We can’t wait to show our newest product, Well Pad Planning.
Galen Brims from Steppe Resources is demonstrating how this new tool can accurately plan well pads and reduce drilling costs in the Bakken.
We’re excited to have Eric Keyser presenting again this year, and he’s presenting a case study that highlights the importance of geophysics to the rest of the asset team when drilling horizontal wells.
Special thanks to Modern Resources, Seismic Exchange Inc. and Steppe Resources for their permission to show their data in these talks.
Discover how geologic and geophysical integration software seamlessly share data through unconventional workflows including regional production analysis, velocity modeling, integration with engineering data, well property distribution utilizing seismic attributes extracted along the well bore, horizontal well planning, and dynamic geosteering.
Using SeisWare’s brand new Well Pad Planning tool, Galen will be running multiple what if scenarios and evaluating single well pads and full field plans to demonstrate how you can optimize plans and reduce overall drilling costs in the Bakken.
Eric will demonstrate his interpretation methods to reduce the range of uncertainty when drilling horizontal wells to maximize production and minimize risk. His case study shows the correlation between azimuthal vectors derived from azimuthal gathers and frac effectiveness based on breakdown pressures. He will be demonstrating different methods for predicting well depths for difficult to interpret seismic events and giving tips for generating the best seismic depth conversion.
Discover how geologic and geophysical integration software seamlessly share data through unconventional workflows including regional production analysis, velocity modeling, integration with engineering data, well property distribution utilizing seismic attributes extracted along the well bore, horizontal well planning, and dynamic geosteering.
Eric will demonstrate his interpretation methods to reduce the range of uncertainty when drilling horizontal wells to maximize production and minimize risk. His case study shows the correlation between azimuthal vectors derived from azimuthal gathers and frac effectiveness based on breakdown pressures. He will be demonstrating different methods for predicting well depths for difficult to interpret seismic events and giving tips for generating the best seismic depth conversion.
Using SeisWare’s brand new Well Pad Planning tool, Galen will be running multiple what if scenarios and evaluating single well pads and full field plans to demonstrate how you can optimize plans and reduce overall drilling costs in the Bakken.
Discover how geologic and geophysical integration software seamlessly share data through unconventional workflows including regional production analysis, velocity modeling, integration with engineering data, well property distribution utilizing seismic attributes extracted along the well bore, horizontal well planning, and dynamic geosteering.
Eric will demonstrate his interpretation methods to reduce the range of uncertainty when drilling horizontal wells to maximize production and minimize risk. His case study shows the correlation between azimuthal vectors derived from azimuthal gathers and frac effectiveness based on breakdown pressures. He will be demonstrating different methods for predicting well depths for difficult to interpret seismic events and giving tips for generating the best seismic depth conversion.
Using SeisWare’s brand new Well Pad Planning tool, Galen will be running multiple what if scenarios and evaluating single well pads and full field plans to demonstrate how you can optimize plans and reduce overall drilling costs in the Bakken.
Discover how geologic and geophysical integration software seamlessly share data through unconventional workflows including regional production analysis, velocity modeling, integration with engineering data, well property distribution utilizing seismic attributes extracted along the well bore, horizontal well planning, and dynamic geosteering.
Using SeisWare’s brand new Well Pad Planning tool, Galen will be running multiple what if scenarios and evaluating single well pads and full field plans to demonstrate how you can optimize plans and reduce overall drilling costs in the Bakken.
Eric will demonstrate his interpretation methods to reduce the range of uncertainty when drilling horizontal wells to maximize production and minimize risk. His case study shows the correlation between azimuthal vectors derived from azimuthal gathers and frac effectiveness based on breakdown pressures. He will be demonstrating different methods for predicting well depths for difficult to interpret seismic events and giving tips for generating the best seismic depth conversion.
Discover how geologic and geophysical integration software seamlessly share data through unconventional workflows including regional production analysis, velocity modeling, integration with engineering data, well property distribution utilizing seismic attributes extracted along the well bore, horizontal well planning, and dynamic geosteering.
Using SeisWare’s brand new Well Pad Planning tool, Galen will be running multiple what if scenarios and evaluating single well pads and full field plans to demonstrate how you can optimize plans and reduce overall drilling costs in the Bakken.
Eric will demonstrate his interpretation methods to reduce the range of uncertainty when drilling horizontal wells to maximize production and minimize risk. His case study shows the correlation between azimuthal vectors derived from azimuthal gathers and frac effectiveness based on breakdown pressures. He will be demonstrating different methods for predicting well depths for difficult to interpret seismic events and giving tips for generating the best seismic depth conversion.
Discover how geologic and geophysical integration software seamlessly share data through unconventional workflows including regional production analysis, velocity modeling, integration with engineering data, well property distribution utilizing seismic attributes extracted along the well bore, horizontal well planning, and dynamic geosteering.
Using SeisWare’s brand new Well Pad Planning tool, we will be running multiple what if scenarios and evaluating single well pads and full field plans to demonstrate how you can optimize plans and reduce overall drilling costs in the Bakken.
