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Control of greenhouse gas emissions from oil production.

机译:控制石油生产中的温室气体排放。

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The oil industry flares or vents to the atmosphere more than one billion m3 of methane-rich solution gas each year. Considering the potential global warming impacts, there is a need to identify alternative methods to control solution gas emissions to the atmosphere. This research is focused on assessing the viability of using actively aerated soil biofilters as an alternative technique to control solution gas related methane emissions. In addition, the effect of volatile organic compounds (VOCs) present in solution gas on methane conversion by methanotrophic bacteria was investigated. The research confirmed a high methane oxidation rate of 705 g/m2/day using actively aerated biofilter columns. This value is 200--300% more than rates reported for passively aerated biofilters. This study also showed that methane oxidation is not affected by the presence of low concentrations of VOCs.
机译:石油行业每年向大气中燃烧或排放超过10亿立方米的富含甲烷的溶解气。考虑到潜在的全球变暖影响,有必要确定控制溶液向大气排放的替代方法。这项研究的重点是评估使用主动充气土壤生物滤池作为控制溶液气体相关甲烷排放量的替代技术的可行性。此外,研究了溶液气体中存在的挥发性有机化合物(VOC)对甲烷营养细菌对甲烷转化的影响。研究证实,使用主动曝气生物滤池柱可实现705 g / m2 /天的高甲烷氧化速率。该值比被动曝气生物滤池报告的速率高200--300%。这项研究还表明,低浓度的VOCs不会影响甲烷的氧化。

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