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Geological and engineering features of developing ultra-high-temperature geothermal systems in the world

机译:世界上开发超高温地热系统的地质和工程特征

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It has been suggested that a large amount of crustal fluid is trapped at a supercritical state within intrusive rocks beneath volcanoes or calderas near the mountain ranges of northeastern Japan. If we could extract and use these crustal fluids, we could expect to achieve a high level of energy productivity. We have collated field data on high-temperature geothermal areas of the world, used these to produce simple models of their geothermal systems, and then explored their features in terms of the amount of potential power generation. For example, a potential of around 0.1 GW per reservoir over 30 years is expected in northeastern Japan if we consider supercritical reservoirs extending to a 5 km depth.
机译:已经提出,大量的地壳流体以超临界状态被困在日本东北山脉附近火山或破火山口下方的侵入性岩石中。如果我们能够提取和使用这些地壳流体,那么我们有望实现高水平的能源生产率。我们已经整理了世界上高温地热区域的现场数据,使用它们来生成其地热系统的简单模型,然后根据潜在发电量探索了它们的特征。例如,如果我们考虑超临界储层延伸到5 km的深度,那么在日本东北部,在30年内,每个储层的潜在潜力约为0.1 GW。

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