伊朗南帕尔斯气田低压耀斑SO2和NOx分析

S. Sedaghat, E. Ahmadi
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引用次数: 0

摘要

气体火炬一直是产生CO、SO2、NOx和CO2等气体的主要来源之一。因此,对火炬的输入气体进行适当的管理一直是非常重要的。这些气体扩散到环境中对环境和人类健康产生有害影响。因此,本研究针对阿萨卢耶1 ~ 10期低压照明弹排放的SO2和CO2对工人和当地人健康的有害影响进行了研究。最后,结合从炼油厂获得的数据与火炬输入物质的关系,计算出每年分散到环境中的NO2气体为666916吨,SO2为1.7吨。NO2气体的影响明显高于SO2气体。基于风险调查模型的排放率对人类健康造成的总体损害为95.8万美元。结果显示,死亡、慢性支气管炎和白天疲劳造成的损害最大。由于该地区有许多耀斑活动(有些是永久的,有些是暂时的),必须找到一种解决方案来减少耀斑的速度或其在该地区的有害影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SO2 and NOx Analysis from Low Pressure Flares in South Pars Gas Field in Iran
Gas flares have always been one of the major sources of producing gases such as CO, SO2, NOx and CO2. Therefore, the appropriate management of the input gas of flares has always been very important. The dispersion of these gases into the environment has harmful effects on the environment and human health. Therefore, in this study the harmful effects of SO2 and CO2 emission by low pressure flares in the 1-10 phases of Assaluyeh on the workers’ and the locals’ health. In the end by considering the acquired data from the refineries in relation to the input substance of the flares, it was calculated that 666916 tons of NO2 gas and 1.7 tons of SO2 are dispersed into the environment annually. As observed the effects of NO2 gas are considerably higher than SO2 gas. The emission rate based on the Risk Poll model causes an overall damage of 958000 dollars to human health. According to the results the most damage is caused by death, chronic bronchitis and fatigue during the day. As there are many flares active in this region (some permanently and some temporarily) a solution has to be discovered to reduce the rate of flaring or its harmful effects in this region.
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