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A Course on Health, Safety Accident Management

机译:健康,安全事故管理课程

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摘要

The rapid growth and expansion of the chemical industry has been accompanied by a spontaneous rise in human, material, and property losses because of fires, explosions, hazardous and toxic spills, equipment failures, other accidents, and business interruptions. Concern over the potential consequences of catastrophic accidents, particularly at chemical and petrochemical plants, has sparked interest at both the industrial and regulatory levels in obtaining a better understanding of the subject of Health, Safety and Accident Management (HS&AM). The development of a course in this area was undertaken, in part, as a result of this growing concern. The Accreditation Board for Engineering and Technology (ABET) requires that engineering graduates understand the engineer's responsibility to protect both occupational and pubic health. Traditionally, engineering schools have done a superb job of educating their students on the fundamental laws of nature governing these fields and on the application of these laws to engineering problems. Unfortunately, they have been less successful in conveying to the students the importance of occupational and environmental safety in the design of chemical processes. This concern also served as a driving force for the development of this course. This course is divided into five parts: the HS&AM problem, accidents, health risk, hazard risk, and hazard risk analysis. In addition to a detailed course outline, the paper is complimented with three illustrative examples and a "homework" problem set. The course has been successfully offered at Manhattan College six times as either a graduate course (700-level) or a combined undergraduate senior-graduate course (500-level). It is traditionally populated by chemical engineering students but graduate mechanical and environmental engineering students have also registered for the course. In addition, the course was presented to engineering faculty through a National Science Foundation (NSF) grant in 1992; that effort resulted in the publication of a text titled "Accident and Emergency Management: Problems and Solutions". The course was also offered twice to USEPA regulatory personnel through the USEPA's Air Pollution Training Institute (APTI).
机译:由于火灾,爆炸,危险和有毒泄漏,设备故障,其他事故以及业务中断,化学工业的快速增长和扩展已伴随着人类,材料和财产损失的自发上升。关注灾难性事故的潜在后果,特别是化学和石化植物,这引起了工业和监管水平的兴趣,以便更好地了解健康,安全和事故管理(HS&&AM)。由于这种日益增长的关注,该地区的课程的发展是在这一领域进行的。工程和技术(ABET)的认证委员会要求工程毕业生了解工程师的责任,以保护职业和耻骨健康。传统上,工程学学校已经完成了教育学生对这些领域的基本规律以及这些法律在工程问题的基础法律上教育学生的一切效率。不幸的是,他们的成功在于向学生传达职业和环境安全在化学过程中的重要性。这令人担忧还担任开发本课程的动力。本课程分为五个部分:HS&AM问题,事故,健康风险,危险风险和危险风险分析。除了详细的课程概要外,本文还与三个说明性示例和“作业”问题集合。该课程已在曼哈顿学院成功提供六次,作为研究生课程(700级)或综合本科高级研究生课程(500级)。它传统上由化学工程学生填充,但研究生机械和环境工程学生也为课程注册。此外,该课程还通过1992年通过国家科学基金会(NSF)授予的工程学院;这项努力导致出版标题为“事故和应急管理:问题和解决方案”的文本。该课程还通过USEPA的空气污染培训学院(APTI)提供两次使用PA监管人员。

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