辽宁省地热响应变化特征分析

IF 1.7 4区 地球科学 Q3 WATER RESOURCES
Wei Zhu, W. Tang, Qiang Liu, Meiqiu Zhang
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引用次数: 0

摘要

:由于能源短缺和环保意识的提高,浅层地下空间的资源得到了迅速的开发和利用。因此,研究片麻岩地热响应的变化特征,对于有效、合理地利用地下热量是必要的。本文在辽宁省浅层地热能开发区水文地质调查项目的片麻岩热响应现场试验的基础上,对辽宁省主要片麻岩的热响应特征进行了数理统计分析。根据现场测试,初始地层温度在10.80℃至15.80℃之间。统计结果表明,在天然含水量条件下,第四系松散岩石的平均导热系数为粘土<粉土<粉细砂<中砂<粗砂<砾砂。该顺序与实验室获得的片麻岩的导热特性一致。不同地层的地层温度恢复规律为:花岗岩>中砂>粘土。该顺序与相应岩性的温度恢复曲线斜率的绝对值相反,表明温度恢复率越高的地层,温度恢复曲线的斜率越低。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis on variation characteristics of geothermal response in Liaoning Province
: Due to energy shortage and increasing environmental awareness, resources in shallow underground space have been rapidly exploited and utilized. So that studying variation characteristics of geothermal response in gneiss is necessary for effective and rational use of underground heat. Based on field test of thermal response in gneiss under hydrogeological survey project carried out in shallow geothermal energy development zone in Liaoning Province, this thesis analyzes mathematical statistics of geothermal response characteristics in main gneiss of Laoning Province. The initial formation temperature ranges from 10.80 ℃ to 15.80 ℃ according to field test. The statistical results show that in the condition of natural water content, the average thermal conductivity of Quaternary loose rocks comes as clay< silty< silty fine sand< medium sand< coarse sand< gravelly sand. This order is consistent with thermal conductivity characteristics of gneiss obtained in the laboratory. Formation temperature recovery in different strata follows as granite> medium sand> clay. This order is opposite to the absolute value of temperature recovery curve slope of corresponding lithology, which shows that the stratum with higher temperature recovery rate has lower temperature recovery curve slope.
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来源期刊
CiteScore
2.80
自引率
9.10%
发文量
308
期刊介绍: It publishes original, innovative, and integrative research in groundwater science and engineering with a focus on hydrogeology, environmental geology, groundwater resources, agriculture and groundwater, groundwater resources and ecology, groundwater and geologic environment, groundwater circulation, groundwater pollution, groundwater exploitation and utilization, hydrogeological standards and methods, groundwater information science, climate change and groundwater. The Editorial Board is composed of more than sixty world-renowned experts and scholars, 47% of whom are foreign scientists. Up to now, the foreign authors contributed papers are from USA, Japan, Canada, Australia, Russia, Mongolia, Thailand and Vietnam.
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