As a new source of energy with great potential, natural gas hydrate (NGH) will play an
indispensable and important strategic role in the future because of its tremendous reserves …

Clathrate hydrate forms by a combination of water and gas/liquid organic molecules in
favorable conditions of relatively low temperature and high pressure. The compound gained …

Gas hydrates have been an intense area of research during the past two decadesowing to
their characteristic advantages and utilization potential in several applications. Methane …

Replacing methane (CH4) imprisoned in naturally occurring hydrates by pure or mixed
carbon dioxide (CO2) gas is an emergent technique to recover the clean fossil energy as …

Natural gas hydrates exist in large quantities in nature and represent a potential source of
energy, mostly in the form of methane gas. Knowledge about hydrate formation in clayey …

The global energy content of methane occurring in the gas hydrate form is immense.
Understanding the fundamental of hydrate phenomena is crucial in predicting its formation …

Clay minerals significantly alter the pore size distribution (PSD) of the gas hydrate‐bearing
sediments and sandstone reservoir rock by adding an intense amount of micropores to the …

Innovative gas hydrate-based applications and hydrate flow assurance problems of oil & gas
pipelines have enabled new opportunities to develop and deploy biocompatible or green …

CH 4 hydrates have recently been hailed as a promising new sustainable energy source.
The replacement of CO 2 within natural gas hydrates is a method that may be used for …

In this contribution, an optimal approach is developed to sequestrate pure/mixed CO 2 by
dislodging the hydrated natural gas, the cleanest fossil fuel, thereby catching two birds by …