• Reserves Assessments and Economic Evaluations
• Prospective Resources Assessments
• Unconventional Resources Assessments
• Contingent Resources Assessments
• Competent Person’s Reports
• Reservoir Simulation
• CO₂ Storage Studies
• Engineering Analysis
• Petrophysical Studies
• Geophysical Studies
• Geological Studies
• Economic Modeling
• Training and Seminars
• Environmental, Social, and Corporate Governance (ESG) Support

Understanding CO₂ Storage and Application

Duration

3 to 4 Days

Who should Attend:

Geoscientists, engineers, economists, sustainability associates, civil servants, and managers who are interested in understanding the key characteristics and requirements for reducing CO₂ emissions via carbon storage.

Instructor: J. Craig Ruhs

Course description: This CO₂ storage course is designed to provide attendees a thorough understanding of the requirements and guidelines for the carbon capture and storage (CCS) and carbon capture, utilization, and storage (CCUS) projects that will be critical in reaching emission reduction targets. It is generally accepted that a substantial number of such projects will be needed to achieve global emission goals.

General Course Contents:

• CO₂ Storage Overview
• Estimation of Storage Potential
• CO₂ Storage Resources Management System (SRMS) Classification Framework
• Storage Uncertainty and Risk Assessments
• Engineering Risk Determinations
• Commerciality and Screening Evaluations
• Storage Resources Strategy Processes
• Monitoring, Measurement, and Verification Plans
• Overview of Carbon Credits
• Review of Case Studies
• Carbon Storage Practical
• Emissions Fundamentals