Live Keynote: The Story of Gates Ranch and Blackstone Dilworth
Our keynote from the Romancing Energy Forum will be broadcast LIVE — as it happens, in real time, straight from the stage!
Webcast | 2013 | March | Uncertainties in Surface and Downhole Microseismic
Title: A New Look at Surface and Downhole Microseismic Positional Uncertainty: A Statistics Based Approach Date: March 26, 2013 at 10AM CST Presenter: Michael Thornton, CTO MicroSeismic, Inc. Summary: This month’s webcast focuses
Read MoreWebcast | 2013 | March | Uncertainties in Surface and Downhole Microseismic
Title: A New Look at Surface and Downhole Microseismic Positional Uncertainty: A Statistics Based Approach Date: March 26, 2013 at 10AM CST Presenter: Michael Thornton, CTO MicroSeismic, Inc. Summary: This month’s webcast focuses
Read MoreWebcast | 2013 | February | Improving Event Location Accuracy with Anisotropic Velocity Models
Title: Improving Event Location Accuracy with Anisotropic Velocity Models Date: February 19, 2013 at 10:00AM CST Presenter: Carl Neuhaus, Petroleum Engineer, MicroSeismic, Inc. Summary: This month’s webcast focuses on the application of an
Read MorePeter Duncan To Be Honored At Geophysical Society Spring Symposium
HOUSTON, TEXAS – February 5, 2013: MicroSeismic, Inc. (MicroSeismic) announced today that Peter Duncan, Ph.D. will be honored for a lifetime achievement in geophysics at the Geophysical Society of Houston
Read MoreWebcast | 2013 | February | Improving Event Location Accuracy with Anisotropic Velocity Models
Title: Improving Event Location Accuracy with Anisotropic Velocity Models Date: February 19, 2013 at 10:00AM CST Presenter: Carl Neuhaus, Petroleum Engineer, MicroSeismic, Inc. Summary: This month’s webcast focuses on the application of an
Read MoreWebcast | 2013 | January | Microseismic Monitoring: Methods and Interpretation
Microseismic monitoring is attracting great interest due to the application of passive seismic to shale play completion activities and the successful expansion of the method from downhole to surface and
Read More
