Geological structure controls CO<sub>2 </sub>hydrate sequestration in seafloor sediments: A numerical study of anticline, syncline, and inclined reservoirs

Shu-xia Li; Zhong-xue Song; Yang Guo; Gao-wei Hu; Lu Liu; Hao Sun; Ben-kui Lou; Jun-hao Liu; Zhen-hao Ren

doi:10.31035/cg2025193

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Li Shu-xia, Song Zhong-xue, Guo Yang, Hu Gao-wei, Liu Lu, Sun Hao, Lou Ben-kui, Liu Jun-hao, Ren Zhen-hao. 2026. Geological structure controls CO2 hydrate sequestration in seafloor sediments: A numerical study of anticline, syncline, and inclined reservoirs. China Geology. doi: 10.31035/cg2025193.

Citation: Li Shu-xia, Song Zhong-xue, Guo Yang, Hu Gao-wei, Liu Lu, Sun Hao, Lou Ben-kui, Liu Jun-hao, Ren Zhen-hao. 2026. Geological structure controls CO2 hydrate sequestration in seafloor sediments: A numerical study of anticline, syncline, and inclined reservoirs. China Geology. doi: 10.31035/cg2025193.

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Geological structure controls CO₂hydrate sequestration in seafloor sediments: A numerical study of anticline, syncline, and inclined reservoirs

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Geological structure controls CO2 hydrate sequestration in seafloor sediments: A numerical study of anticline, syncline, and inclined reservoirs

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Geological structure controls CO₂hydrate sequestration in seafloor sediments: A numerical study of anticline, syncline, and inclined reservoirs