基于风险基础方法的危害分析与职业风险程度评价的几个方面

Q3 Engineering
N.M. Gerasimenko
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引用次数: 0

摘要

职业安全是世界各国现代企业政策的优先方向。职业安全的基本范畴是风险导向。本研究的目的是选择一种方法学方法来评估工作场所的职业风险,并确定实现危害和实现危险事件的先决条件。本研究的对象是一家为建筑物工程生命保障系统维修和车辆管理提供服务的服务公司。在过去的10年里,该企业共发生了6起轻伤事故。86%的轻伤是由员工有意识的危险行为促成的。值得注意的是,67%的轻伤发生在56岁以上的员工身上。已确定的危险按两类进行排序:由于工作场所(工作区域)在工作期间产生的危险,在发生意外(紧急)情况时;根据作用的性质和作用机制。职业风险评估采用矩阵法和Fine-Kinney法进行,因为这两种方法最容易使用,在国内外实践中得到了广泛的应用。在经典的Fine-Kinney方法中,对危险事件发生的可能性和暴露于潜在危险情况的中间值使用线性和二次插值,可以确定工作场所中更充分的职业风险水平,并强调由于员工心理-情绪特征(个人性格的表现)而实施的危害。对于工作场所,作为职业安全状态的操作监测的一部分,确定了危险事件发生的先决条件,建议使用经典的Fine-Kinney方法对危险事件发生的概率和暴露于危险事件的值进行线性插值;对于年龄超过56岁的员工在一定时间内工作的工作场所-二次插值。通过实证研究确定,在经典Fine-Kinney方法中应用线性插值和二次插值时,增加职业风险水平是一种预防措施,旨在培养自觉遵守职业安全要求的态度,并改善风险导向方法的实施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Some Aspects of Hazards Analysis and Assessment of the Degree of Occupational Risk Based on a Risk-Based Approach
Occupational safety is a priority direction in the policy of modern companies in the world. The fundamental category of the occupational safety is a risk-oriented approach. The purpose of the study is to select a methodological approach to assessing occupational risks in the workplaces with identified prerequisites for the realization of hazards and realized hazardous events. The object of the study is a service company that provides services for the maintenance of engineering life support systems of buildings and vehicle management. Over the past 10 years, 6 minor injuries were registered at the enterprise. The realization of 86 % of minor injuries was facilitated by conscious dangerous actions of the employees. It is worth noting that 67 % of minor injuries occurred with employees over the age of 56 years. The identified hazards are ranked according to two classifications: for reasons of hazards arising at the workplaces (work zones) during the performance of work, in case of an unexpected (emergency) situation; based on the nature of action and mechanism of action. The assessment of occupational risks was carried out using the matrix method and the Fine-Kinney method, as they are the easiest to use and widely used in domestic and foreign practice. The linear and quadratic interpolations usage for intermediate values of the likelihood of occurrence of a hazardous event and the exposure to a potentially dangerous situation in the classical Fine-Kinney method allows to determine more adequate levels of occupational risks in the workplaces and put emphasis on the hazards that are implemented due to the employee psycho-emotional characteristics (manifestation of a person character). For the workplaces where, as part of operational monitoring of the state of occupational safety, the prerequisites for the occurrence of a hazardous event were identified, it is proposed to use linear interpolation of the values of the probability of occurrence of a hazardous event and exposure to a hazardous event using the classical Fine-Kinney method; for the workplaces in which employees over the age of 56 years work at a certain period of time — quadratic interpolation. Aposteriori, i.e. determined through the conducted empirical study, increasing the levels of occupational risks when applying linear and quadratic interpolations in the classical Fine-Kinney method is a preventive measure aimed at fostering a conscious attitude towards compliance with the occupational safety requirements and improving the implementation of a risk-oriented approach.
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来源期刊
Bezopasnost'' Truda v Promyshlennosti
Bezopasnost'' Truda v Promyshlennosti Environmental Science-Environmental Science (miscellaneous)
CiteScore
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