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所在平台: Udemy |
课程主页: https://www.udemy.com/course/process-safety-management-engineering-nebosh/
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课程名称：过程安全管理与工程（NEBOSH） 课程概述：过程安全管理（PSM）是一种管理系统，旨在防止、准备及应对化工厂中的化学物质或能量的灾难性释放。PSM可以依据已建立的OSHA标准或其他EPA、AIChE化学过程安全中心或能源研究所提供的标准实施。PSM的目的是维护生产厂房的安全，涉及防止危险材料从其容器（如罐、管道或管线）意外释放所需的安全措施。PSM标准列出了雇主必须满足的14个过程安全要素，包括：过程安全信息、过程危害分析、操作程序、员工参与、过程安全管理培训、承包商培训、预启动安全审查、机械完整性、热工作许可证等。 合规性指导方针包括：主动识别、评估、减轻或防止化学物质释放。过程安全是管理和工程之间的共生舞蹈，重点在于防止涉及危险材料或过程的重大事故。这是工程专业知识与管理系统的协作努力。 工程保障措施： - 危害识别：工程师仔细分析工艺，以识别潜在危害，如泄漏、爆炸或火灾。 - 控制措施：设备设计过程中包含安全特性，如压力释放阀、防火墙和坚固的容纳结构。 - 自动化：实施自动化系统（如紧急停机）以降低人为错误，并加快应急响应。 管理层确保这些保障措施有效利用： - 政策与程序：建立清晰的安全操作、维护和危险材料处理的指导方针。 - 培训与意识：员工接受全面的过程风险、安全协议和应急响应培训。 - 事故调查：对事故和近失事件进行彻底调查，以识别根本原因并防止类似事件发生。 - 持续改进：过程安全程序定期审核和修订，以适应不断变化的法规和最佳实践。 工程控制与管理实践之间的协同作用培养了强健的安全文化。通过主动识别危害、实施保障措施并提高员工意识，过程安全管理与工程携手合作，防止事故的发生，创造更安全的工作环境。
Process safety management (PSM) is a management system that focuses on preventing, preparing for, and responding to catastrophic releases of chemicals or energy from a process plant.PSM can be implemented using the established OSHA scheme or others made available by the EPA, AIChE's Center for Chemical Process Safety, or the Energy Institute.The purpose of PSM is to maintain the safety of a production plant. It addresses the safety measures required to prevent accidental release of hazardous material from its containment, like a vessel, tank, piping or pipeline.The PSM standard lists 14 process safety elements that employers must meet:Process Safety InformationProcess Hazard AnalysisOperating ProcedureEmployee ParticipationProcess Safety Management TrainingContractor TrainingPre-Startup Safety ReviewMechanical IntegrityHot Work PermitsPSM guidelines for compliance include:Proactive identificationEvaluationMitigation or prevention of chemical releasesProcess Safety: A Symbiotic Dance between Management and EngineeringProcess safety is a critical discipline focused on preventing major accidents involving hazardous materials or processes. It's a collaborative effort between engineering expertise and management systems.Engineering safeguards:Hazard Identification: Engineers meticulously analyze processes to pinpoint potential hazards like leaks, explosions, or fires.Control Measures: Equipment design incorporates safety features like pressure relief valves, firewalls, and robust containment structures.Automation: Implementing automated systems like emergency shutdowns minimizes human error and expedites response during emergencies.Management ensures these safeguards are effectively utilized:Policies & Procedures: Clear guidelines are established for safe operation, maintenance, and handling of hazardous materials.Training & Awareness: Employees receive comprehensive training on process risks, safety protocols, and emergency response procedures.Incident Investigation: Accidents and near misses are thoroughly investigated to identify root causes and prevent similar occurrences.Continuous Improvement: The process safety program undergoes regular audits and revisions to adapt to evolving regulations and best practices.This synergy between engineering controls and management practices fosters a robust safety culture. By proactively identifying hazards, implementing safeguards, and fostering employee awareness, process safety management and engineering work in tandem to prevent incidents and create a safer work environment.
