Gas hydrate formation is one of the most serious challenges for flow assurance in oil and
gas transportation pipelines as it causes severe safety, environmental, and economic …

The depletion of fossil energy sources is causing natural gas (NG) to become the dominant
energy source in the future. While hydrate-based NG storage technology is expected to …

Although anionic surfactants are considered the most efficient kinetic gas hydrate promoters
for gas storage applications, gas recovery and reuse of surfactants are difficult due to high …

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 …

The reason for the lack of permeability in gas hydrate bearing sediments is due to the
assumption of hydrates in porous spaces of these sediments, inevitably blocking transfer …

Hydrate-based technologies for CO2 capture and storage or utilization (CCSU) have been
perceived as a novel and effective option to arrest increasing concentrations of CO2 in the …

Hydrate technology could provide a novel approach to deliver convenient CO 2-rich natural
gas. The identification of a suitable and environmental-friendly promoter for enhancing CO …

The development of efficient, non-foaming promoters is essential for advancing the industrial
applications of solidified gas hydrates in carbon capture, natural gas storage, and …

Methane (CH 4) hydrates exist on the seabed globally. This study explores the novel
concept of methane recovery by CO 2 exchange into CH 4 hydrate through depressurization …

Energy & Fuels established the annual recognition of Pioneers in Energy Research (PIERs)
in 2021 to honor highly influential scientists who have made significant fundamental …