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Magnetotelluric evidence of potential geothermal resource in Puga, Ladakh, NW Himalaya

机译:喜马拉雅山西北部拉达克普加的潜在地热资源的大地电磁证据

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摘要

The Puga area in eastern Ladakh, Jammu and Kashmir, is known to be the most promising geothermal field in India, as pointed out by geo-scientific studies in the area. However, lack of deep subsurface information put constraints to the geothermal resource evaluation in Puga. The recent magnetotelluric study in Puga revealed anomalous conductive (similar to 5 Ohm.m) structure at a depth of 2 km in the area of geothermal manifestation. Analysis of temperature logs indicated a high temperature (similar to 260 degrees C) associated with the anomalous conductive structure and signifies potential geothermal resource in the area. We discuss the results in the context of geothermal resource utilization for power generation in the area.
机译:正如该地区的地学研究所指出的那样,拉达克东部,查mu和克什米尔的普加地区被认为是印度最有前途的地热田。但是,由于缺乏深层地下信息,使得普加地热资源评估受到限制。最近在Puga进行的大地电磁研究表明,在地热表现区域内,在2 km的深度处异常导电(类似于5 Ohm.m)结构。对温度记录的分析表明,与异常导电结构相关的高温(约260摄氏度)表明该地区潜在的地热资源。我们在该地区发电的地热资源利用的背景下讨论了结果。

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