A multicomponent 3D seismic data study from an oil sands field, Alberta, Canada
Bobby Gunning, Don Caleb Lawton, Helen Isaac
Abstract
Bobby Gunning, Don Caleb Lawton, Helen Isaac
Abstract
Oil sands in the Athabasca region of Alberta are a major hydrocarbon resource. Kelly and Lawton (2012) utilized time-lapse seismic data to study the McMurray formation in the Athabasca region with a detailed geological interpretation of their pre-steam baseline survey. Isaac (1996) processed and interpreted multicomponent 3D seismic data in a heavy oil field in Northeast Alberta, obtaining excellent converted wave volumes. In this project, a multicomponent 3D seismic dataset is used to image and characterize an Athabasca oil sands field. The data provided consists of fully processed PP seismic data, and three-component raw seismic data. The PP data is used for an initial, full volume interpretation including: picking several key reflection horizons, well log ties and post-stack impedance inversion. Joint processing of the PP and PS components is currently underway with promising PS reflectivity being observed. Presentation Date: Wednesday, October 19, 2016 Start Time: 1:55:00 PM Location: 170/172 Presentation Type: ORAL
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Oil sands in the Athabasca region of Alberta are a major hydrocarbon resource. Kelly and Lawton (2012) utilized time-lapse seismic data to study the McMurray formation in the Athabasca region with a detailed geological interpretation of their pre-steam baseline survey. Isaac (1996) processed and interpreted multicomponent 3D seismic data in a heavy oil field in Northeast Alberta, obtaining excellent converted wave volumes. In this project, a multicomponent 3D seismic dataset is used to image and characterize an Athabasca oil sands field. The data provided consists of fully processed PP seismic data, and three-component raw seismic data. The PP data is used for an initial, full volume interpretation including: picking several key reflection horizons, well log ties and post-stack impedance inversion. Joint processing of the PP and PS components is currently underway with promising PS reflectivity being observed. Presentation Date: Wednesday, October 19, 2016 Start Time: 1:55:00 PM Location: 170/172 Presentation Type: ORAL
Key concepts: Oil sands, Oil field, Field (mathematics), Geology, Petroleum engineering, Mining engineering, Archaeology, Geography