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Global Impact of Gas Flaring

机译:燃烧天然气的全球影响

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This work deals with the multi-faceted impact of gas flaring on a global scale and the different approach employed by researchers to measure gas flared and its resulting emissions. It gives an overview of methods employed by these researchers in the oil and gas industry, academia and governments in attempt to determine ways of measuring and reducing gas flaring and its emission drastically. This approach so far includes analytical studies, numerical studies, modeling, computer simulations, etc. the goal behind each study being to mitigate the effects of gas flaring. The outcome indicates that there is a seemingly absence of a single global method, emission factor and estimation procedure used in the oil and gas industry all over the world to determine the volume of gas flared and its emissions be it from complete or incomplete combustion, sweet or sulphur present hydrocarbons and this poses a continuous problem in determining the actual impact of gas flaring and its emissions on human and its role in environmental degradation both at a local and global level. An attempt has also being made to cover up-to-date trends in gas flaring and current developments in some of the most flared countries.
机译:这项工作处理了全球范围内火炬气的多方面影响,以及研究人员用来测量火炬气及其产生的排放的不同方法。它概述了这些研究人员在石油和天然气行业,学术界和政府中采用的方法,这些方法试图确定测量和减少大量燃烧和燃烧气体的方法。迄今为止,这种方法包括分析研究,数值研究,建模,计算机模拟等。每项研究的目的都是减轻气体燃烧的影响。结果表明,在全世界的石油和天然气工业中似乎缺乏用于确定火炬气及其排放量(是完全燃烧还是不完全燃烧)的单一全局方法,排放因子和估算程序,甜或硫磺存在碳氢化合物,在地方和全球层面确定气体燃烧及其排放物对人类的实际影响及其在环境退化中的作用时,这一直是一个难题。在一些燃烧最严重的国家,人们也试图掩盖天然气燃烧的最新趋势和当前的发展。

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