Process deviations, early sensemaking, and enabling operators: Thinking beyond the traditional alarm-based practice to enhance industrial resilience

Mohammad Bakhshandeh , Jayantha P. Liyanage , Bjarne Andre Asheim , Lu Li
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Abstract

In the dynamic landscape of modern industrial systems, there is an emerging important need for new thinking and practice to facilitate risk-informed decision-making, especially in high-risk industrial sectors. Such novel solutions should enable operators to proactively counteract and prevent unwanted events and incidents. Efforts to harness and convert relevant data to meaningful information with unique meanings, in fact represents new opportunities to create relevant knowledge of the actual context. This research examines this through early sensemaking of process deviations, facilitating a seamless integration of information towards context-sensitive decision-making processes. Two industrial approaches are discussed: a conventional alarm-based practice, as well as an enhanced approach. The research underscores the application of such techniques through two industrial cases, aiming at fostering enhanced resilience, reliability, and safety within high-risk industrial settings.
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流程偏差、早期感知和操作人员:超越传统的基于警报的实践,增强工业弹性
在现代工业系统的动态环境中,迫切需要新的思维和实践来促进风险知情决策,特别是在高风险工业部门。这种新颖的解决方案将使作业者能够主动应对和防止不必要的事件和事故。利用相关数据并将其转化为具有独特含义的有意义信息的努力,实际上代表了创造实际上下文相关知识的新机会。本研究通过对过程偏差的早期理解来检验这一点,促进了对上下文敏感的决策过程的信息无缝集成。讨论了两种工业方法:一种传统的基于警报的做法,以及一种增强的方法。该研究通过两个工业案例强调了这些技术的应用,旨在提高高风险工业环境中的弹性、可靠性和安全性。
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