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首页> 外文期刊>Journal of Natural Sciences Research >Assessment of Combustion and Pollution Potentials of Premium Motor Spirit [PMS] and Automotive Gas Oil [AGO].
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Assessment of Combustion and Pollution Potentials of Premium Motor Spirit [PMS] and Automotive Gas Oil [AGO].

机译:评估高级汽车汽油[PMS]和汽车瓦斯油[AGO]的燃烧和污染潜力。

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摘要

In the past decade, there has been a growing concern over the increase in the use of electric generating sets in Nigeria due to incessant power outages. These sets are either powered by Premium Motor Spirit (PMS) or automotive gas oil (AGO) and their combustion usually generate compounds/products which have serious environmental consequences. To this end, these products were combusted in a specially fabricated combustion chamber in order to determine their pollution potentials. The combustion effluents as well as particulate matter were trapped in dichloromethane and the resulting solution filtered to recover the particulate matter which represents the actual quantity of particulate matter librated into the atmosphere, when a given quantity of refined product is combusted. PMS yielded 1.9g/l while AGO yielded 2.7g/l of particulate matter. The recovered particulates and combustion residues were separately subjected to soxhlet extraction using dichloromethane as solvent. The extracts and effluents were concentrated and analyzed via flame ionization detector chromatography. The chromatograms show evidence of Polyaromatic hydrocarbons of retention times ranging from 8.800 to 26.999mins. These results obtained go a long way in giving some insights into the extent of pollution generated from the combustion of the selected petroleum products. Key words: PAHs , Particulates ,PMS,AGO and Effluents ,Extracts.
机译:在过去的十年中,由于不断停电,尼日利亚越来越多地使用发电机组。这些装置由Premium Motor Spirit(PMS)或汽车瓦斯油(AGO)供电,它们的燃烧通常会产生对环境造成严重影响的化合物/产品。为此,这些产品在专门制造的燃烧室中燃烧,以确定其潜在污染。当燃烧一定量的精制产品时,燃烧废气和颗粒物被捕集在二氯甲烷中,过滤所得溶液以回收代表释放到大气中的颗粒物的实际数量的颗粒物。 PMS的产量为1.9g / l,而AGO的颗粒物为2.7g / l。回收的颗粒物和燃烧残余物分别用二氯甲烷作为溶剂进行索氏提取。浓缩提取物和流出物,并通过火焰电离检测器色谱法进行分析。色谱图显示了保留时间为8.800至26.999分钟的聚芳烃的证据。获得的这些结果对深入了解所选石油产品燃烧产生的污染程度有很大帮助。关键词:PAHs颗粒PMS AGO和废水提取物

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