提高作业流程质量是系统降低煤矿人员工伤风险的手段

Q3 Engineering
O. Cherskikh, V. S. Minakov, A. Makarov
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引用次数: 0

摘要

该研究的相关性取决于许多因素。首先,煤矿特别是新开煤矿活动的一个典型趋势是在恶劣的地质和气候条件下大量增加煤炭产量,同时使用越来越强大的采矿设备。其次,一个重要的情况是使用轮班制的人事工作,导致其高流动率。这些特点预先决定了煤矿工人受伤风险的增加。这些趋势在动态发展的索伦采沃煤矿中得到了明显的体现。按照东部矿业公司的总路线,为进一步提高生产效率和职业安全,形成了矿山负面事件风险管理体系。在第一阶段,向雇员介绍了确定危险生产情况的方法,并在其责任领域进行了实践检验。第二阶段继续掌握这一方法,以评估已查明的危险的风险并制定消除这些危险的措施。在第三阶段,矿山员工开始掌握提高工作流程质量的工具,这是基于对其主要组成部分的评估:人员,设备,工作流程和其条件。每个组件依次根据四个组件进行评估。使用该工具包可以识别工作流程中的“狭窄”链接,不安全的操作和操作,消除这些链接可以降低负面事件的风险,并消除有效工作的障碍。在测试此工具包时,确定了关键风险、导致风险的因素、制定并实施了措施,以确保在执行特定操作时系统地提高员工的安全性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improving the Quality of Workflows is a Means of Systematically Reducing the Risk of Injury to the Coal Mine Personnel
Relevance of the study is due to a number of factors. Firstly, a typical trend in the activity of coal mines, especially newly opened ones, is an intensive increase in coal production in difficult geological and climatic conditions, while using more and more powerful mining equipment. Secondly, an important circumstance is the use of the shift method of personnel work, which causes its high turnover. These features predetermine an increase in the risk of injury to the coal mines employees. These trends are clearly manifested in the dynamically developing Solntsevo coal mine. In accordance with the general line of the Eastern Mining Company, aimed at further improving production efficiency and occupational safety, a risk management system for negative events is formed at the mine. At the first stage, the employees were introduced to the methodology for identifying hazardous production situations, which they tested in practice in their area of responsibility. The second stage continued mastering this methodology in assessing the risk of identified hazards and developing measures to eliminate them. At the third stage, the employees of the mine began to master the tools for improving the quality of workflows, which is based on an assessment of its main components: personnel, equipment, workflow, and its conditions. Each of these components, in turn, is evaluated against four components. The use of this toolkit allows to identify «narrow» links in the workflow, unsafe operations and actions, the elimination of which reduces the risks of negative events and removes obstacles to efficient work. When testing this toolkit, critical risks were identified, the factors that cause them, measures were developed and taken for implementation to ensure a systematic increase in employee safety when performing the specific operations.
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来源期刊
Bezopasnost'' Truda v Promyshlennosti
Bezopasnost'' Truda v Promyshlennosti Environmental Science-Environmental Science (miscellaneous)
CiteScore
1.00
自引率
0.00%
发文量
110
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