Gas hydrates dominated by methane naturally occur in deep marine sediment along continental margins. These compounds form in pore space between the seafloor and a sub-bottom depth where appropriate stability conditions prevail. However, the amount and distribution of gas hydrate within this zone, and free gas below, can vary significantly at different locations. To understand this variability, ...

gas hydrates are a costly problem when they plug oil and gas pipelines. the best way to determine the hft and pressure is to measure these conditions experimentally for every gas system. since this is not practical in terms of time and money, correlations are the other alternative tools. there are a small number of correlations for specific gravity method to predict the hydrate formation. as th...

Northeast Asian (NEA) region has been one of the biggest fossil fuel clients of the Gulf Cooperation Council (GCC). The emergence of unconventional hydrocarbons, such as shale (oil & gas), coalbed methane, methane hydrates, biogas, coal gasification, etc. will naturally have an effect on the ongoing bilateral trade relations between the two regions. The development of such fossil fuel alternati...

Gas hydrates are widespread all over the world. They feature high energy density and a clean source of great potential. The paper considers experimental theoretical studies on gas in following key areas: formation dissociation, extraction transportation technologies natural methane hydrates, ignition, combustion. We identified lack research more areas defined prospects further development as pr...

[1] The interaction among water molecules, guest gas molecules, salts, and mineral particles determines the nucleation and growth behavior of gas hydrates in natural sediments. Hydrate of tetrahydrofuran (THF) has long been used for laboratory studies of gas hydrate-bearing sediments to provide close control on hydrate concentrations and to overcome the long formation history of methane hydrate...