June 2021 Technical Event in Perth

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CoreDNA: Combining the analysis of ultra-high resolution images with continuous direct measurements to identify rock types

Dr. Thomas Richard Epslog, SAR. Ray Hanna, May 2021 FESAus speaker

CoreDNA solution combines a selection of transdisciplinary, high resolution, non-destructive measurements on whole cores that enable an early yet objective and comprehensive description of cores and the rapid estimation of properties of formations days after opening core barrels. Whole cores, which may still be in their half-open liners, are mounted the test bench and submitted to a battery of tests, all sharing the same depth reference and compatible resolution ranges. Technologies including ultra-high resolution pictures, pXRF elemental composition, grain size analysis, but also the direct measurement of geomechanical properties such as strength and acoustic velocities, are all deployed along the entire core on the same 3cm wide mini-slab surface. Ultra-high resolution panoramic pictures (1.8μm/px) are processed to extract textural and colour features but also continuous grain size distribution from wavelet analysis. The grain size distribution profile calculated from the images are backed-up by analysis of 3D topographical images accurately measured with a laser scan.
 
Results of these fast tests (3ft per hour) are analysed real-time and turned into high resolution, continuous profiles of properties (petrophysical, geomechanical and geochemistry) fed into (unsupervised) machine learning algorithms for the automated identification of lithofacies. It enables a more detailed understanding of reservoir architecture and the design of tailored plug selections and the programing of subsequent steps in core analysis programs, even remotely. Such a detailed and comprehensive knowledge of the distributions of core properties under one unique format for all discipline eases interdisciplinary core analysis work, from the QCing of standard core testing to the upscaling of core data and the calibration of robust predictive models from well logs.


About the Presenter:

Thomas Richard, Epslog, SA
Geomechanical Engineer from Paris
Msc and PHD in Rock cutting and Drilling Mechanics from University of Minnesota
Epslog Director and Lecturer at Curtin University

 

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Please let us know ahead of time if you have any dietary requirement.

People unable to attend in person in Perth, WA are invited to join through the webinar.

When
June 8th, 2021 12:00 PM through  1:30 PM
Location
334 Murray St, Perth WA 6000
IBIS Hotel
Perth, WA
Australia
Event Fee(s)
FESAus 2021 Member (late bird, inc. GST) $ 40.00
Non-Member (late bird, inc. GST) $ 50.00
Retiree/Student (late bird, inc. GST) $ 20.00
Webinar (based in Perth) - FESAus 2021 Member (inc. GST) $ 30.00
Webinar (based in Perth) - Non-Member (inc. GST) $ 40.00
Webinar (outside Perth) - FESAus 2021 Member (inc. GST) $ 10.00
Webinar (outside Perth) - Non-Member (inc. GST) $ 20.00
Webinar - Retiree/Student (inc. GST) $ 10.00
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