首页> 外国专利> Method for monitoring fluid production in a well, the apparatus and method for completion of a well.Method of treatment of a well which was completed by the installation of a series of tubular elements in the shaft coupled in a provision butt completion system.And clamping system

Method for monitoring fluid production in a well, the apparatus and method for completion of a well.Method of treatment of a well which was completed by the installation of a series of tubular elements in the shaft coupled in a provision butt completion system.And clamping system

机译:用于监视井中的流体生产的方法,用于完成井的设备和方法。处理井的方法是通过在竖井中将一系列管状元件安装在对接完井系统中来完成的。系统

摘要

Method of monitoring of production fluid in a well, the apparatus and method for completion of a well.Method of treatment of a well which was completed by the installation of a series of tubular elements in the shaft coupled in a provision butt completion system.And closing system.A method of monitoring of fluid production in a well includes the measurement over time of local parameters in a series of locations along the shaft.Each measurement site responding to changes in the parameters in the region in which it is made; measurement of properties of fluid in the well over time downstream of the number of locations; and determiningChanges in local measurements and on the properties of fluid measures; and identifying locations of training that contribute to changes of fluid properties by determining measuresTion of corresponding changes in local measurements.By the combination of a distributed measurement made in the training and measurement of fluids in the well downstream of the training producer,It is possible to identify the location of the well in which it occurred a change in produced fluids.The facilities and systems for the realization of completion method include local sensors in screens of completion that may also include a sealing system for flow interruption.
机译:监测井中生产流体的方法,井的完井设备和方法。井的处理方法是通过在井筒中将一系列管状元件安装在对接完井系统中来完成的。封闭系统。一种监测井中流体产量的方法,包括随时间测量沿井筒一系列位置的局部参数。每个测量位置均响应其所在区域中参数的变化;在位置数下游随时间测量井中流体的特性;确定局部测量值和流体测量特性的变化;通过确定局部测量值相应变化的措施来确定有助于流体性质变化的训练位置。通过将在训练中进行的分布式测量与在测量井下游的流体测量相结合,可以确定完井方法发生的设施和系统包括完井筛网中的本地传感器,该传感器还可能包括用于中断流动的密封系统。

著录项

  • 公开/公告号BR0214639A

    专利类型

  • 公开/公告日2004-12-14

    原文格式PDF

  • 申请/专利权人 SOFITECH N.V.;

    申请/专利号BR20020214639

  • 发明设计人 JOHN EDWARDS;

    申请日2002-11-13

  • 分类号E21B43/08;E21B43/25;E21B47/00;E21B47/10;

  • 国家 BR

  • 入库时间 2022-08-21 22:18:44

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