CO 2 hydrate offers some substantial applications for Carbon Capture and Storage (CCS).
While CO 2 hydrate chemistry and CO 2 capture are reviewed in part 1 of this review, CO 2 …

Approximately 90% of gas hydrates are buried in fine-grained sediments, especially in the
South China Sea. The potential instability of fine-grained sediments induced by hydrate …

Methane hydrate‐bearing sediments with different amounts of fines content and at three
densities were artificially prepared under controlled temperature and pressure conditions …

Natural gas hydrate, which is called inflammable ice, has drawn global interest. Many
countries have carried out the trial production of natural gas from marine gas hydrate …

A series of triaxial compression tests were performed on the methane hydrate-bearing sands
formed with rounded glass beads and natural sands to examine their mechanical properties …

Pore–filling and fracture–filling hydrates are widely distributed in marine clayey silt
sediments. The filling characteristics of hydrates significantly affect the mechanical …

A significant increase in effective stress can be induced in hydrate-bearing reservoirs when
the depressurization method is applied. A series of drained triaxial shear tests were …

Understanding the mechanical behaviours of gas hydrate-bearing sediments (GHBS) is
important for their associated applications in wellbore stability, stratum deformation during …

Methane hydrates are ice‐like compounds made of gas methane and water. Hydrates are
stable under low‐temperature and high‐pressure conditions constraining their occurrence in …

Understanding the mechanical response of hydrate-bearing marine sediments (HBMSs)
prior to gas production enables engineers to forecast risks associated with large-scale …