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Application of Thermotropic Compositions for EOR with Cyclic-Steam Stimulation at Permian-Carboniferous Deposit of Usinskoye Oilfield

机译:热致氢组合物在USINSKOYE油田二叠纪 - 石炭系沉积物中具有环蒸汽刺激的应用

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The paper presents the analysis of cyclic steam stimulation (CSS) application results for producing wells on Permian-Carboniferous deposits of Usinskoye oilfield of high-viscosity oil, the Republic of Komi, Russia. Among the wells considered are both wells treated with steam only, and in combination with chemical compositions of two types, oil-displacing and flow-diverting. The compositions used are thermotropic, using the energy of the injected fluid to activate the necessary chemical reactions, such as gelling or the formation of an alkaline buffer system. The analysis of the efficiency of the CSS on a large data set was carried out, the asymmetries in the efficiency distribution of the wells were revealed. The influence of chemical compositions of various functional purposes on the efficiency of cyclic steam stimulation has been studied. It was concluded that for the new wells, the first cycle of CSS is most effective, and the use of chemical compositions is not necessary, but for subsequent cycles, it is recommended to use chemical compositions that will provide afterwashing of residual oil and reduced water cut.
机译:本文介绍了循环蒸汽刺激(CSS)在高粘度油,Komi,Komi,Komi,Komi,Komi,Komi,Komi,俄罗斯的生产井的应用结果。在考虑的孔中,既有蒸汽处理的孔,也与两种类型,油脱位和流转的化学成分组合。使用的组合物是热辐射,使用注入的流体的能量来激活必要的化学反应,例如胶凝或形成碱性缓冲体系。对大数据集的CSS效率分析进行了分析,揭示了井的效率分布中的不对称。研究了各种功能目的的化学成分对循环蒸汽刺激效率的影响。结论是,对于新的井,CSS的第一个循环最有效,并且使用化学组成的使用是不必要的,但对于随后的循环,建议使用将提供残留油和降低水的化学成分。切。

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