21世纪欧洲重大化学事故及其在高等教育中的教训

József Dobor
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引用次数: 4

摘要

本文提供了一个如何在灾害管理教育科目中使用案例研究的例子。该学科的课程和内容的发展是一个持续的活动,实际上是世界变化的结果。公司在进行化学过程的同时保持其竞争力,不能被认为与不断发展的技术条件平行。因此,工业过程、化学过程、事故预防、恢复技术、讲座中的介绍都需要更新。新方法可用于计算设备、应用程序或其结果。就危害分析而言,根据我的经验,软件及其计算结果的呈现在教学方法中是有效的。也就是说,描述和传播具有危险特性的气体材料的传播,风的方向和速度(以及其他物理化学参数)对学生来说是一种有效的正面技术。化学过程是建立在众多化学过程的基础上的,这些化学过程能够在控制参数的恒定控制下运行。描述这些过程有很强的专业理由,这是工业安全领域主题的危险技术部分的主题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Major Chemical Accidents in the 21st Century Europe and its Lessons Learned in Higher Education
This article provides an example of how to use case studies in the case of disaster management education subjects. The development of the subject’s program and content are a continuous activity, actually a consequence of the changing world. Companies carrying out chemical processes while maintaining their competitiveness, cannot be considered constant in parallel with the constantly evolving technical conditions. Therefore, industrial processes, chemical processes, accident prevention, recovery techniques, presentations in the lectures need to be updated.New methods can be used for computing devices, applications, or their results. In the case of hazard analysis, the software and the presentation of their computational results are, in my experience, effective in the line of teaching methods. Namely, depicting and propagating the propagation of a gaseous material with a dangerous property, the direction and speed of the wind (and other physical chemical parameters) is an effective frontal technique for the students.The chemical processes are based on numerous chemical processes, which are able to operate under constant control of the control parameters. There is a strong professional justification for describing these processes, which is the subject of the Dangerous Technology section of the subject in the field of industrial security.
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