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纸质出版:2021
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温室气体CO
2
地质封存是应对碳达峰和碳中和的重要手段
而枯竭气藏是埋存CO
优势显著的靶点。基于CO
在气藏中的不同存在形式
考虑溶解埋存和矿化埋存等机理
在气藏CO
理论埋存量计算方法的基础上
建立气藏CO
有效埋存量计算方法
可用于估算枯竭气藏CO
埋存潜力。建立低渗气藏机理模型
在开发后期进行CO
埋存
考虑CO
溶解于地层水及CO
与水和岩石发生矿化反应
对比计算结果与数模结果
超临界埋存量、溶解埋存量和矿化埋存量的误差分别为2.81 %、7.37 %和6.25 %
有效埋存量误差仅为3.06 %。
The geological sequestration of greenhouse gas
CO
is an important means to cope with carbon peaking and carbon neutralization. However
the depleted gas reservoirs are the significant targets for the storage of CO
. Due to the different forms of CO
in gas reservoirs
the effective CO
storage calculation method of gas reservoirs is established based on the theoretical CO
storage calculation method
which can be used to estimate the CO
storage potential of the depleted gas reservoirs. Meanwhile
the model of low permeability gas reservoir is established for the CO
storage in the later stage of the development. Considering the diss
olution of CO
in formation water and the mineralization reaction of CO
between water and rock
the error of supercritical buried stock
dissolved buried stock and mineralized buried stock is 2.81 %
7.37 % and 6.25 %
respectively
and the error of effective buried stock is only 3.06 % by comparing the calculated results with the numerical and analog results.
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