武汉西部蔡甸地区中深层地热资源主控因素研究
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长江大学

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联合基金重点项目U20A2092


Study on the main controlling factors of middle and deep geothermal resources in Caidian District, West Wuhan
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Yangtze University

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    摘要:

    武汉西部蔡甸地区拥有丰富的地热资源,其热源为地球内部传导热,主要热储层为古生界碳酸盐岩。鉴于武汉中心城区,各类地球物理勘查手段受限,地热勘查只有充分利用前期石油勘探和水文资料,根据前期江汉油田勘探成果,结合2021年4月成功钻探的索河1地热井,分析认为蔡甸地区储热储水构造主要为背斜构造, 导热导水通道则主要为断裂。蔡甸地区地热资源主控因素为断裂和古生界碳酸盐岩溶储层,且岩溶储层埋深适中,具备很好的地热资源开发前景。蔡甸地区有利地热资源勘查目标是与深大断裂相伴的各类背斜构造。

    Abstract:

    Caidian area in the west of Wuhan is rich in geothermal resources. Its heat source is mainly the heat conduction in the earth, and the main hot water reservoir is Paleozoic carbonate rock. In the central urban area of Wuhan, various geophysical exploration methods are limited, and geothermal exploration only uses early oil exploration and hydrological data. According to the early exploration results of Jianghan Oilfield, combined with the Suohe 1 geothermal well successfully drilled in April 2021, it is analyzed that the thermal and water storage structure in Caidian area is mainly anticlinal structure, and the thermal and water transmission channel is mainly fault. The main controlling factors of geothermal resources in Caidian area are faults and Paleozoic carbonate karst reservoirs, and the karst reservoirs are moderately buried, so there is a good prospect of geothermal resources development. The favorable exploration target of geothermal resources in Caidian area is various anticlinal structures associated with deep and large faults.

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  • 收稿日期:2023-03-28
  • 最后修改日期:2023-08-27
  • 录用日期:2023-06-08
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