Natural gas hydrate (NGH) is a source of energy that has attracted significant interest for the
secure and effective extraction of CH 4 gas from permafrost and marine regions. CH 4 gas …

The rising demand for natural gas (NG) and hydrogen, due to their lower carbon footprint
and role in storing surplus renewable energy, has highlighted the focus on developing …

Many researchers have investigated the potential of methane hydrate reservoirs (MHRs) for
carbon dioxide (CO2) sequestration and methane (CH4) production through the CO2–CH4 …

In this work, the explosion limits of three different natural gas mixtures (with various
proportions of methane (CH 4), ethane (C 2 H 6), and propane (C 3 H 8)) have been …

High toxicity and huge foaming are two severe challenges for gas storage strategies based
on promoting the gas hydrate formation using surfactants. The present study used castor oil …

Surfactants are considered the most influential promoters for accelerating the formation of
gas hydrates in gas storage applications. However, their promotion mechanism remains …

Rapid hydrate formation and high storage capacity are two key parameters in
commercializing hydrate-based solidified natural gas technology. Surfactants are known as …

CO 2 hydrate formation kinetics are relatively slow, hindering large-scale implementation for
carbon capture and storage. Amino acids have been widely investigated as green promoters …

Natural gas hydrate deposits in subsea sediments and permafrost have garnered significant
interest as an unconventional energy resource and could potentially help in a sustainable …

In this study, the guest exchange behavior in the sII (CH 4+ C 3 H 8) hydrate–(CO 2+ N 2)
replacement at various CO 2 concentrations was experimentally investigated to elucidate …