用示踪剂技术测定海上某水平井三相流动剖面

A. Katashov, Igor Novikov, E. Malyavko, Nadir Husein
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引用次数: 0

摘要

在过去几年中,石油和天然气行业面临着世界市场上碳氢化合物价格大幅波动的局面。此外,传统油气藏的枯竭趋势以及为水平井和多边井的油田开发管理和控制寻找新的有效解决方案仍然具有重要意义。水平井测试最常用的方法是连续油管(CT)或井下牵引器上的生产测井工具(PLT),但这些方法存在HSE风险和高成本,特别是在海上平台上,限制了该技术的广泛应用。没有这种风险的解决方案是标记井监测方法,该方法可以在没有油井干预的情况下,以动态模式获取有关水平井流入剖面和组成的信息。有几种类型的示踪剂(标记)载体,今天我们将考虑一种方法,将标记监测系统放置在完井中,作为三相油、水和天然气监测的一部分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Three-Phase Flow Profile Determination of A Horizontal Well in Offshore by Tracer Technology
Over the past few years, the oil and gas industry has faced a situation of high fluctuations in hydrocarbon prices on the world market. In addition, the trend for the depletion of traditional hydrocarbon reservoirs and the search for new effective solutions for the management and control of field development using horizontal and multilateral wells is still relevant. The most common method for horizontal wells testing is production logging tools (PLT) on coiled tubing (CT) or downhole tractor, which is associated with HSE risks and high cost, especially on offshore platforms, which limits the widespread use of this technology. The solution without such risks is the method of marker well monitoring, which allows obtaining information about the profile and composition of the inflow in a dynamic mode in horizontal wells without well intervention. There are several types of tracer (marker) carriers and today we will consider an approach to placing marker monitoring systems as part of a completion for three-phase oil, water and gas monitoring.
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