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Production simulation for overpressure gas wells

机译:超压气井生产模拟

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摘要

In this paper, the simulation models of constant-volume closed overpressure gas reservoirs and water drive overpressure gas reservoirs were constructed basing on the pressure drop equations and the productivity equations, according to the features of overpressure gas wells and reservoirs. With these models, the pressure distributions of static fluid and flowing fluid in borehole were calculated respectively. The pressure distribution in borehole and formation of overpressure gas wells was simulated with computer and mathematical model techniques, through which the distortion and the variation process with pressure drop of reservoir rocks and overpressure gas well pressure, temperature, outflow, flow pattern etc. were both vividly described. The software, "Production Simulation System for Overpressure Gas Wells", was designed, which laid a foundation of the optimal control for single overpressure gas well and offered a more efficient method for the description of the production performance of overpressure gas reservoirs.
机译:根据超压气井和储层的特征,基于压降方程和产能方程,建立了等体积封闭式超压气藏和水驱超压气藏的模拟模型。利用这些模型,分别计算了井眼中的静态流体和流动流体的压力分布。利用计算机和数学模型技术对井眼压力分布和超压气井的形成进行了模拟,通过模拟分析得出储层岩石压力降与超压气井压力,温度,出水,流态等的变形和变化过程。形象地描述。设计了“超压气井生产模拟系统”软件,为单台超压气井的最优控制奠定了基础,为描述超压气藏的生产性能提供了更为有效的方法。

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