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Project risk control of underground engineering geological disaster in pumped-storage power station

Project risk control of underground engineering geological disaster in pumped-storage power station
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摘要 This paper introduced the construction of the pumped-storage power station (PSPS). In the excava- tion of underground power house, the principle of excavation in thin layer and support in time with real time monitoring are adopted. The excavation blasting parameters are adjusted timely. Through these, the excavation quality can be guaranteed, the surrounding rock can be prevented from being damaged and the deformation of power house side wall can be controlled. Five security defense lines have been adopted to solve anti-seepage and drainage in the major underground projects. This paper introduced the construction of the pumped-storage power station(PSPS). In the excavation of underground power house,the principle of excavation in thin layer and support in time with real time monitoring are adopted. The excavation blasting parameters are adjusted timely. Through these,the excavation quality can be guaranteed,the surrounding rock can be prevented from being damaged and the deformation of power house side wall can be controlled. Five security defense lines have been adopted to solve anti-seepage and drainage in the major underground projects.
作者 Luo Shaoji
出处 《Engineering Sciences》 EI 2014年第3期2-8,共7页 中国工程科学(英文版)
关键词 PSPS TUNNEL : PROJECT RISK CONTROL drainage CONTROL SYSTEM PSPS tunnel project risk control drainage control system
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