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Microbial communities of light crude from Nigeria and potential for in situ biodegradation, souring, and corrosion

机译:来自尼日利亚的轻质原油的微生物群落以及原位生物降解,酸化和腐蚀的潜力

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摘要

Microbial communities in light crude oil were analyzed using 16S rRNA gene sequencing technique in order to determine their potential contribution to biodegradation, souring, and corrosion. Apart from the presence of Desulfovibrio in Meren oil with potential for souring and corrosion, the major threat posed by microbial community of light crude is biodegradation because majority of the microorganisms that dominated the light crude like Thauera, Halomonas, Marinobacter, Methanosaeta, Methanolobus, Planctomycetes, Pseudomonas, and Bacteroidetes are known hydrocarbon degraders. It is suspected that considerable concentrations of dissolved oxygen in the crude might have encouraged the growth of aerobic species and syntrophic utilization of substrates by hydrocarbon degrading bacteria and methanogens is likely responsible for massive degradation of oil in the storage tank.
机译:使用16S rRNA基因测序技术分析了轻质原油中的微生物群落,以确定它们对生物降解,酸化和腐蚀的潜在作用。除了Meren油中存在脱硫弧菌并具有变酸和腐蚀的可能性外,轻质原油微生物群落所构成的主要威胁是生物降解,因为主导轻质原油的大多数微生物如Thauera,Halomonas,Marinobacter,Methanosaeta,Methanolobus,Planctomycetes ,假单胞菌和拟杆菌属是已知的烃降解剂。怀疑原油中相当大的溶解氧浓度可能会促进需氧菌种的生长,并通过碳氢化合物降解细菌和产甲烷菌对底物进行营养利用,这很可能导致储油罐中的石油大量降解。

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