Operating parameters of the pump-ejector system under SWAG injection at the Samodurovskoye field

IF 1.7 0 ENGINEERING, PETROLEUM SOCAR Proceedings Pub Date : 2022-12-30 DOI:10.5510/ogp2022si200734
A. Drozdov, E. Gorelkina
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Abstract

This article analyzes the experience of operating the pump-ejector systems in the implementation of SWAG at the Samodurovskoye field. The data of the field tests of the pump-ejector systems, the parameters of the system operation are given, the failure analysis of the constituent elements is described in detail (which contributes to the further development of the SWAG technology and equipment for its implementation). A new technical solution has been proposed, which consists in the concentrated injection of a mixture with the highest gas content into wells that open reservoir zones with the largest residual reserves ("smart" injection). The conducted studies will help to more actively introduce SWAG in the fields. The proposed solution makes it possible to multiply the volume of irrationally used associated petroleum gas (which is otherwise simply flared), thereby increasing oil recovery and profits for oil producing companies. Keywords: carbon footprint reduction; injection of associated petroleum gas into the reservoir; pump-ejector systems; SWAG injection.
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Samodurovskoye油田SWAG注入下泵-喷射器系统的运行参数
本文分析了Samodurovskoye油田实施SWAG工程中泵-喷射器系统的操作经验。给出了泵-喷射器系统的现场试验数据和系统运行参数,并详细描述了组成元件的失效分析(有助于进一步发展SWAG技术和实施设备)。提出了一种新的技术解决方案,即将含气量最高的混合物集中注入到剩余储量最大的储层中(“智能”注入)。所进行的研究将有助于在这些领域更积极地引入SWAG。提出的解决方案使不合理使用的伴生石油天然气(否则就直接燃烧)的数量成倍增加成为可能,从而提高石油生产公司的采收率和利润。关键词:碳足迹减排;向储层注入伴生气;pump-ejector系统;赃物注入。
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来源期刊
SOCAR Proceedings
SOCAR Proceedings ENGINEERING, PETROLEUM-
CiteScore
3.00
自引率
82.40%
发文量
0
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