Evaluation of geothermal potential of Lightning Dock KGRA, New Mexico

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Journal Article: Evaluation of geothermal potential of Lightning Dock KGRA, New Mexico

Abstract

Lightning Dock currently houses the largest geothermal greenhouse complex in the United States, one of the largest aquaculture farms, and a binary geothermal power plant. With the addition of Cyrq Energy’s (formerly Raser Techonologies) 10MW geothermal power plant, it will be the most utilized geothermal resource in New Mexico. This paper presents an evaluation of the geothermal potential of the Lightning Dock area. The evaluation was performed by examining the following attributes: physiography, geology, tectonics and structure, water resources, infrastructure, population and target markets, other geothermal considerations, and economic considerations and available incentives. This was accomplished by using a combination of literature reviews and data analyses in conjunction with the interpretation of information obtained from digitized map layers created in ArcGIS®. The evaluation indicates that the Lightning Dock area has high geothermal potential without requiring significant infrastructure additions or upgrades. Using the reported heat flow of 650 mW/ m2 (Cunniff and Bowers, 2005) it is estimated that the 90oC and 180oC isotherms will be reached at depths of 0.3 km (984 ft) and 0.7 km (2,165 ft) respectively. Hence, various applications including direct use and electricity production using binary power plant

technology are viable in the area.

Authors 
Samir Dahal, Mark R. McDonald, Bailey Bubach and and Anna M. Crowell








Published Journal 
GRC Transactions, 2012





DOI 
Not Provided
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Online 
Internet link for -2012 Evaluation of geothermal potential of Lightning Dock KGRA, New Mexico

Citation

Samir Dahal, Mark R. McDonald, Bailey Bubach, and Anna M. Crowell. 2012. Evaluation of geothermal potential of Lightning Dock KGRA, New Mexico. GRC Transactions. 36(1):637-640.

Related Files
Dock1.pdf