and this can increase the risk if barrier integrity is reduced. This paper demonstrate show the Human Factors Assessment and Classification System (HFACS) can be applied to analyze incidents with major accident potential. One report from a Norwegian offshore Oil & Gas incident with major accident potential was analyzed to classify the causal factors for the purpose of making a relative comparison of these factors. The results revealed that failures on the organizational level were the most prevailing, representing almost three quarters of all causal factors, while unsafe acts represented fourteen percent. Thus, organizational factors appear essential in risk management and failures on the organizational level require more attention to mitigate risks in the future.
机译:现有文献表明,人类误差与大多数工业事件和事故间接相关。在安全关键系统中越来越多地利用计算机和软件使系统更集成和依赖,如果降低阻挡完整性,这会增加风险。本文展示了人类因素评估和分类系统(HFAC)可以应用于分析重大事故潜力的事件。分析了挪威海上石油和天然气事件的一份报告,主要发生了主要事故潜力,以分类因果区,以便进行这些因素的相对比较。结果表明,组织层面的失败是最普遍的,代表近四分之三的所有因果因素,而不安全的行为占14%。因此,组织因素似乎在风险管理方面至关重要,组织层面的失败需要更多地关注未来的风险。

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