摘要
将全国CO2地质储存潜力与适宜性评价工作划分为5个阶段,依次为区域级预测潜力(E级)评价、盆地级推定潜力(D级)评价、目标区级控制潜力(C级)评价、场地级基础储存量(B级)评价和灌注级工程储存量(A级)评价阶段.第一阶段编制的成果图件主要为全国1∶500万CO2地质储存成果图系;第二、三阶段主要编制沉积盆地CO2地质储存成果图集;第四、五阶段主要编制CO2地质储存示范工程成果图册.提出中国CO2地质储存潜力与适宜性评价和编图是一项有步骤、分阶段逐步完成的工程,评价及编图方法有待通过潜力与适宜性评价和编图的实践不断完善.
CO2 geological storage potential and suitability assessment could be divided into five stages in China, which are regional predicted potential （E-class）, basin presumed potential （D-class）, target controlled potential （C-class）, location base potential （B-class） and perfusion project potential （A-class）. 1：5 000 000 maps will be compiled in the first stage, CO2 geological storage maps of sedimentary basins will be compiled in the second and third stages, and CO2 geological storage maps of demonstration project will be compiled in the fourth and fifth stages. Mapping of CO2 geological storage potential and suitability assessment should be done step by step, and the specific method can be improved continuously in the practice process.
出处
《冰川冻土》
CSCD
北大核心
2014年第1期144-151,共8页
Journal of Glaciology and Geocryology
基金
中国地质调查局项目(水[2010]矿评03-08-01
水[2010]矿评03-08-02
水[2010]矿评03-08-04)
中奥二氧化碳地点封存二期国际合作项目资助
关键词
CO2地质储存
潜力
适宜性
评价
编图
CO2 geological storage
potential
suitability
assessment
mapping
