Application of Spectral Decomposition In Hydrocarbon Detection Available to Purchase

Spectral decomposition is a robust tool for seismic data interpretation, through its use of common frequency amplitude cubes and tuning cubes. These cubes may be used for imaging and mapping the thickness of sand beds, identifying minor faults and analyzing fluid properties in reservoirs. In this paper, we show an example of spectral decomposition using common frequency cubes and tuning cubes applied to interpretation of low-frequency, high-amplitude hydrocarbon detection in the Mananon Basin. We demonstrate that this method is an efficient approach to delineating the extent of reservoirs and the distribution of hydrocarbon within them.