A new approach to the estimation of real characteristics of multi-phase flows in gaslift educator

Shd.Z. Ismayilov, G. Ismayilov, P. Ismayilova
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引用次数: 0

Abstract

It is known that the multi-phase flows are widespread in the oil-gas production, as well as in the collection and transportation of hydrocarbons from offshore fields. These gravitational upward and downward flows are characteristic for the rising pipes of gaslift and flow wells, as well as for the risers of subsea multi-phase pipelines. A new approach for the estimation of the real parameters of multi-phase flows considering the phase displacement is offered in the paper and the perspectives of their definition based on the microscopic parameters of well operation shown as well. A possibility of the specification of the real density, real gas content and phase displacement of gas-fluid flows in the rising pipes of gas-lift wells based on the actual operation data in the context of the wells of Guneshli (OFP-15) offshore field is shown.
一种估算气举分离器中多相流真实特性的新方法
众所周知,多相流在油气生产以及海上油田油气的收集和运输中广泛存在。这种向上和向下的重力流动是气举和流动井的立管以及海底多相管道的立管的特征。本文提出了一种考虑相位移的多相流真实参数估计的新方法,并从井作业的微观参数出发,对多相流真实参数的定义进行了展望。以Guneshli (OFP-15)海上油田的实际作业数据为背景,探讨了规范气举井上升管中气液流动的真实密度、真实含气量和相位移的可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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