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松辽盆地咸含水层埋存CO2储存容量初步估算
引用本文:巫润建,李国敏,黎明,许志刚,曾荣树.松辽盆地咸含水层埋存CO2储存容量初步估算[J].工程地质学报(英文版),2009,17(1):100-104.
作者姓名:巫润建  李国敏  黎明  许志刚  曾荣树
作者单位:中国科学院地质与地球物理研究所 北京 100029
基金项目:国家重点基础研究发展规划(973计划) 
摘    要:沉积盆地深部存在体积巨大的咸含水层,是很好的埋存CO2的地质储体。可靠合理的估计CO2储存容量是选择场址的重要前提。目前国际上较为通用的评价CO2储存容量是金字塔评价方法。松辽盆地咸含水层岩性以白垩系的嫩江组砂岩和青山口组砂岩为主,空隙发育较好,盖层连续完整且封闭良好,决定了其可以作为储存CO2的地质储体。以松辽盆地为实例,估算了咸含水层CO2理论储存容量大约为6916Gt。

关 键 词:二氧化碳地下埋存  沉积盆地  咸含水层  储存容量

ESTIMATION OF CO2 STORAGE CAPACITY IN DEEP SALINE AQUIFER IN SONGLIAO SEDIMENTARY BASIN
WU Runjian,LI Guomin,LI Ming,XU Zhigang,ZENG Rongshu.ESTIMATION OF CO2 STORAGE CAPACITY IN DEEP SALINE AQUIFER IN SONGLIAO SEDIMENTARY BASIN[J].Journal of Engineering Geology,2009,17(1):100-104.
Authors:WU Runjian  LI Guomin  LI Ming  XU Zhigang  ZENG Rongshu
Abstract:The huge deep saline aquifer buried in Songliao sedimentary basin is a one of good geological media for CO2 geological storage. Reliable and reasonable estimation of CO2 storage capacity is an important factor for site selection and development. The universal pyramid method is introduced to assess the CO2 storage capacity for the sedimentary basin. The deep saline aquifer of Songliao basin is mainly made up of Cretaceous Nenjiang Group sandstone and Qingshankou Group sandstone. The saline aquifer has well developed porosity and the continuous sealing trap is overlying it. All of these determine that it can be used to CO2 storage. The pyramid method is applied to the deep saline aquifer of Songliao basin and the effective storage capacity of CO2 is about 6916Gt.
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