首页> 外文期刊>Fluid Phase Equilibria >THERMODYNAMIC MODELING FOR PETROLEUM FLUIDS - II - PREDICTION OF PVT PROPERTIES OF OILS AND GASES BY FITTING ONE OR TWO PARAMETERS TO THE SATURATION PRESSURES OF RESERVOIR FLUIDS
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THERMODYNAMIC MODELING FOR PETROLEUM FLUIDS - II - PREDICTION OF PVT PROPERTIES OF OILS AND GASES BY FITTING ONE OR TWO PARAMETERS TO THE SATURATION PRESSURES OF RESERVOIR FLUIDS

机译:石油流体的热力学建模-II-通过拟合储层流体饱和压力的一个或两个参数预测油气的PVT特性。

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This paper is devoted to the description of a method for modelling heavy cuts, using either a T.B.P. distillation or an advanced chromatography analysis method. Two sorts of reservoir fluids are defined depending on the advancement of the geochemical catagenetic reactions occurring during the history of the petroleum deposit. Given the existence of differences due to the geochemical history of fluids, two different thermodynamic characterizations may be computed from any given analytical information, One is generally more suitable for use with condensate gases and the other is more appropriate for calculating the physical properties of crude oils, The method presented here involves tuning one or two parameters to one of several saturation pressures of the reservoir fluid. This approach was tested on a data base including more than 50 reservoir fluids. In most cases, the PVT properties predicted using the above method were highly satisfactory. (C) 1997 Elsevier Science B.V. [References: 25]
机译:本文专门介绍使用T.B.P.蒸馏或先进的色谱分析方法。根据在石油沉积历史期间发生的地球化学催化反应的进展,定义了两种储层流体。鉴于流体的地球化学历史存在差异,可以从任何给定的分析信息中计算出两种不同的热力学特征,一种通常更适合与凝析气一起使用,另一种更适合于计算原油的物理性质在此提出的方法涉及将一个或两个参数调整到储层流体的几个饱和压力之一。该方法已在包含50多种储层流体的数据库中进行了测试。在大多数情况下,使用上述方法预测的PVT特性非常令人满意。 (C)1997 Elsevier Science B.V. [参考:25]

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