The separation of CO2 from fuel gas (CO2/H2) as hydrates was studied. In this investigation,
the effects and mechanism thereof of the additive mixture (1, 2, 3, and 4 mol …

Hydrate-based H 2 purification, taking advantage of the different phase-equilibrium
characteristics exhibited by H 2 and impurity gases, presents a potential technological …

Ionic clathrate hydrates are promising materials for hydrate-based CO2 capture due to their
mild forming conditions. In this work, hydrate crystallizations from different TBAB solutions …

The concentration of gas has been confirmed as a key factor dominating hydrate nucleation.
In this study, CO2 hydrates were formed in pure water and a sodium dodecyl sulphate (SDS) …

To fully understand the influence of kinetic inhibitor, poly-N-vinylcaprolactam (PVCap), on
methane hydrate formation, gas uptake measurement (macroscopic point of view) and in situ …

The increasing risk of gas hydrates in flow assurance, and its recent advances in the
potential application of desalination, gas separation, transportation, and storage, demand …

In this communication, we report a thermodynamic model for predicting pressure–
temperature phase diagrams of binary clathrate hydrates of methane, carbon dioxide or …

Hydrogen, methane, and carbon dioxide are co-existence in many cases such as vent gas
from the steam reforming of hydrocarbons. For the purpose of H 2 recovery and/or CO 2 …

To determine the appropriate operating conditions for separating methane (CH4) from
drainage coal-bed methane (CBM) mixed with air, a hydrate-based methane separation …

An absorption–hydration hybrid method was employed for separating C2 components
(C2H4+ C2H6) from low-boiling gas mixtures such as refinery dry gas using water-in-diesel …