UKGEOS: Glasgow Geothermal Energy Research Field Site (GGERFS): initial summary of the geological platform
UKGEOS: Glasgow Geothermal Energy Research Field Site (GGERFS): initial summary of the geological platform
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UKGEOS：格拉斯哥地热能研究现场（GGERFS）：地质平台的初步总结
DOI：
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发表时间：
2017
期刊：
影响因子：
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通讯作者：
I. Mosca
中科院分区：
文献类型：
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作者：
A. Monaghan;B. O. Dochartaigh;F. Fordyce;S. Loveless;D. Entwisle;M. Quinn;Kevin H. Smith;R. Ellen;S. Arkley;T. Kearsey;S. Campbell;M. Fellgett;I. Mosca
首选的第二个UKGEOS站点位于苏格兰格拉斯哥伦敦东区的克莱德盖特。这个项目的重点是格拉斯哥地热能研究现场（GGERFS），它是为了表征和监测地下的矿井水和热沉积含水层地热能，以及冷却和热储存。
本报告详细介绍了BGS在2016年底的数据和知识，以确定与地热研究设施规划和相关环境基线监测相关的“地质平台”的初步特征。该报告涵盖了基岩和表层沉积物地质学、废弃煤矿、水文地质学、地热数据集、地球化学、遥感数据、地震活动性、应力场、工程地质学和岩石性质数据集的知识。
英国地质调查局拥有大量遗留的钻孔、采矿和地球化学数据，并更新了该地区现有的基岩和表层矿床模型。然而，缺乏深井和地震数据，无法确定几百米以下区域的地质和结构。也缺乏基岩层的水文地质和温度数据。区域数据集和知识已经（并可以进一步）用于减少地质特征描述这些方面的不确定性和风险。
The preferred second UKGEOS site is at Clyde Gateway, in the east end of Glasgow, Scotland. The focus of this, the Glasgow Geothermal Energy Research Field Site (GGERFS), is on characterising and monitoring the subsurface for minewater and hot sedimentary aquifer geothermal energy, and for cooling and heat storage.
This report details BGS data and knowledge at late 2016, to define initial characterisation of the ‘geological platform’ relevant for the planning of a geothermal research facility and associated environmental baseline monitoring. The report covers knowledge of the bedrock and superficial deposits geology, abandoned coal mines, hydrogeology, geothermal datasets, geochemistry, remote sensed data, seismicity, stress fields, engineering geology and rock property datasets.
BGS holds a great deal of legacy borehole, mining and geochemistry data and has updated existing bedrock and superficial deposits models of the area. However, deep borehole and seismic data are lacking to define the geology and structure of the area below a few hundred metres. Hydrogeological and temperature data are also lacking for the bedrock strata. Regional datasets and knowledge have (and can be further) used to reduce uncertainty and risk in these aspects of the geological characterisation.