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Method and System for real-time Measurement of Multiphase Flow of Oil and Gas

机译:油气多相流实时测量方法及系统

摘要

Method and System for measuring rates of Multiphase flow in surface and Subsurface conditions in real time in a production well connected to a network or line that connects different Wells whose production is separated into a three-phase separator, method which is characterized by the steps of: - to obtain information of the Fluid Properties, Flow line,Historical production of each well and casing pressures and temperatures, including both surface and subsoil for each well. Introduce the properties of the fluid and the Borehole information in an innovative model of Multiphase Flow.- integrate Continuous information on production variables within a wellbore Multiphase flow model to configure the operation in real time with Input variables on pressure, temperature and Energy as input variables on artificial Lift The model to achieve real-time measurements of flow rates for oil or Crude OilGas and water under conditions of surface or Subsurface.Method according to claim 1, characterized because the other is initially based on the data of the lengths and diameters of the pipe and Flow line, the Densities and viscosities for each Fluid (oil or crude oil, Gas and Water) of the well, an innovative model of flow meters Ultifase with no Dependence of the Flow Patterns in real timeAccording to the Navier Stokes equation, Continuity equation and momentum in the collision of Particle and Liquid - Liquid - liquid gas.
机译:在连接到连接不同井的网络或管线的生产井中实时测量地表和地下条件下多相流速率的方法和系统,该方法的特征在于以下步骤: :-获取有关流体特性,流线,每口井的历史产量以及套管压力和温度(包括每口井的表层和地下土壤)的信息。在创新的多相流模型中引入流体属性和井眼信息。-在井眼多相流模型中集成生产变量的连续信息,以压力,温度和能量的输入变量为输入变量实时配置操作2.根据权利要求1所述的方法,其特征在于,所述另一个模型最初是基于容器的长度和直径的数据,该模型用于在地面或地下条件下实现油或原油,天然气和水的流量的实时测量。管道和流量管线,井中每种流体(油或原油,天然气和水)的密度和粘度,流量计Ultifase的创新模型,且不受实时流型的影响根据Navier Stokes方程,颗粒与液-液-液气体碰撞的连续性方程和动量。

著录项

  • 公开/公告号CO6220148A1

    专利类型

  • 公开/公告日2010-11-19

    原文格式PDF

  • 申请/专利权人 LIVEFLOW ENERGY TECHNOLOGY LTDA;

    申请/专利号CO20100052380

  • 发明设计人 VARGAS R CAMILO ANDRES;

    申请日2010-05-03

  • 分类号G01R1/00;

  • 国家 CO

  • 入库时间 2022-08-21 18:06:57

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