Natural gas hydrates (NGHs), which extensively exist in sea-floor and permafrost regions,
are considered as an alternative energy in the future for the fossil fuels approaching …

Natural gas has been considered as the best transition fuel into the future carbon constraint
world. The ever-increasing demand for natural gas has prompted expanding research and …

The key to realize the commercial production of natural gas hydrate (NGH) is to increase
theNGH productivity significantly in the scale of magnitude. Whether NGH production can be …

There have been several field tests around the world to recover natural gas from gas hydrate
reservoirs, yet they mostly suffer from the low productivity, sand problems and poor …

To investigate the gas production from methane hydrate-bearing sediments, the gas
production processes from methane hydrate in porous media using depressurization, two …

The combination of hydraulic fracturing and depressurization method has been proposed to
enhance gas production efficiency from methane hydrate (MH) reservoirs. To evaluate the …

Natural gas hydrate (NGH) is an unconventional energy source with high energy density,
huge reserves and worldwide distribution. Sand-dominated hydrate-bearing sediments …

A huge amount of natural gas hydrates remains untapped in permafrost and continental
margin. While several short term field production tests have been carried out, the underlying …

Natural gas hydrate is a potential source of methane which needs to be extracted from under
the sea bed. For the economic recovery of methane from natural gas hydrates, production …

Natural gas hydrates have garnered worldwide attention as an important potential non-
conventional fossil fuel resource. When extracting natural gas from gas hydrate deposits via …