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Environment/Energy (Low carbon society/energy)

  • SDGs7

Thermoluminescence Techniques in Geothermal Exploration and Integrated Evaluation System of Geothermal Reservoir Identify and promote use of geothermal reservoir with leading-edge exploration technology

Principal Investigator (Affiliation) japan Prof.
TSUCHIYA Noriyoshi
(Dean, Graduate school of Environmental Studies, Tohoku University) researchmap
elsalvador Prof.
Edgar Armando Peña Figueroa
(Dean, Faculty of Engineering and Architecture, University of El Salvador)
Research Institutions in Japan Tohoku University / The National Institute of Advanced Industrial Science and Technology (AIST) / Iwate University / Geothermal Engineering Co.
Research Institutions in El Salvador Universidad de El Salvador / LaGeo
Adoption fiscal year FY 2017
Research Period 5 Years
ODA Recipient Country Republic of El Salvador
General Description of the Research Project

Promote development of geothermal energy by applying the latest exploration methods
El Salvador does not have oil resources, making the development of renewable energy essential for energy security. Interest in utilization and technological development of geothermal energy as base load power source* is gaining momentum. This project will promote geothermal development in the country by efficient exploration of geothermal reservoir at a reasonable cost using thermoluminescence method developed in Japan. An integrated QGIS system will be developed to conduct research on potential geothermal reservoirs.

* Base load power source: Power source that can supply certain volume of power stably at a low cost regardless of season, weather or time of day

Contribute to geothermal power development and CO2 emissions reduction in Latin America
This project will promote geothermal energy in El Salvador by selection of four prospective sites, and application and review of the newly developed technology. Furthermore, the national geothermal power generator LaGeo will conduct exploration using thermoluminescence in Latin American countries, which is expected to contribute to geothermal power development and reduction of CO2 emissions across Latin America.

Photo gallery
Ahuachapán Geothermal Power Plant

Ahuachapán Geothermal Power Plant

Geothermal Borehole at Ahuachapán

Geothermal Borehole at Ahuachapán

Field Survey at Ahuachapán

Field Survey at Ahuachapán

Research Project Web site
Press Release

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