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Secure storage includes geomechanical analyses to assure caprock integrity and monitoring in the deep subsurface (both above and below the storage reservoir), in the shallow subsurface, and at, and above, the ground surface to detect and quantify leakage, should it occur.
| Secure Storage Project Landing Pages | |
|---|---|
| Robust In Situ Strain Measurements to Monitor Carbon Dioxide (CO2) Storage | Clemson University |
| FE0028292 | |
| Field Validation of MVA Technology for Offshore CCS: Novel Ultra-High-Resolution 3D Marine Seismic Technology (P-Cable) | University of Texas at Austin |
| FE0028193 | |
| High-Resolution Reservoir Seal Integrity Monitoring using Optimized Borehole Sources and Distributed Acoustic Sensing | Rice University |
| FE0032058 | |
| Acoustic Emissions Sensing for Tracing Carbon Dioxide Movement in Caprock of a Carbon Capture Utilization and Storage System (CCUS) | Battelle Memorial Institute |
| FE0032062 | |
| Advancing Characterization of Faults through Deployment of Novel Geophysical, Geochemical and Geomechanical Technologies at the San Juan Basin CarbonSAFE Site | New Mexico Institute of Mining and Technology (NMIMT) |
| FE0032064 | |
| Core Carbon Storage Monitoring and Research | Lawrence Berkeley National Laboratory (LBNL) |
| FWP-ESD014095 | |
| Changes in Seal Integrity Induced by CO2 Injection and Leakage in a Hydromechanically Reactivated Fault Affecting a Caprock Analog: Combining Distributed Fiber Optic Chemical Sensors and Seismic Measurements in Boreholes | Lawrence Berkeley National Laboratory (LBNL) |
| FWP-FP00013650 | |
| PERBAS: Rock Physics Characterization of Reactive CO2 Transport through Basaltic Rocks | Lawrence Berkeley National Laboratory (LBNL) |
| FWP-FP00015801 | |
Subsurface Stress focuses on development of technologies to predict and assess geomechanical impacts of carbon dioxide (CO2) injection related to potential induced seismicity and to detect and analyze microseismic events should they occur.
Plume Detection and Storage Efficiency focuses on technologies to monitor and predict reservoir pressure changes, plume location, size, and movement through the reservoir.
| Plume Detection and Storage Efficiency Project Landing Pages | |
|---|---|
| Integration of Seismic-Pressure-Petrophysics Inversion of Continuous Active-Seismic Monitoring Data for Monitoring and Quantifying CO2 Plume | Pennsylvania State University (PSU) |
| FE0031544 | |
| Wireless Microsensors System for Monitoring Deep Subsurface Operations | Battelle Memorial Institute |
| FE0031850 | |
| New Imaging and CO2 Storage Technologies for Unconventional Subsurface Reservoirs | Pacific Northwest National Laboratory (PNNL) |
| FWP-70066 | |
| Sequestration in Basalt Formations | Pacific Northwest National Laboratory (PNNL) |
| FWP-70066 | |
| Engineering Integrated Sensing, Power, Telemetry and Data Processing Systems for Complex Subsurface Environments | Pacific Northwest National Laboratory (PNNL) |
| FWP-80754 | |
| LLNL Carbon Storage Program Targeted Research | Lawrence Livermore National Laboratory (LLNL) |
| FWP-FEW0287 | |
| SPARSE: Sparse Passive-Active Reservoir monitoring using Seismic, Electromagnetics, Gravity, and Surface Deformation | Lawrence Berkeley National Laboratory (LBNL) |
| FWP-FP00015750 | |
Carbon Mineralization focuses on analyzing feedstocks, potential sites, and proof-of-principle processes for carbon mineralization along with optimizing carbon mineralization in reservoirs.
