职业风险评价中的领结法

P. Nayanov, E. Khamidullina
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引用次数: 1

摘要

劳动部关于评估职业风险的建议提出了13种方法,其中包括领结技术。雇主选择一种评估职业风险的方法,考虑到大量的参数,包括所从事工作的危险程度和风险的可能后果。领结法明确了高风险生产作业的风险,分析了安全屏障的有效性。本研究的目的是运用“领结”方法评估职业风险,并找出降低职业风险的方法。以石油生产工程为例,对该方法进行了分析。我们使用联邦生态、技术和核监管局的统计数据来确定意外碳氢化合物泄漏的最常见原因。我们对事件树和事件树进行建模,以组装领结模型并分析安全屏障。该方法用于评估碳氢化合物意外泄漏的风险。事故树是针对由设备泄漏碳氢化合物、破坏管道和储罐完整性、法兰和焊接接头减压引起的碳氢化合物紧急释放而开发的。事件树考虑到设备特性,评估危险和后果概率的方法的可能性。建立了安全屏障。它们可用于制定最小化和评估风险的方法。对于碳氢化合物的紧急释放,领结模型表明,需要一套完整的现代安全系统来确保油气处理作业的安全。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The bow tie method in assessing occupational risks
The Ministry of Labor recommendations for assessing occupational risks suggest 13 methods, among which is the bow tie technique. The employer chooses a method for assessing occupational risks, taking into account a large number of parameters, including the degree of danger of works performed and possible consequences of risks. The bow tie method specifies the risks of high-risk production operations and analyzes the effectiveness of safety barriers. The purpose of the study is to apply the "bow tie" method in assessing the occupational risks and to develop ways to minimize them. The method is analyzed on the example of works performed during oil production. We used the statistical data of the Federal Service for Ecological, Technological and Nuclear Supervision to identify the most common causes of accidental hydrocarbon leaks. We modelled incident trees and event trees to assemble bow tie models and analyze security barriers. This method was used to assess the risk of accidental releases of hydrocarbons. The incident tree was developed for the emergency release of hydrocarbons caused by the leakage of hydrocarbons from apparatuses, violations of the integrity of pipelines and tanks, depressurization of flanged and welded joints. Trees of events take into account equipment characteristics, possibilities of the method for assessing probabilities of both hazards and consequences. Security barriers were developed. They can be used in developing ways to minimize and assess risks. For the emergency release of hydrocarbons, the bow tie models show that a whole set of modern safety systems is required to ensure safety during oil and gas treatment operations.
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