Experience of Application of Different Multiphase Metering Technologies for Cold Production and High Viscosity Oil Systems

M. I. Tonkonog, Y. Kaipov, Dmitry Sergeevich Pruglo
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Abstract

Production monitoring is essential not only for fiscal applications, but also for production optimization and efficient reservoir management. So, production measurements must be both accurate and frequent enough, revealing a consistent trend of well operating parameters. This is especially important for reservoirs of complex geology, like oil rim reservoirs in poorly consolidated sandstone formations with presence of aquifer and gas cap drive. Production monitoring can be implemented with different technologies, accuracy of monitoring is however affected by different factors like gas content, viscosity and temperature of produced fluids. Paper presents pragmatic approach and analysis of applicability of different measurement technologies: compact two-phase separator and two different multiphase metering technologies applied at oil wells of Tazovskoye field operated by LLC "Meretoyakhaneftegaz", which production conditions are very challenging due to high gas volume fraction of the produced fluid, high viscosities and low temperatures.
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不同多相计量技术在冷生产和高粘度油系统中的应用经验
生产监测不仅对财政应用至关重要,而且对生产优化和有效的油藏管理也至关重要。因此,生产测量必须既准确又频繁,以揭示井运行参数的一致趋势。这对于复杂地质条件的储层尤其重要,比如胶结较差的砂岩地层中的油环储层,存在含水层和气顶驱动。生产监控可以采用不同的技术来实现,但监控的准确性受到产液含气量、粘度、温度等不同因素的影响。本文介绍了不同测量技术的实用方法和适用性分析:紧凑的两相分离器和两种不同的多相计量技术在Tazovskoye油田的应用,该油田的生产条件非常具有挑战性,因为采出液的气体积分数高,粘度高,温度低。
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