Discussion on establishing monitoring networks for temperature fields of shallow thermal energy in Shandong, China
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摘要
In the recent decade, the construction projects related to shallow geothermal energy engineering have undergone rapid development in Shandong Province. The predominant type of these developments and applications was heat exchange through buried tubes and the main targets were residential and office buildings. However, an overwhelming majority of the completed geothermal heat pump projects lacked monitoring devices so that they were unable to comprehensively reflect the background values for the geothermal fields within the province and few researches were conducted on their influence on the geological environment. In this paper, locations for monitoring shallow geothermal energy and their validity of the monitoring point deployment were studied in view of the development and application status as well as geological background conditions of various projects located in multiple cities providing data support for analyzing the fluctuation trend and influence of large-scale shallow geothermal energy applications on the shallow geothermal and the feasibility and parameter designs of newly built systems in Shandong Province in the future.
In the recent decade, the construction projects related to shallow geothermal energy engineering have undergone rapid development in Shandong Province. The predominant type of these developments and applications was heat exchange through buried tubes and the main targets were residential and office buildings. However, an overwhelming majority of the completed geothermal heat pump projects lacked monitoring devices so that they were unable to comprehensively reflect the background values for the geothermal fields within the province and few researches were conducted on their influence on the geological environment. In this paper, locations for monitoring shallow geothermal energy and their validity of the monitoring point deployment were studied in view of the development and application status as well as geological background conditions of various projects located in multiple cities providing data support for analyzing the fluctuation trend and influence of large-scale shallow geothermal energy applications on the shallow geothermal and the feasibility and parameter designs of newly built systems in Shandong Province in the future.
In the recent decade, the construction projects related to shallow geothermal energy engineering have undergone rapid development in Shandong Province. The predominant type of these developments and applications was heat exchange through buried tubes and the main targets were residential and office buildings. However, an overwhelming majority of the completed geothermal heat pump projects lacked monitoring devices so that they were unable to comprehensively reflect the background values for the geothermal fields within the province and few researches were conducted on their influence on the geological environment. In this paper, locations for monitoring shallow geothermal energy and their validity of the monitoring point deployment were studied in view of the development and application status as well as geological background conditions of various projects located in multiple cities providing data support for analyzing the fluctuation trend and influence of large-scale shallow geothermal energy applications on the shallow geothermal and the feasibility and parameter designs of newly built systems in Shandong Province in the future.
引文
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JIA Zi-long.2017.Summary of temperature monitoring equipment for shallow geothermal field.Urban Geology,12:91-93.
PENG Qing-yuan,TAO Jia-xiang,et al.2016.Demonstration project of shallow geothermal monitoring system in Chongqing.Chongqing:Nanjiang Hydrogeological Engineering Geological Team of Chongqing Geological and Mineral Exploration and Development Bureau.
WANG Wan-zhong.2013.Characteristic analysis of shallow ground temperature variation in Shanghai area.Land and Resources of Shanghai,34:77.
WEI Wan-shun,LI Ning-bo,et al.2015.Beijing shallow geothermal geological environment comprehensive testing system and application research.Beijing:Beijing Huaqing Ronghao New Energy Development Limited Liability Company.
YAN Yan,WANG Xu,et al.2014.Some problems and countermeasures for the development and utilization of shallow geothermal energy in China.Western Resources,06:202-203.
ZHANG Fang-fang,et al.2018.Special topic on performance optimization of backfilling and temperature sensing probe for monitoring holes.Second Exploration Team of Shandong Coalfield Geological Bureau,50.
JIA Zi-long.2017.Summary of temperature monitoring equipment for shallow geothermal field.Urban Geology,12:91-93.
PENG Qing-yuan,TAO Jia-xiang,et al.2016.Demonstration project of shallow geothermal monitoring system in Chongqing.Chongqing:Nanjiang Hydrogeological Engineering Geological Team of Chongqing Geological and Mineral Exploration and Development Bureau.
WANG Wan-zhong.2013.Characteristic analysis of shallow ground temperature variation in Shanghai area.Land and Resources of Shanghai,34:77.
WEI Wan-shun,LI Ning-bo,et al.2015.Beijing shallow geothermal geological environment comprehensive testing system and application research.Beijing:Beijing Huaqing Ronghao New Energy Development Limited Liability Company.
YAN Yan,WANG Xu,et al.2014.Some problems and countermeasures for the development and utilization of shallow geothermal energy in China.Western Resources,06:202-203.
ZHANG Fang-fang,et al.2018.Special topic on performance optimization of backfilling and temperature sensing probe for monitoring holes.Second Exploration Team of Shandong Coalfield Geological Bureau,50.