强调职业健康安全管理中风险管理过程中被忽视的部分,运用欧洲工伤事故统计编纂、沟通-人类信息处理模型和管理标准

Targoutzidis A
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引用次数: 0

摘要

职业健康与安全(OHS)管理是实施风险管理进程的首批领域之一。然而,由于职业健康安全管理在所有组织中的广泛应用以及符合相关法规的要求,标准化的重点主要集中在技术方面(风险识别和风险评价),而其他方面(风险处理、风险沟通、监测和报告)则留给临时处理、直观处理或按照法规要求处理。根据ISO 31000:2018标准所描述的风险管理流程,这些方面对于有效管理风险同样重要。本文旨在呈现职业健康安全风险的整个风险管理过程,强调这些被忽视的方面,并提供文件化的工具,以有效地将它们纳入职业健康安全管理的结构化应用。强调了确定职业健康安全管理的范围、背景和标准,以及针对每种风险选择一定的风险处理策略的重要性。建议使用ESAW(欧洲工作事故统计)分类进行风险识别,提出了措施评估方案,建议集成C-HIP模型进行通信,讨论了记录注册信息,并提出了ISO 45001:2018 PDCA结构进行持续监测和审查。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Emphasizing on the Neglected Parts of Risk Management Process in Occupational Health and Safety Management, Using the European Statistics for Accidents at Work Codification, Communication – Human Information Processing Model and Management Standards
Occupational Health and Safety (OHS) management has been one of the first areas of implementation of Risk Management process. However, due to the extended application of OHS management in all organization and the requirements for compliance with relevant legislation, focus for standardization was set mostly on the technical aspects (risk identification and risk evaluation), whereas other aspects (risk treatment, risk communication, monitoring and reporting) were left to be treated ad hoc, intuitively or following regulated requirements. According to the Risk Management process, as described by the standard ISO 31000:2018, these aspects are equally important for effective management of risks. This paper aims to present the whole Risk Management process for OHS risks, emphasizing on these neglected aspects and presenting documented tools to effectively incorporate them in the structured application of OHS management. The importance of defining the scope, context and criteria of OHS management, as well as the selection of certain risk treatment strategy for each risk is emphasized. Use of ESAW (European Statistics for Accidents at Work) taxonomy for risk identification is proposed, an evaluation scheme for measures is presented, the C-HIP model is proposed to be integrated for communication, recording registry information is discussed and ISO 45001:2018 PDCA structure is proposed for continuous monitoring and review.
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