首页> 外文OA文献 >Identifikasi Sifat Fisis Batuan Reservoir Karbonat Menggunakan Inverse Acoustic Impedance (AI) Model Sparse Spike pada Lapangan “ABDUH” Formasi Kujung Cekungan Jawa Timur Utara
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Identifikasi Sifat Fisis Batuan Reservoir Karbonat Menggunakan Inverse Acoustic Impedance (AI) Model Sparse Spike pada Lapangan “ABDUH” Formasi Kujung Cekungan Jawa Timur Utara

机译:利用逆声阻抗(AI)稀疏峰模型识别东北海岸“ ABDUH”气田组中碳酸盐岩储层的物理性质

摘要

Physical rocks properties identification on "ABDUH" field, North East Java Basin has been done by acoustic impedance seismic inversion. The research aim conducted to predict the physical properties of rock by acoustic impedance inversion value and the porosity distrubution by linier programming sparse spike. Sparse spike linear programming method assumes that a reflectifity regarded as the model a series of rarely spike and the big value deconvoluted with a new spike smaller than before maked it more accurated. This study used at single well and seismic 3D data post stack time migration is the area on research. Then with assumes a linear relationship between acoustic impedance and log porosity log based crossplot, obtained linear equation which was used to get the distribution of porosity from the distribution of acoustic impedance. Inversion results show the distribution of reefs on Kujung Reef formation has the porosity value 21-27% and the acoustic impedance vaue 17.000 to 28.000 ft/s.g/cc.
机译:通过声阻抗地震反演对东北爪哇盆地“ ABDUH”油田的物理岩石性质进行了识别。研究目的是通过声阻抗反演值预测岩石的物理性质,并通过线性编程的稀疏峰值来预测孔隙度分布。稀疏尖峰线性规划方法假定反射率被视为模型,该模型包含一系列极少的尖峰和较大的值,而新的尖峰比以前减小了卷积,从而使其比以前更精确。该研究用于单井和地震3D数据叠加后时间偏移是研究领域。然后,假设声阻抗与基于对数孔隙度log的交会图之间存在线性关系,得到线性方程,该线性方程用于从声阻抗的分布中得出孔隙度的分布。反演结果表明,古晋礁岩上礁石的分布孔隙度值为21-27%,声阻抗值为17.000至28.000 ft / s.g / cc。

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