Comprehensive Identification Technology of Atypical Bright Spot Oil Reservoirs in Deep Water Area of Eastern South China Sea

Zhiye Li, Jie Liu, Zhongtao Zhang, Zhaominng Chen, Bao-jin Liu, N. Shi
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Abstract

A series of light oil fields which are characterized by shallow burial, good physical property have been discovered through latest exploration in Baiyun Depression of Pearl River Mouth Basin. However light oil reservoir is "Atypical bright spot" reservoir. The light oil-bearing and gas bearing structures in the seismic section are characterized by "bright spot" reflection, and the difference of elastic parameters is not obvious. Traditional methods are inefficient to discriminate oil, gas and water. Aiming at the above problems, the fluid rock physical interpretation version is rebuilt through the analysis of Gassmann fluid factor based on two-phase medium petrophysics theory and the elastic parameters of the P-wave impedance. Then the three fluid properties of oil, gas and water are classified by direct inversion technique based on elastic impedance. The real data processing and exploration practice have proved the feasibility and validity of this method which is instructive to deep water exploration.
南海东部深水区非典型亮点油藏综合识别技术
珠江口盆地白云凹陷最新勘探发现了一系列浅埋藏、物性较好的轻质油田。而轻质油油藏是“非典型亮点”油藏。地震剖面轻含油、含气构造以“亮点”反射为特征,弹性参数差异不明显。传统的油、气、水鉴别方法效率低下。针对上述问题,基于两相介质岩石物理理论和纵波阻抗弹性参数,通过对Gassmann流体因子的分析,重建了流体岩石物理解释版本。然后采用基于弹性阻抗的直接反演技术对油、气、水三种流体性质进行了分类。实际资料处理和勘探实践证明了该方法的可行性和有效性,对深水勘探具有一定的指导意义。
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