Nagqu Geothermal Area
Area Overview
Geothermal Area Profile |
| Location: | Nagqu, China | |
| Exploration Region: | Tibet geothermal region | |
| GEA Development Phase: | Operational"Operational" is not in the list (Phase I - Resource Procurement and Identification, Phase II - Resource Exploration and Confirmation, Phase III - Permitting and Initial Development, Phase IV - Resource Production and Power Plant Construction) of allowed values for the "GEADevelopmentPhase" property. | |
| Coordinates: | 31° 41' 22.53", 92° 3' 14.60" | |
Resource Estimate |
| Mean Reservoir Temp: | 115°C388.15 K <br />239 °F <br />698.67 °R <br /> | [1] |
| Estimated Reservoir Volume: | ||
| Mean Capacity: | 5.8MW5,800 kW <br />5,800,000 W <br />5,800,000,000 mW <br />0.0058 GW <br />5.8e-6 TW <br /> | [1] |
| USGS Mean Reservoir Temp: | ||
| USGS Estimated Reservoir Volume: | ||
| USGS Mean Capacity: | ||
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History and Infrastructure
Operating Power Plants: 0 |
| No geothermal plants listed. |
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Developing Power Projects: 0 |
| No geothermal projects listed. |
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Power Production Profile |
| Gross Production Capacity: | 0.0e+0 MW0 kW <br />0 W <br />0 mW <br />0 GW <br />0 TW <br /> | |
| Net Production Capacity: | 0.0e+0 MW0 kW <br />0 W <br />0 mW <br />0 GW <br />0 TW <br /> | |
| Owners : | ||
| Power Purchasers : | ||
| Other Uses: | ||
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Regulatory and Environmental Issues
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Exploration History
First Discovery Well |
| Completion Date: | ||
| Well Name: | ||
| Location: | ||
| Depth: | ||
| Initial Flow Rate: | ||
| Flow Test Comment: | ||
| Initial Temperature: | ||
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Well Field Description
Well Field Information |
| Development Area: | 0.0e+0 | |
| Number of Production Wells: | ||
| Number of Injection Wells: | ||
| Number of Replacement Wells: | ||
| Average Temperature of Geofluid: | 0.0e+0 | |
| Sanyal Classification (Wellhead): | ||
| Reservoir Temp (Geothermometry): | ||
| Reservoir Temp (Measured): | 115°C388.15 K <br />239 °F <br />698.67 °R <br /> | [1] |
| Sanyal Classification (Reservoir): | ||
| Depth to Top of Reservoir: | 390m0.39 km <br />0.242 mi <br />1,279.528 ft <br />426.508 yd <br /> | [2] |
| Depth to Bottom of Reservoir: | 500m0.5 km <br />0.311 mi <br />1,640.42 ft <br />546.805 yd <br /> | [2] |
| Average Depth to Reservoir: | 445m0.445 km <br />0.277 mi <br />1,459.974 ft <br />486.656 yd <br /> | [2] |
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Geology of the Area
Geologic Setting |
Geologic Features |
| Modern Geothermal Features: | ||
| Relict Geothermal Features: | ||
| Volcanic Age: | ||
| Host Rock Age: | ||
| Host Rock Lithology: | ||
| Cap Rock Age: | ||
| Cap Rock Lithology: | ||
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Geofluid Geochemistry
Geochemistry |
| Salinity (low): | ||
| Salinity (high): | ||
| Salinity (average): | ||
| Brine Constituents: | ||
| Water Resistivity: | ||
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NEPA-Related Analyses (0)
Below is a list of NEPA-related analyses that have been conducted in the area - and logged on OpenEI. To add an additional NEPA-related analysis, see the NEPA Database.
CSV No NEPA-related documents listed.
Exploration Activities (0)
Below is a list of Exploration that have been conducted in the area - and cataloged on OpenEI.
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No exploration activities listed on OpenEI.
References
- ↑ 1.0 1.1 1.2 Keyan Zheng and Meihua Wang. 2012. Geothermal Resources Development in Tibet, China. Proceedings of New Zealand Geothermal Workshop; New Zealand: Geothermal Workshop.
- ↑ 2.0 2.1 2.2 M. P. Hocstein, K. Zheng, S. Pasvanoglu, P. Vivian-Neal. 2013. Advective (heat sweep) geothermal systems. Proceedings of 38th Workshop on Geothermal Reservoir Engineering; Stanford, California: Stanford University.
List of existing Geothermal Resource Areas.
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