Imaging the Microstructure of Reservoir Rocks in 3D and 4D
Friday, 15 June 2018 — Copenhagen, Denmark
Visit our Booth #1818

80th EAGE Conference & Exhibition 2018
European Association of Geoscientists and Engineers
Opportunities presented by the energy transition
09:00 |
Welcome |
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09:10 |
Predicting Properties of Fine Grained Reservoir Rocks by Ultra-high Resolution X-ray Imaging |
S.Bruns (Univ. of Copenhagen) |
09:40 |
Time-resolved Three-dimensional Imaging of Multiphase Flow in Permeable Media |
K. Singh (Imperial College London) |
10:20 |
Multiphase Flow Near Charged Walls |
J. Mathiesen (Univ. of Copenhagen) |
11:00 |
Coffee break |
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11:20 |
Using Nano-CT and High-contrast Imaging to Inform Microporosity Permeability during Stokes-Brinkman Flow Simulations |
H.Menke (Imperial College London) |
12:00 |
Flow and Reactive Transport at the Microscopic Scale - Derivation of porous media transport properties |
A.Raoof (Utrecht Univ.) |
12:40 |
Lunch break |
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13:30 |
Poster session & Discussions - Coffee break |
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15:00 |
Screening of EOR Potential onthe Pore Scale - Application of Microfluidics to Alkaline Flooding |
H.Ott (Montanuniversität Leoben) |
15:40 |
Organic Hosted and Intergranular Pore Networks - Topography andtopology in grains, gaps & bubbles see abstract below |
M.Andrew (C. Zeiss) |
16:20 |
Conclusions |
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16:50 |
End of Workshop |
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Bio
Dr. Matthew Andrew currently directs development of high resolution imaging technologies for the Oil and Gas Industry and the Geosciences within ZEISS microscopy. He completed his PhD at Imperial College London, where he developed the first pore scale core analysis system capable of imaging multiple fluid phases at reservoir conditions, which he used to examine a range of petrophysical properties including wettability, capillary pressure, flow dynamics and trapping behavior. His current research interests include the use of multiscale experimental methods for the investigation of multiphase flow, the integration of multimodal high resolution analysis with modern data science tools, the application of automated high resolution imaging technology to petroleum operations problems and the integration of data science techniques with petroleum production.