The TL seismic attribution analysis technique is growing with TL Seismic monitoring technique development from the late '80s in 20~(th) century. It is a key technique that exerts an important influence on the TL seismic monitoring techniques. In the past nearly 20 years, it is mainly used for acquiring dependable TL seismic difference to provide dependable basis for follow-up developing plan.
The paper applies all kinds of techniques of the time-lapse attributes analysis techniques on SuiZhong 36-1 oil field. The result shows the TL seismic attribution analysis techniques obtain successful application in SuiZhong 36-1 oil field.
This feasibility study analyzes the possible time-lapse seismic attribute spatial distribution using dynamic data and the reservoir model to determine the optimum time to acquire a new seismic survey.
In this paper we discuss a petrophysical analysis method for the selection and application of higher sensitivity seismic attribute parameters to improve the ability to discriminate fluid and lithology.
Although the results from a single gather are non-unique, the initial model derived here provides a self-consistent starting point for a more complete seismic attribute inversion for the velocity and attenuation structure.
Information feedbacks occurred between the pre-stack and post-stack processes so as to improve the accuracy in utilization of data and avoid pitfalls in seismic attributes.
However, how best to optimize the seismic attributes, predict the character of thin sandstone reservoirs, and enhance the reservoir description accuracy is an important goal for geologists and geophysicists.
This paper represents an attempt of analysing the amplitude versus offset (AVO) behaviour and specific seismic attributes of sedimentary structures from the Porcupine Basin, SW of Ireland.