巴塞尔EGS项目微震管理系统案例研究

Sangdong Lee
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引用次数: 5

摘要

在本案例研究中,我考察了在瑞士巴塞尔进行的EGS地热项目(Deep Heat Mining Basel, DHMB)的微震安全管理系统。EGS地热发电项目为建立EGS地热储层,需要通过刺激诱发地震事件,必须通过建立微震安全管理系统来控制刺激压力和流量。管理并建立了DHMB项目的红绿灯系统和通信响应程序,通过连续监测,在改造期间逐级响应相应的微震事件强度。然而,该项目终止了,因为在完成注入增产后,地热储层中发生了比预期更大的地震活动。后分析结果表明,实时交通灯系统需要建立新的微震安全管理系统,以考虑注入后地震活动现象。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Case Study of Microseismic Management Systems for Basel EGS Project
In this case study, I examined the microseismic safety management system of Deep Heat Mining Basel (DHMB) as EGS Geothermal Project which was conducted in Basel, Switzerland. EGS Geothermal Power projects which require induced seismic event by stimulation for creation of EGS geothermal reservoir have to be controlled pressure and flow rate of stimulation by establishment of microseismic safety management system. Traffic light system and Communication response procedure of DHMB project to respond step by step corresponding microseismic event intensity through continuous monitoring during stimulation period have been managed and established in advance of stimulation. However, the project was discontinued because of an earthquake to occur larger than expected one due to postinjection seismicity occurring in the geothermal reservoir after completion of injection for stimulation. The result of post analysis, Real-time traffic light system was verified to need a establishment of new microseismic safe management system to be considered post-injection seismicity phenomenon.
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