摘要
地下灌注技术为我国工业废水的排放开辟了一条新的路径,大大缓解了地表环境压力。地下灌注技术对地质条件要求较高,在实施之前需要进行严格的地质环境条件调查,以确保地下灌注安全有效。该文以鲁西北地区为研究区域,深入分析了区域地质条件,选定了灌注地址,建立了地下储存空间概念模型,确定了储存空间,并对研究区域地质环境影响进行了分析,为鲁西北地区工业废液地下储存提供了科学依据。
Underground pouring technology has opened up a new path for the discharge of industrial waste water in China,which greatly relieved the pressure of the surface environment. In order to ensure the safety and effectiveness of the underground perfusion,the underground perfusion technique requires a high requirement for geological conditions. In this paper,the regional geological conditions have been analyzed,the conceptual model of underground storage space has been established,and the storage space has been determined established. The effects of regional geological environment have been analyzed as well. It will provide scientific references for underground storage in northwest area of Shandong province
出处
《山东国土资源》
2016年第2期55-59,共5页
Shandong Land and Resources
关键词
工业废液
地下灌注
地质条件
储存空间
鲁西北
Industrial waste liquid
underground perfusion
geological conditions
storage space
geological environment
northwest area of Shandong province
