Improving the technology for the measuring and calculating gas-oil ratio

IF 1.7 0 ENGINEERING, PETROLEUM SOCAR Proceedings Pub Date : 2022-12-30 DOI:10.5510/ogp2022si200762
O. V. Davydova, R. Akhmetgaliev
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引用次数: 0

Abstract

The article presents the results of the development and field tests of mobile installations for measuring the mass flow rate of crude oil and the volume flow rate of associated petroleum gas, as well as the calculation of the gas factor of oil on their basis. One of the installations for measuring the volume flow of associated gas separated at the reception of the borehole pump and taken from the annulus of the well. The other allows you to select the watered products in the sampling column of the measuring tank and increase the accuracy of measurements of both water and gas. A statistical dependence of the gas separation coefficient at the reception of the electric centrifugal pump is obtained, which allows the installation to be designed in accordance with the amount of gas taken from the annulus of the well. Keywords: gas factor of oil; oil rate; dissolved and free gas; mobile unit; well annulus; gas separation coefficient; pump reception.
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改进了气油比测量与计算技术
本文介绍了原油质量流量和伴生气体积流量流动测量装置的研制和现场试验结果,以及在此基础上石油含气系数的计算。用于测量伴生气体积流量的装置之一,伴生气在井泵的接收处分离,并从井的环空中取出。另一个允许您在测量罐的取样柱中选择含水产品,并提高水和气体测量的准确性。获得了电动离心泵接收处气体分离系数的统计依赖性,这使得可以根据从井的环空提取的气体量来设计安装。关键词:含气系数;油率;溶解气体和游离气体;移动单元;环;气体分离系数;泵的接待。
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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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