2007 Unconventional Resources
Reservoir Connectivity and Stimulating Gas Flow in Tight Sands
Subcontractor: Colorado School of Mines
| Principal Investigator: Dag Nummedal | |
| Project Number | Project Status |
|---|---|
| 07122-15 | Completed |
| RPSEA Project Manager: Kent Perry |
| Participants |
|---|
| The University of Colorado; Mesa State University; iReservoir; Bill Barrett Corporation; Noble Energy Inc.; Whiting Petroleum Corporation; ConocoPhillips Company |
| Period of Performance | |
|---|---|
| Start Date | End Date |
| September 19, 2008 | July 1, 2012 |
| Total Project Cost | RPSEA Share | Cost Share |
|---|---|---|
| $7,528,256.00 | $2,894,256.00 | $4,634,000.00 |
| Project Objectives |
The project objective was to assess all parameters important to tight gas sand production in the Piceance Basin using the Mamm Creek field as a data source. The importance of all geologic, engineering and geophysical components and their interaction will be investigated. |
Report | ||
| File Name | File Type | Date |
| Migration Dynamic Subsidence Across Late Cretaceous Interior Basin Farallon Subduction Liu Nummedal | Article | 06/11 |
| Reservoir Connectivity and Stimulated Gas Flow in Tight Sands | Project Report 1 | 11/08 |
| Development of Static Reservoir Models | Baseline Report | 10/09 |
| Regional Structure and Natural Fractures | Baseline Report | 10/09 |
| Reservoir Flow Simulation Tied to Rock Properties | Baseline Report | 10/09 |
| Building on RCP’s Earlier Work in the Piceance Basin: A Spring Board for 21st Century Research in Tight Gas | Baseline Report | 10/09 |
| Azimuthal AVO and Attenuation Analysis for Fracture Characterization | Baseline Report | 10/09 |
| Dropbox | ||
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Presentations
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