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A structural approach to the HAZOP - Hazard and operability technique in the biopharmaceutical industry

机译:HAZOP的结构化方法-生物制药行业的危害和可操作性技术

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Recently, the use of analytical techniques to identify, assess and address risks within the pharmaceutical industry is increasing from the initial and operating phases until the final use of products aiming to eliminate or reduce the severity of deviations. The hazard and operability studies - HAZOP establish that accidents are the result of failure modes in process variables out of operational parameters. In this paper, the HAZOP methodology was used to assess risks in the system for recombinant protein production where a multidisciplinary group used the brainstorming strategy to identify the risk level and deviations in nodes defined by functionality in the system. Nineteen critical nodes were identified, deviations were established in based on knowledge, and experience by the group, thus precluded the need of deviation's records to estimate frequency and impacts of events. It was also shown that in the pharmaceutical industry the most-critical risks are those that have adverse impacts on production like partial and total losses and when noncompliance of regulations are involved. The HAZOP risk assessment tool can be easily followed by people who are interested in starting to use this technique to improve the security environment within the institution and when required by regulatory agencies. (c) 2015 Elsevier Ltd. All rights reserved.
机译:最近,从最初和运营阶段直到最终使用旨在消除或减少偏差严重程度的产品,越来越多地使用分析技术来识别,评估和解决制药行业内的风险。危害和可操作性研究-HAZOP确定事故是操作参数之外的过程变量中故障模式的结果。在本文中,HAZOP方法用于评估重组蛋白生产系统中的风险,其中多学科小组使用头脑风暴策略来识别风险水平和系统功能定义的节点偏差。小组确定了19个关键节点,并根据知识和经验建立了偏差,因此无需偏差记录来估计事件的发生频率和影响。还表明,在制药行业中,最关键的风险是那些会对生产产生不利影响的风险,例如部分和全部损失以及涉及不遵守法规的风险。有兴趣开始使用此技术来改善机构内以及监管机构要求时的安全环境的人员,可以轻松地使用HAZOP风险评估工具。 (c)2015 Elsevier Ltd.保留所有权利。

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