We’re doing free talks at booth 1214. Topics include well zone attributes, well pad planning, AVO analysis and azimuthal gathers.
To learn more about our guest presenters, please visit our Presenter Biography page.
Well Pad Planning gives you the automated tools you need to eliminate the manual work traditionally required in pad planning and field development, drastically reducing cycle times. This intuitive tool allows you to run multiple “what if” scenarios and evaluate single pads and full field plans using integrated statistics so you can optimize plans and reduce overall drilling costs. And, collaboration is made easy with dynamic 3D visualization displays available on any desktop.
Extract seismic attributes around wellbores, then cross plot against engineering data to analyze and identify correlations, so you can design well plans for optimal reservoir exploitation.
Well Pad Planning gives you the automated tools you need to eliminate the manual work traditionally required in pad planning and field development, drastically reducing cycle times. This intuitive tool allows you to run multiple “what if” scenarios and evaluate single pads and full field plans using integrated statistics so you can optimize plans and reduce overall drilling costs. And, collaboration is made easy with dynamic 3D visualization displays available on any desktop.
This case study shows the correlation between azimuthal vectors derived from azimuthal gathers and frac effectiveness based on breakdown pressures.
Extract seismic attributes around wellbores, then cross plot against engineering data to analyze and identify correlations, so you can design well plans for optimal reservoir exploitation.
We use Geophysics by SeisWare and SeismicUtensils AVO-Detect software on public-domain seismic data from the NPRA to extract structural, stratigraphic and attribute information. The old, 6-fold 2D seismic data was reprocessed by 3D Imaging Technology, LLC to modern standards including migration and conditioned gathers.
The seismic data is integrated with data publicly available from operators in the area. The result is that with modern processing, analysis (attribute extractions including AVO), and interpretation, you can clearly see the stratigraphic features and direct-hydrocarbon indicators for one of the known fields. You can subsequently identify other potential targets.
Extract seismic attributes around wellbores, then cross plot against engineering data to analyze and identify correlations, so you can design well plans for optimal reservoir exploitation.
We use Geophysics by SeisWare and SeismicUtensils AVO-Detect software on public-domain seismic data from the NPRA to extract structural, stratigraphic and attribute information. The old, 6-fold 2D seismic data was reprocessed by 3D Imaging Technology, LLC to modern standards including migration and conditioned gathers.
The seismic data is integrated with data publicly available from operators in the area. The result is that with modern processing, analysis (attribute extractions including AVO), and interpretation, you can clearly see the stratigraphic features and direct-hydrocarbon indicators for one of the known fields. You can subsequently identify other potential targets.
Well Pad Planning gives you the automated tools you need to eliminate the manual work traditionally required in pad planning and field development, drastically reducing cycle times. This intuitive tool allows you to run multiple “what if” scenarios and evaluate single pads and full field plans using integrated statistics so you can optimize plans and reduce overall drilling costs. And, collaboration is made easy with dynamic 3D visualization displays available on any desktop.
This case study shows the correlation between azimuthal vectors derived from azimuthal gathers and frac effectiveness based on breakdown pressures.
Well Pad Planning gives you the automated tools you need to eliminate the manual work traditionally required in pad planning and field development, drastically reducing cycle times. This intuitive tool allows you to run multiple “what if” scenarios and evaluate single pads and full field plans using integrated statistics so you can optimize plans and reduce overall drilling costs. And, collaboration is made easy with dynamic 3D visualization displays available on any desktop.
Extract seismic attributes around wellbores, then cross plot against engineering data to analyze and identify correlations, so you can design well plans for optimal reservoir exploitation.
Well Pad Planning gives you the automated tools you need to eliminate the manual work traditionally required in pad planning and field development, drastically reducing cycle times. This intuitive tool allows you to run multiple “what if” scenarios and evaluate single pads and full field plans using integrated statistics so you can optimize plans and reduce overall drilling costs. And, collaboration is made easy with dynamic 3D visualization displays available on any desktop.
We use Geophysics by SeisWare and SeismicUtensils AVO-Detect software on public-domain seismic data from the NPRA to extract structural, stratigraphic and attribute information. The old, 6-fold 2D seismic data was reprocessed by 3D Imaging Technology, LLC to modern standards including migration and conditioned gathers.
The seismic data is integrated with data publicly available from operators in the area. The result is that with modern processing, analysis (attribute extractions including AVO), and interpretation, you can clearly see the stratigraphic features and direct-hydrocarbon indicators for one of the known fields. You can subsequently identify other potential targets.
This case study shows the correlation between azimuthal vectors derived from azimuthal gathers and frac effectiveness based on breakdown pressures.
Well Pad Planning gives you the automated tools you need to eliminate the manual work traditionally required in pad planning and field development, drastically reducing cycle times. This intuitive tool allows you to run multiple “what if” scenarios and evaluate single pads and full field plans using integrated statistics so you can optimize plans and reduce overall drilling costs. And, collaboration is made easy with dynamic 3D visualization displays available on any desktop.
Extract seismic attributes around wellbores, then cross plot against engineering data to analyze and identify correlations, so you can design well plans for optimal reservoir exploitation.
Well Pad Planning gives you the automated tools you need to eliminate the manual work traditionally required in pad planning and field development, drastically reducing cycle times. This intuitive tool allows you to run multiple “what if” scenarios and evaluate single pads and full field plans using integrated statistics so you can optimize plans and reduce overall drilling costs. And, collaboration is made easy with dynamic 3D visualization displays available on any desktop.
