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The ammonia release hazard and risk assessment: A case study of urea fertilizer industry in Indonesia

机译:氨释放危害和风险评估 - 以印度尼西亚尿素肥料行业为例

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Ammonia is a raw material of fertilizer, refrigerant, and other commercial cleaning products which commonly stored in a large capacity. The higher storage capacity, the higher risk possibly occurs impacted to the population and environment. The study aims to provide a modeling of ammonia release scenarios, escape from the storage facility, Urea Fertilizer Industry X, located in Indonesia. This model is utilizing Area Location Hazardous Atmosphere (ALOHA) software to forecast the threat zone of ammonia release scenario and QGIS to overlay and spatial analysis. The result shows that the incident causes a significant impact on the area of 41.7 km~2 and potentially threatens a massive scale of the inhabitant with higher evacuation factor (Ef), lower affected population (Ap). The risk determined by estimated probability and consequence considered as high risk, therefore, besides the main aim of establishing an emergency response plan, this study could also be used as a reference in risk evaluation of chemical release.
机译:氨是肥料,制冷剂和其他商业清洁产品的原料,通常储存大容量。储存容量越高,可能发生的风险越高,人口和环境也可能发生。该研究旨在提供氨释放情景的建模,逃离位于印度尼西亚的储存设施,尿素肥料工业X.该模型利用面积定位危险气氛(ALOHA)软件预测氨释放场景和QGIS的威胁区,以覆盖和空间分析。结果表明,该事件对41.7 km〜2的面积产生重大影响,潜在威胁着较高的疏散因子(EF),较低影响人群(AP)的大规模居民。由于建立应急计划的主要目的,估计概率和后果的估计概率和后果确定的风险除了建立应急计划的主要目的,该研究还可以作为化学释放风险评估的参考。

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