更新生产设施意外风险评估的安全指引

Q3 Engineering
M. V. Lisanov, A. Agapov, S. Zainetdinov, S. I. Sumskoy, A. S. Sofyin
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引用次数: 0

摘要

工业安全领域立法的变化,以及宣布工业安全、为危险生产设施制定安全案例和其他与风险分析(评估)相关的工作的经验,需要对Rostechnadzor安全指南进行修改,其中大部分是在2013-2018年期间制定的。为此,与rostetechnik公司达成协议,工业安全公司集团(STC IS)、STC“工业安全”CJSC、ANO“工业风险研究机构”、詹姆斯·布鲁斯基金)的专家自愿在2020-2022年期间编写并向rostetechnik公司发送了13项安全指南的修正案草案,目前已获得批准。本文对上述安全指南进行了内容分类,并提出了一套事故风险分析方法。在这些指南中提出的变化与术语的法律要求有关,需要使这套安全指南更加系统化。改进了风险指标和影响区域的计算算法,其中最重要的是:从现代爆炸后果评估思想出发,考虑了燃料-空气混合云位置的可变杂波;包括在爆炸参数的计算中建立了计算气体动力学的模型,以及设计了用于数值模拟的模型,在喷射段的喷射流;物理爆炸中冲击波传播效应计算参数模型的实现。提出了进一步改进危险生产设施风险分析方法支持的主要方向。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Updating Safety Guides in the Field of Accident Risk Assessment at the Production Facilities
Changes in the legislation in the field of industrial safety, as well as the experience of declaring industrial safety, developing safety cases for hazardous production facilities and other work related to risk analysis (assessment), required introduction of changes to the set of Rostechnadzor safety guidelines, most of which were developed in the period of 2013–2018. For this purpose, in agreement with Rosteсhnadzor, the specialists from the Group of Companies «Industrial Safety» (STC IS), STC «Industrial Safety» CJSC, ANO «Industrial Risk Research Agency», Fund of James Bruce) on a voluntary basis in the period of 2020–2022 prepared and sent to Rostechnadzor the drafts of amendments of 13 safety guides, which are currently approved. The article presents a classification of the above safety guides by content and considers a set of methods for accident risk analyses. The changes are presented in these guides related to the legal requirements for terminology, the need to make the set of safety guides more systematic. The algorithms for calculating risk indicators and affected areas were refined, the most significant of which can be distinguished: taking into account the variable clutter at the location of the fuel-air mixtures cloud, proceeding from the modern ideas about the assessment of the explosion consequences; including in the calculation of explosion parameters a model of computational gas dynamics, as well as the model designed for numerical simulation in the ejection of the jet section of the flow; actualization of the parametric models for calculating the effects of shock wave propagation in a physical explosion. The main directions are proposed concerning further improvement of the methodological support of risk analysis at the hazardous production facilities.
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来源期刊
Bezopasnost'' Truda v Promyshlennosti
Bezopasnost'' Truda v Promyshlennosti Environmental Science-Environmental Science (miscellaneous)
CiteScore
1.00
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发文量
110
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