Gas hydrates are viewed as a potential process enabler for several critical technological
applications such as methane storage, hydrogen storage, gas separation, desalination …

Recent research on the role of nanomaterials in gas hydrate science and a few review
papers have highlighted the positive synergies between gas hydrates and metal–organic …

Continuous consumption of non-renewable energy and global warming brought by the
emission of greenhouse gas induce great threats to sustainable development of humans …

Gas hydrates have been the nucleus of research from a sustainable engineering standpoint,
considering their unique applications in a broad spectrum of scientific contexts. One such …

Regarding shale gas production by CO2 flooding, few existing reports explain the
performance of free CH4 and free CO2 in shale reservoirs controlled by anisotropic in situ …

Reducing CO2 emissions has drawn more attention because of concerns about climate
change. With the exploitation of natural gas hydrate reservoirs, depleted hydrate reservoirs …

Commercial exploitation of hydrogen-rich natural gas (CH 4/C 2 H 6/H 2, HRNG) requires
the development of a technology platform for safe and economical gas transportation and …

We report a quantitative study of the effect of low-concentration methanol (MeOH) on the
formation and dissociation of hydrates based on CH4 and CO2/N2 guest molecules. The …

Gas hydrate formation is regarded as the emerging technology to mitigate the effect of
greenhouse gases. Now a day, the alarming situation of increased CO 2 concentration of …

CH 4–CO 2 swapping is a promising and safe technique to produce CH 4 gas and store CO
2 without destabilizing hydrate-bearing sediments. However, inefficient CH 4 recovery due …