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金属矿山 ›› 2024, Vol. 53 ›› Issue (5): 55-.

• “矿业青年科学家”专题 • 上一篇    下一篇

矿山粉尘职业危害风险评估研究现状与展望

肖双双1 刘 锦1 李卫炎2 马亚洁1   

  1. 1. 西安科技大学能源学院,陕西 西安 710054;2. 浙江交通资源投资集团有限公司,浙江 杭州 310020
  • 出版日期:2024-05-15 发布日期:2024-06-14

Study Status and Prospect of Mine Dust Occupational Hazard Risk Assessment

XIAO Shuangshuang1 LIU Jin1 LI Weiyan2 MA Yajie1   

  1. 1. College of Energy Engineering,Xi′an University of Science and Technology,Xi′an 710054,China; 2. Zhejiang Communications Resources Investment Group Co. ,Ltd. ,Hangzhou 310020,China
  • Online:2024-05-15 Published:2024-06-14

摘要: 矿山粉尘职业危害已成为矿山行业最重要的职业健康问题,对矿山粉尘危害进行风险评估、量化其危 害程度是矿山职业卫生工作的重点。为深入了解矿山粉尘职业危害风险评估领域的研究脉络,基于文献计量学角 度,采用VOSviewer 与CiteSpace 软件对中国知网(CNKI)和WOS(Web of Science)收录的矿山粉尘危害风险评估相关 文献进行可视化分析,提取高频关键词,进行关键词共现、聚类分析,获得文献的时序特征、研究主体以及热点前沿信 息。根据可视化分析结果,从风险评估指标、危害程度等级、评估方法3 个方面进行了详细分析和阐述。细化了风险 评估流程,分析了矿山粉尘的理化特性和危害因素,进而归纳了风险评估指标,总结了粉尘职业危害程度分级,按照 定性、定量和综合评估3 种类别梳理了矿山粉尘职业危害风险评估方法,阐释了健康伤害风险评估的量化模型。研究 表明:目前国内外在矿山粉尘职业危害风险评估方向进行了大量深入的研究和实践,评估工作取得了较为显著的成 效,但矿山各生产环节粉尘至今仍难以彻底遏制,相关研究理论机制尚未成熟,评估指标影响因素冗杂、危害程度分 级缺乏依据、评估方法存在主观不确定性,矿山粉尘职业危害风险评估体系有待系统研究,粉尘危害风险分析及预警 平台尚需探索构建。未来,需进一步完善矿山粉尘职业危害风险评估相关法律法规;科学、合理地选择风险评估指标, 简化评估工作环节,实现良好的实用效益;突破现有方法局限,建立适用的数据信息论风险评估模型,为矿山粉尘治 理提供有效依据;积极应用云计算、大数据等新技术,实现粉尘监测—风险评估—智能防控一体化系统建设。

关键词: 矿山粉尘 职业危害 风险评估 知识图谱 可视化分析

Abstract: The occupational hazard of mine dust has become the most important occupational health problem in the mining industry. Risk assessment and quantification of mine dust hazards are the focus of mine occupational health work. In order to deeply understand the study context of mine dust occupational hazard risk assessment,based on the perspective of bibliometrics, VOSviewer and CiteSpace software were used to visualize the literature on mine dust hazard risk assessment collected by CNKI and WOS (Web of Science ). High-frequency keywords were extracted,and keyword co-occurrence and cluster analysis were carried out to obtain the time series characteristics,study subjects and hot frontiers information of the literature. According to the results of visual analysis,the risk assessment indicators,hazard level and assessment methods are analyzed and elaborated in detail. The risk assessment process is refined,the physical and chemical characteristics and hazard factors of mine dust were analyzed,and then the risk assessment indicators were summarized. The classification of dust occupational hazards was summarized. According to the three categories of qualitative,quantitative and comprehensive assessment,the risk assessment methods of mine dust occupational hazards are sorted out,and the quantitative model of health injury risk assessment is explained. The study results show that:at present,a lot of in-depth study and practice have been carried out in the field of mine dust occupational hazard risk assessment at home and abroad,and the assessment work has achieved remarkable results. However, the dust in various production links of mines is still difficult to completely curb,the theoretical mechanism of related study is not yet mature,the influencing factors of evaluation indicators are complicated,the classification of hazard degree lacks basis, and the evaluation methods have subjective uncertainty. The risk assessment system of dust occupational hazards in mines needs to be systematically studied,and the risk analysis and early warning platform of dust hazards still needs to be explored and constructed. In the future,it is necessary to further improve the relevant laws and regulations on the risk assessment of occupational hazards of mine dust; Select risk assessment indicators scientifically and reasonably, simplify the assessment process,and achieve good practical benefits;Break through the limitations of existing methods,a suitable data information theory risk assessment model is established to provide an effective basis for mine dust control;Actively apply new technologies such as cloud computing and big data to realize the construction of dust monitoring-risk assessment-intelligent prevention and control integrated system.

Key words: mine dust,occupational hazard,risk assessment,knowledge graph,visual analysis