The DHI Playbook: Lessons from 26 Years of Global Exploration Data
Advancements in seismic acquisition technology are delivering higher-resolution data while minimizing environmental footprint.
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CCUS Rock Physics: Same as regular rock physics but new and shiny
Our Speakers:
Adam Haecker
Director of Geoscience, Milestone Carbon
Abstract:
Carbon dioxide (CO₂) fluid properties play a critical role in fluid substitution modeling, particularly in applications such as carbon storage monitoring and reservoir characterization.
Key parameters, including CO₂ density, viscosity, and compressibility, vary with pressure and temperature, influencing seismic velocity and bulk modulus changes in porous media.
By replacing in-situ fluids with CO₂ in rock physics models;
- Fluid substitution helps predict changes in elastic properties,
- Aiding in the interpretation of time-lapse seismic data,
- It also serves as a key test for whether 4D seismic should be included in site monitoring plans.
Understanding proper CO₂ behavior under reservoir conditions enhances the accuracy of geophysical assessments and is critical to effective monitoring of CO₂ injection projects.
Join us for this MUST SEE talk!
Register now
Speaker Bios:
Adam Haecker works in Houston as a Director of Geoscience for Milestone Carbon, a company dedicated to delivering CO2 sequestration solutions. His research interests include supercritical CO2 relative permeability, advances in MICP, organic shale petrophysics, and rock mechanics. Prior to Milestone, Adam worked as a petrophysicist for Battelle Memorial Institute, Continental Resources, Chesapeake Energy, and Cabot Oil and Gas (now Coterra), as well as Weatherford Wireline as a field engineer. Adam graduated from Texas A&M in 2007 with a B.S. in Geology. He served as the Vice President of Finance, Secretary and Administration for the international SPWLA (2021-2023) and as North America Regional Director 1 (2018-2020). Adam speaks English and conversational Japanese.
