We are pleased to announce that our integrated paper on “Determining elastic properties of organic-rich shales from core, wireline logs and 3-D seismic: A comparative study from the Duvernay play, Alberta, Canada” has just been published with 50 days free access at the Journal of Natural Gas Science and Engineering. Please access via the link here:
Author: admin
Six MIC Presentations for SEG20
Please join us at the SEG20 for our MIC-related research presentations from October 12-16, 2020.
We have 5 presentations and 1 post-convention workshop. Our first presentation is Monday, October 12 at 1:50pm.
Please note the times are Central Time. Hope to see you there!
WEBINAR: Bureau of Economic Geology at University of Texas, Austin – October 23, 2020
Please join us at the upcoming webinar hosted by the Bureau of Economic Geology at University of Texas, Austin for Dr. David Eaton’s presentation entitled:
Seismicity Induced by the Development of Unconventional Oil and Gas Resources
October 23, 2020
9am Central Time
Join Zoom Meeting
https://utexas.zoom.us/j/96260640858
Meeting ID: 962 6064 0858
MIC receives the 2020 NSERC Synergy Award!
NSERC announces the Microseismic Industry Consortium as the recipient of the 2020 Synergy award. This award stands as a tribute to all researchers and industry sponsors who have been involved in the Consortium.
Thanks to everyone who has worked extremely hard over the years to help us achieve this recognition!
New publication investigates compositional and geomechanical properties of the Duvernay shale play
A forthcoming publication in the AAPG Bulletin, by Marco Venieri, Per Pedersen and David Eaton, is available online at http://archives.datapages.com/data/bulletns/aop/2020-11-05/aapgbltn19042aop.html.
2 MIC Researchers named to Top 25 Best Presentations for SEG20
Please join us in congratulating Hanh Bui and Thomas Eyre for each being voted as one of the top 25 presentations (among 764 papers) at the 2020 SEG meeting!
MIC and partners successfully acquire dip-in DAS dataset
As part of MIC’s ongoing research program, the University of Calgary partnered with sponsors ARC Resources and OptaSense, and wireline and conveyance service providers ESG Solutions and Altus Intervention, to acquire a wireline (dip-in) distributed acoustic sensing (DAS) monitoring dataset in northeastern BC in January 2021. The dataset was acquired to monitor a multi-well completion program in the Montney play to support research on low-frequency interwellbore strain, development of a comprehensive workflow for DAS microseismic processing and evaluating the effectiveness of dip-in DAS observations compared with permanent fibres. Real-time monitoring showed clear frac hits for 54 stages, at offset distances of more than 300m. The results of this experiment support the effectiveness of dip-in DAS acquisition and represents an exceptional example of academic-industry research synergy. Initial results from processing and interpretation of this dataset will be presented to MIC sponsors at the 2021 Annual Sponsors Meeting.
Member Content
Contact Us
For more information about the Microseismic Industry Consortium, please contact:
Mirko van der Baan
Department of Physics
University of Alberta
Edmonton, Alberta
T6G 2E1
Canada
Telephone: + 1 (780) 248-1414
E-mail: Mirko.VanderBaan@ualberta.ca
or
David W. Eaton
Department of Geoscience
University of Calgary
1500 University Drive, NW
Calgary, Alberta
T2N 1N4
Canada
Telephone: +1 (403) 220-4275
E-mail: david.w.eaton@ucalgary.ca
or
Ozioma Judith Adimonye
Department of Physics
University of Alberta
Edmonton, Alberta
T6G 2E1
Canada
Telephone: +1(780)492-3247
E-mail: adimonye@ualberta.ca
Deliverables and Benefits
- Access to software developed for research, including basic microseismic processing package
- Leading-edge technology updates for up to 5 representatives by attending the annual Sponsors Meeting where the latest research results are presented
- Learning opportunities through an annual short course in microseismic theory and methods
- Participation in field projects for data acquisition and analysis
