Obtaining Realistic Human Error Rates for Process Hazard Analyses

机译：获得工艺危险分析的现实人为错误率

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While human error has long been recognized as a contributor to process incidents, Process Hazard Analysis (PHA) teams often struggle to reach consensus on the frequency of human errors might. This disagreement can be due to the varied ackgrounds and experiences of team members, as well as the degree to which they believe human error is inevitable as opposed to simply being a reason for discipline. A process that combines research-based, quantitative estimates of human error rates with plant experiences is proposed for use during qualitative PHAs. Use ofthese quantitative estimates within a qualitative Process Hazard Analysis is described, along with one facility’s successful implementation of this process.

机译：虽然人类错误长期被公认为工艺事件的贡献者，但过程危险分析（PHA）团队往往努力达成人类错误频率可能。这种分歧可能是由于群体成员的变化和经验，以及他们认为人为错误的程度是不可避免的，而不是仅仅是纪律的原因。提出了一种与植物经验的基于研究的人体错误率的数量估计的过程，以便在定性的PHA期间使用。描述了在定性过程中的定量估计进行了描述，以及一个设施的成功实施该过程。

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《American Institute of Chemical Engineers Spring National Meeting》|2007年||共13页
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John C. Wincek; Joel M. Haight;
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正文语种
中图分类化学工业;
关键词
Human Factors; Operator Error;

机译：人为因素;操作员错误;

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机译：进行过程危害分析的实际人为错误率
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4. Obtaining Realistic Human Error Rates for Process Hazard Analyses [C] . John C. Wincek, Joel M. Haight American Institute of Chemical Engineers Spring National Meeting . 2007

机译：获得工艺危险分析的现实人为错误率
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Obtaining Realistic Human Error Rates for Process Hazard Analyses

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