油漆和清漆工业中由于危险事件而导致的有机溶剂的大气释放

Danijela Stojadinović, Amelija Djordjević, I. Krstić, Jasmina Radosavljević
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引用次数: 0

摘要

技术风险是源于技术圈事故的危害产生和发展的结果。它涉及有害工业物质排放到工作环境和自然环境,火灾,放射性污染以及有毒物质在运输和储存过程中的污染。在危险物质的使用、处理、运输和储存过程中,如果确定某一特定地点的特定环境要素可能接触到危险物质,导致环境退化,则必须进行定性和定量的技术风险评估。本文讨论了油漆和清漆工业中由于危险事件或事故而形成的脆弱性区,特别是高致死率区和不可逆效应区。讨论了事故暴露的溶剂分类为危险的生态系统组成部分,生物圈,人类圈和人口在其大气扩散。使用REHRA(快速环境和健康风险评估)方法指定易损区,并利用其空间安排进行风险评估,以便向授权机构和公众通报危险地点和/或邻近地区可能增加的风险。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Atmospheric release of organic solvents due to hazardous events in the paints and varnishes industry
Technogenic risk is the result of creation and development of hazards that originate from accidents in the technosphere. It involves emissions of hazardous industrial substances into the work and natural environments, fires, radioactive contamination, and contamination by toxic substances during their transport and storage. The qualitative and quantitative technogenic risk assessment has to be performed during the use, handling, transport, and storage of hazardous substances if it is decided that specific environmental elements at a specific location are likely to become exposed to hazardous substances, leading to environmental degradation. This paper discusses vulnerability zones - specifically, the high lethality zone and the irreversible effects zone - that are formed due to hazardous events or accidents in the paints and varnishes industry. Accidents are discussed in terms of exposure to solvents classified as hazardous to ecosystem components, the biosphere, anthroposphere, and the human population during their atmospheric dispersion. The vulnerability zones are designated using the REHRA (Rapid Environmental and Health Risk Assessment) methodology and their spatial arrangement is used to perform the risk assessment for the purpose of notifying authorized institutions and the public about a potentially increased risk at the hazard location and/or the immediate vicinity.
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