The contemporary global crises concerning clean energy, carbon emission, and water
shortage necessitate the creation of innovative materials that can tackle these pressing …

Natural gas hydrate (NGH) has recently received more attention as a cleaner alternative
energy source that not only reduces carbon emissions caused by the use of conventional …

Hydrogen storage in clathrate hydrate is considered to be a potential technology with high
energy density. However, the problems of low gas storage capacity and slow hydrate …

Abstract Solidified Natural Gas (SNG) technology offers an attractive option for compact and
safe, large-scale natural gas storage. Gas storage technologies are gaining traction due to …

This work investigated the thermodynamics and kinetics of methane hydrate formation in the
presence of cetyltrimethylammonium bromide (CTAB) solutions at both micro and macro …

Most gas hydrates on the earth are in sediments and permafrost areas, and porous media
are often used industrially as additives to improve gas hydrate formation. For further …

It is anticipated to achieve safe, economical, and high-density hydrogen storage via hydrate,
but sluggish formation kinetics of H 2 hydrate and low hydrogen storage capacity limit its …

Although activated carbon (AC) can significantly enhance hydrate nucleation kinetics due to
abundant specific surface area and pore texture, the promotion drastically degenerates …

The hydrate-based solidified natural gas (SNG) technology is a promising approach for
natural gas storage and transportation. One challenge of this technology is to enhance the …

Achieving rapid and high gas storage is the primary goal of solidified natural gas storage
(SNG) using hydrate. In this study, the formation and decomposition process of hydrate were …