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Analysis of Haul Truck- Related Fatalities and Injuries in Surface Coal Mining in West Virginia.

机译:西弗吉尼亚州露天煤矿开采中与卡车相关的死亡和伤害分析。

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摘要

Trucks are the primary means of haulage in surface coal, metal, and nonmetal mining operations. The number of fatal accidents involving trucks is higher when compared to all other mining equipment. The Mine Safety and Health Administration (MSHA) reports that 137 fatalities were haul truck- related in the United States between 1995 and 2011. A total of 12 truck-related accidents, including 13 fatalities, were recorded in surface coal mining operations in West Virginia (WV) during this period. The objectives of this research were to (i) analyze the root causes of these accidents, and (ii) develop effective intervention strategies to eliminate these fatalities. The Fault Tree Analysis (FTA) technique was used to systematically analyze truck related fatalities. Data on truck-related injury accidents in West Virginia surface coal mines during 2012 and 2013 were also analyzed in this study. Results of the study indicate that inadequate or improper pre-operational check and poor maintenance of trucks were the two most common root causes of these accidents. A total of eight accidents occurred on haul roads, while 10 accidents occurred while the trucks were moving forward. The two most violated provisions of Code of Federal Regulations were 30 CFR§77.404 - Machinery and equipment; operation and maintenance (six times), and 30 CFR§77.1606 - Loading and haulage equipment; inspection and maintenance (five times).;A total of 223 reported injuries were recorded at West Virginia surface coal mines. With the exception of two missing data, a total of 178 accidents were equipment-related and 43 accidents occurred without equipment being involved. The equipment categories accounting for the most number of injuries were: truck (57 times) and bulldozer/dozer/crawler tractor (43 times). The majority of the truck-related injuries occurred within the worker's first five years at the mine and within the first five years at their current job title. Workers between ages 25 and 39 had the greatest percentage of injuries. Most injuries were recorded during "Section I" (6:00 a.m. - 2:00 p.m.), and the fall season has the greatest number of truck-related injuries of all four seasons. Regarding the nature of injury, "sprains and strains" made up about 32%, topping all other types of injuries. The most commonly injured body part in truck-related injuries was the "Multiple parts.".;A two-pronged approach to accident prevention was used: one that is fundamental and traditional (safety regulations, training and education, and engineering of the work environment); and one that is innovative and creative (e.g., applying technological advances to better control and eliminate the root causes of accidents). Suggestions for improving current training and education system were proposed, and recommendations were provided on improving the safety of mine working conditions, specifically safety conditions on haul roads, dump sites, and loading areas. Currently available technologies that can help prevent haul truck-related fatal accidents were also discussed. The results of this research may be used by mine personnel to help create safer working conditions and decrease truck-related fatalities and injuries in surface coal mining.
机译:卡车是在露天煤矿,金属和非金属采矿作业中运输的主要手段。与所有其他采矿设备相比,涉及卡车的致命事故数量更高。矿山安全与健康管理局(MSHA)报告说,在1995年至2011年期间,美国有137例死亡与卡车相关。在西弗吉尼亚州的露天煤矿开采中共记录了12例与卡车相关的事故,包括13例死亡。 (WV)在此期间。这项研究的目的是(i)分析这些事故的根本原因,并(ii)制定有效的干预策略以消除这些死亡。故障树分析(FTA)技术用于系统分析卡车相关的死亡人数。这项研究还分析了2012年和2013年西弗吉尼亚露天煤矿卡车相关的伤害事故数据。研究结果表明,卡车操作前检查不当或不当以及卡车维修不善是造成这些事故的两个最常见的根本原因。拖运道路上总共发生了八起事故,而卡车向前行驶时发生了十起事故。联邦法规最违反的两项规定是30CFR§77.404-机械和设备;操作和维护(六次),以及30CFR§77.1606-装载和运输设备;检查和维护(五次)。;西维吉尼亚露天煤矿总共记录了223起受伤记录。除了两个遗漏的数据外,与设备有关的事故共178起,在没有涉及设备的情况下发生了43起事故。造成伤害最多的设备类别是:卡车(57次)和推土机/推土机/履带式拖拉机(43次)。大多数与卡车有关的伤害发生在工人在矿山的前五年内以及以其当前职称的前五年内。 25至39岁之间的工人受伤比例最高。大多数伤害记录在“第一节”(上午6:00-下午2:00)期间,而秋季是四个季节中卡车相关伤害最多的季节。关于伤害的性质,“扭伤和拉伤”约占所有伤害类型的32%。在卡车相关的伤害中,最常见的身体部位是“多个部位”。;采用了两方面的事故预防方法:一种基本的和传统的方法(安全法规,培训和教育以及工程设计)环境);还有一种具有创新性和创造性(例如,运用技术进步更好地控制和消除事故的根本原因)。提出了改善当前培训和教育体系的建议,并提出了有关改善矿山工作条件安全的建议,特别是有关运输道路,倾倒场和装载区的安全条件。还讨论了有助于防止与卡车相关的致命事故的当前可用技术。采矿人员可以利用这项研究的结果来帮助创造更安全的工作条件,并减少与地面卡车采矿相关的与卡车相关的死亡和伤害。

著录项

  • 作者

    Zhang, Meng.;

  • 作者单位

    West Virginia University.;

  • 授予单位 West Virginia University.;
  • 学科 Engineering Mining.;Transportation.;Health Sciences Occupational Health and Safety.;Engineering Industrial.
  • 学位 M.S.
  • 年度 2014
  • 页码 115 p.
  • 总页数 115
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

  • 入库时间 2022-08-17 11:54:03

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