Extraction of depositional systems
A process that assists with the identification of potential hydrocarbon deposits that includes performing a structural interpretation of a three-dimensional seismic volume, transforming the three-dimensional seismic volume into a stratal-slice volume, performing a stratigraphic interpretation of the stratal-slice volume which includes the extracting of bounding surfaces and faults and transforming the stratal-slice volume into the spatial domain. As illustrated in FIGS. 24 a , b and c, an exemplary seismic volume before Domain Transformation is presented in FIG. 24 a , interpreted horizons and faults used in the transformation are presented in FIG. 24 b , and the Domain Transformed stratal-slice volume is presented in FIG. 24 c . The input seismic volume in FIG. 24 a has deformations associated with syn- and post-depositional faulting. The output Domain Transformed volume (FIG. 24 c ) is substantially free of deformations.
1. A method for creating a stratal-slice volume comprising:
performing, by a processor, a domain transformation process to create the stratal-slice volume, wherein the stratal-slice volume includes a plurality of artificial horizontal surfaces, each horizontal surface representing a paleo-depositional surface, wherein at least one of the plurality of artificial horizontal surfaces crosses at least one corrected fault, wherein the corrected fault has been aligned at least horizontally and vertically; and
storing, on a storage media, the stratal-slice volume.
2. The method of claim 1 , wherein the fault can be one or more of a dip-slip, strike-slip, shallow dipping, steeply dipping, normal, reverse, thrust, lystric and edge-to-edge fault.
3. A non-transitory computer-readable information storage media having stored thereon instructions, that if executed by a processor, cause to be performed a method for creating a stratal-slice volume comprising:
performing, by a processor, a domain transformation process to create the stratal-slice volume, wherein the stratal-slice volume includes a plurality of artificial horizontal surfaces, each horizontal surface representing a paleo-depositional surface, wherein at least one of the plurality of artificial horizontal surfaces crosses at least one corrected fault, wherein the corrected fault has been aligned at least horizontally and vertically; and
storing, on a storage media, the stratal-slice volume.
4. The media of claim 3 , wherein the fault can be one or more of a dip-slip, strike-slip, shallow dipping, steeply dipping, normal, reverse, thrust, lystric and edge-to-edge fault.
5. A system for creating a stratal-slice volume comprising:
means for performing, by a processor, a domain transformation process to create the stratal-slice volume, wherein the stratal-slice volume includes a plurality of artificial horizontal surfaces, each horizontal surface representing a paleo-depositional surface, wherein at least one of the plurality of artificial horizontal surfaces crosses at least one corrected fault, wherein the corrected fault has been aligned at least horizontally and vertically; and
means for storing, on a storage media, the stratal-slice volume.
6. The system of claim 5 , wherein the fault can be one or more of a dip-slip, strike-slip, shallow dipping, steeply dipping, normal, reverse, thrust, lystric and edge-to-edge fault.
7. A system for creating a stratal-slice volume comprising:
a domain transformation module and processor that perform a domain transformation process to create the stratal-slice volume, wherein the stratal-slice volume includes a plurality of artificial horizontal surfaces, each horizontal surface representing a paleo-depositional surface, wherein at least one of the plurality of artificial horizontal surfaces crosses at least one corrected fault, wherein the corrected fault has been aligned at least horizontally and vertically; and
a storage media that stores the stratal-slice volume.
8. The system of claim 7 , wherein the fault can be one or more of a dip-slip, strike-slip, shallow dipping, steeply dipping, normal, reverse, thrust, lystric and edge-to-edge fault.