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Northern Thailand Geothermal Resources and Development--A Review and 2012 Update

Singharajwarapan, Fongsaward Suvagondha; Wood, Spencer H.; Prommakorn, Natthaporn; Owens, Lara

Key words
Thailand; low temperature; hot springs; flow; geochemistry; geothermometry; silica deposits; power generation
Location
Thailand
Conference
Geothermal Resources Council Transactions
Year
2012
Session
Exploration; Thermal springs; Geochemical surveys
Language
English

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Abstract

Northern Thailand has 16 hot spring systems with surface temperatures near or greater than 80°C with potential for binary plant power generation. Presently only Fang system generates power from wells flowing a total of 8.3 1/s of 116°C water to a 300 kW single module Ormat binary plant. Current production is 150-250 KW, which potentially can be increased by constructing new wells and increasing flow by pumping. Of the other 15 systems, 4 are in national parks and not considered for development. Several of the hot springs systems have silica geothermometry >130°C suggesting significant undeveloped resources exist in northern Thailand. Certainly the San Kamphaeng hot springs have the greatest known potential (estimated ~5MW) but like most of the systems it is associated with high-angle faulting and drilling has yet to find permeable zones yielding high flows (>11 l/s). The current project of the Thailand Department of Energy Development and Efficiency (DEDE) will survey these prospects with the intention of installing a small plant of 2-10 MW.

Copyright 2012, Geothermal Resources Council. Readers who download papers from this site should honour the copyright of the original authors, and may not copy or distribute the work further without the permission of the original publisher.

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