In this study, a modified classification system is proposed for estimating the CO2 storage capacity of saline formations. This system seeks to further integrate existing CO2 storage capacity classification systems with the Petroleum Resources Management System. The synthesis is a rectangular grid system that includes smaller rectangles, which represent the different classes. Three sides of the diagram of the classification system correspond to three information axes: the CO2 storage resources/capacities of the saline formations (bottom), estimation methods (left), and the project maturity (right). Estimating CO2 storage capacity using this system begins by evaluating the total storage amount, which is defined at the bottom of the grid system. When more data become available as the project matures, the different classes of storage capacity (Total Storage Resource, Characterized Storage Resource, Effective Storage Resource, etc.) are sequentially obtained by applying different methods, criteria, and constraints, and the evaluation stage moves from one stage to the next. A case study is done to estimate the different classes of CO2 storage capacity shown on the modified classification system.
All Science Journal Classification (ASJC) codes
- Industrial and Manufacturing Engineering
- Management, Monitoring, Policy and Law