Gigascale carbon capture and sequestration (CCS) is increasingly seen as essential to
meeting the targets of the Paris Agreement. As an alternative to conventional CCS …

Gas hydrates have promising applications in gas separation, carbon capture, desalination
and gas storage. Although there exist several studies on modeling hydrate growth, analysis …

Capturing CO2 from power plant flue gas through hydrate formation is starting to be applied
on an industrial scale. Several methods have been developed, and a large number of …

Gas hydrates are solid crystalline compounds formed by water and gas molecules through
molecular interactions, typically at low temperatures and high pressures. While gas hydrates …

CO 2 hydrate offers some substantial applications for Carbon Capture and Storage (CCS).
While CO 2 hydrate chemistry and CO 2 capture are reviewed in part 1 of this review, CO 2 …

Global warming is one of the most pressing environmental concerns which correlates
strongly with anthropogenic CO 2 emissions so that the CO 2 decreasing strategies have …

Gas–liquid interphase mass transfer was investigated in a slurry bubble column under CO2
hydrate forming operating conditions. Modeling gas hydrate formation requires knowledge …

The utilization of clathrate hydrates as a highly promising technology for CO 2 capture and
separation is the focus of this review paper. We present an in-depth exploration of hydrate …

A thermodynamic model based on the Cubic-Plus-Association equation of state and the van
der Waals–Platteeuw hydrate model is applied to perform a thermodynamic evaluation of …

As a result of growing concerns about global warming, hydrate‐based processing is
becoming a promising technology for CO2 capture. This process captures CO2 by forming …