Application of NRAP-Open-IAM and SOSAT at existing oil fields in IMSCS CarbonSAFE, Sleepy Hollow Field
License(s):
Other (Open)Key Findings:
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For well leakage impact, dissolved CO2 and pH change had the largest lateral impact but were observable <100 m from the well in most cases
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SOSAT provides a risk-conservative estimation of maximum injection pressure to constrain the probability for inducing seismic events
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Uncertainty in key properties, e.g. well leak permeability or geomechanical, skew the results to towards higher risk
NRAP Tools: NRAP-Open-IAM, SOSAT
Location: Sleepy Hollow Field, Nebraska
Followers: 0
Spatial Extent
"OpenStreetMap contributors"
Additional Info
| Field | Value |
|---|---|
| Last Updated | March 15, 2021, 21:45 (LMT) |
| Created | March 15, 2021, 21:43 (LMT) |
| Citation | Appriou D, NJ Huerta, ZF Zhang, JA Burghardt, and DH Bacon. 2020. “Evaluation of Containment and Geomechanical Risks at Integrated Mid-Continent Stacked Carbon Storage Hub Sites.” United States: N. p., 2020. Web. doi:10.2172/1661184. |
| Netl Product | yes |
| Organization | NRAP |
| Poc Email | robert.dilmore@netl.doe.gov |
| Point Of Contact | Bob Dilmore |
| Program Or Project | NRAP |
| Spatial | {"type":"MultiPolygon","coordinates":[[[[-100.5633544921875,40.04864272291728],[-100.5633544921875,39.98132938627215],[-100.75561523437499,39.98132938627215],[-100.75561523437499,40.04864272291728],[-100.5633544921875,40.04864272291728]]]]} |