The seismic attributes technologies and applications based on seismic imaging
Zhang Zhen-jie
Abstract
Zhang Zhen-jie
Abstract
As the exploration depens, with the increasing complexity of the exploration and development object, the subtle reservoirs have gradually become to be the focus of future oil and gas exploration, which makes the seismic data interpretation techniques shift to more precise reservoir prediction and description from the simple structure interpretation, the seismic attribute analysis technology has played a more and more important role in it, and has become the core of the reservoir geophysical research. In this paper, based on the principle of seismic imaging, relative seismic attributes were extracted by using three-dimensional litho facies interpretation techniques, and on this basis the RGB-IHS multi-spectral imaging principle were used to multi-attribute fusion. The findings show that the multi-attribute fusion technology can reduce the uncertainty of the geological body and also can provide guidance for the exploration and development in the area.
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As the exploration depens, with the increasing complexity of the exploration and development object, the subtle reservoirs have gradually become to be the focus of future oil and gas exploration, which makes the seismic data interpretation techniques shift to more precise reservoir prediction and description from the simple structure interpretation, the seismic attribute analysis technology has played a more and more important role in it, and has become the core of the reservoir geophysical research. In this paper, based on the principle of seismic imaging, relative seismic attributes were extracted by using three-dimensional litho facies interpretation techniques, and on this basis the RGB-IHS multi-spectral imaging principle were used to multi-attribute fusion. The findings show that the multi-attribute fusion technology can reduce the uncertainty of the geological body and also can provide guidance for the exploration and development in the area.
Key concepts: Geology, Seismic exploration, Interpretation (philosophy), Seismic to simulation, Geophysical imaging, Sensor fusion, Computer science, Seismic inversion