Subsurface Skills For Carbon Capture And Storage

Subsurface Skills for Carbon Capture and Storage Professional Education Program

Subsurface Skills for Carbon Capture and Storage is a self-paced professional training program developed by the Gulf Coast Carbon Center, a global leader in CCS research. Designed for geoscientists, engineers and other subsurface professionals, the program guides learners through the full lifecycle of a carbon-storage project. From technical screening and modeling to monitoring and permitting, participants will gain the tools, context and confidence to drive carbon-storage development in real-world settings.

Through this program you’ll learn:

Core Technical Skills

  • CCS project workflow
  • Site screening methods
  • Storage capacity estimates
  • Modeling and monitoring basics

Real-World Applications

  • Business and policy context
  • Storage assessment tools
  • Key success factors, the role storage plays and risk mitigation
  • Permitting and project planning

Eligibility and Enrollment

This program is open enrollment and offered in a self-paced online format. You can register and start the coursework at any time. Learners do not need to apply to or be enrolled at UT Austin to register.

Who Should Enroll

This program is for subsurface oil and gas professionals and leaders who would like to develop their skills for use in the global energy transition, specifically in the emerging industry of carbon capture and geologic storage (CCS), such as:

  • Geologists, geophysicists, reservoir engineers, petroleum engineers and other technical subsurface O&G professionals.
  • Leaders, managers and others tasked with developing and/or assuring geologic storage for CCS projects.
  • Recent graduates of master’s level petroleum geoscience and reservoir engineering programs.

The program is not intended for those new to the geoscience or energy sectors.

How to Register

Interested students should use a credit card to register through our secure online portal.

Meet the Program Creators

Alexander Bump

Alexander Bump
Program Director

Research Associate Professor, Bureau of Economic Geology, Jackson School of Geosciences

Katherine D Romanak

Katherine D Romanak

Research Professor, Bureau of Economic Geology, Jackson School of Geosciences

Seyyed Hosseini

Seyyed Hosseini

Research Professor, Bureau of Economic Geology, Jackson School of Geosciences

Program Modules

Module 1: The Context for Carbon Capture and Storage (CCS)
Develop a strategic understanding of CCS economics, risks, and its role in climate mitigation frameworks.
Module 2: Subsurface Characterization
Learn to evaluate subsurface conditions for CO₂ injection, including injectivity, migration, and geochemical behavior.
Module 3: Subsurface Characterization Continued
Apply advanced storage capacity methods, trapping mechanisms, and seal analysis to assess CO₂ containment.
Module 4: Site Screening
Learn to identify and evaluate potential CO₂ storage sites using key success factors and regional strategies.
Module 5: Fluid Flow Modeling
Explore CO₂ injection dynamics through numerical modeling and area-of-review analysis for capacity estimation.
Module 6: EasiTool Tutorial
Use EASiTool for rapid site screening, AoR visualization, and preliminary economic and storage assessments.
Module 7: Regulations and Monitoring
Design risk-based monitoring plans aligned with evolving CO₂ storage regulations and environmental impact assessments.
Module 8: Detection and Impacts of Leakage
Evaluate near-surface monitoring techniques to detect, attribute, and quantify CO₂ leakage and its impacts.
Module 9: The Outlook for CCS and the Barriers to Growth
Analyze CCS growth trajectories, regulatory and economic challenges, and strategies for stakeholder and public engagement.

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