This conversation with\xa0 Marco Veniere is about the geomechanical properties in the Duvernay.\xa0 It is based on Marco Venieri, Per Pedersen, and David Eaton\u2019s recent publication \u201cPredicting unconventional reservoir potential from wire-line logs: a correlation between compositional and geomecahnical properties of the Duvernay shale play of western Alberta Canada\u201d.\xa0 We also incorporate elements from the previous paper by Marco Venieri, Ronald Weird, Scott McKean, Per Pedersen, and David Eaton\u2019s scientific article titled \u201cDetermining elastic properties of organic-rich shales from core, wireline logs, and 3-D seismic: A comparative study from the Duvernay play, Alberta, Canada\u201d.\xa0 Some highlights include discussing how spectral gamma ray and pulsed neutron spectroscopy to reveal elastic properties.\xa0
What does Young's Modulus and Poisson\u2019s Ratio correlate to geologically in core, seismic, and logs?\xa0 How do Spectral Gamma Ray and Pulsed Neutron Spectroscopy reveal elastic properties?
May this exchange serve to expand your geological knowledge on the go.
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Citation: Venieri, M., Pedersen, P., Eaton, D. (2020). Predicting unconventional reservoir potential from wire-line logs: a correlation between compositional and geomecahnical properties of the Duvernay shale play of western Alberta Canada. AAPG Bulletin (November 2020). 10.1306/10262019042
Venieri, M., Weird, R., McKean, S., Pedersen, P., Eaton, D. (2020). Determining elastic properties of organic-rich shales from core, wireline logs, and 3-D seismic: A comparative study from the Duvernay play, Alberta, Canada. Journal of Natural Gas Science and Engineering (84) 103637, ISSN 1875-5100