As a promising new energy source, natural gas hydrates (NGHs) have attracted wide
attention. The thermophysical properties of NGHs are of great significance to their …

Applications of clathrate hydrate require fast formation kinetics of it, which is the long-
standing technological bottleneck due to mass transfer and heat transfer limitations …

Modern production methods and environmental constraints demand chemical solutions. And
as oilfields age, the need for chemicals to ensure steady production increases. Production …

In‐situ synchrotron X‐ray computed microtomography with sub‐micrometer voxel size was
used to study the decomposition of gas hydrates in a sedimentary matrix. Xenon‐hydrate …

Methane hydrate equilibrium has been studied upon continuous heating of the water–
hydrate–gas system within the temperature range of 275–300K. This temperature range …

We present experimental structure-I clathrate hydrate (methane, carbon dioxide, and
methane− carbon dioxide) equilibrium and ice-melting data for mesoporous silica glass. In …

Carbon monoxide occurs in abundance throughout the cosmos, potentially in clathrate form,
whereas on Earth, it forms a notable constituent of industrial flue gases. It has been …

Tetrabutyl ammonium bromide (TBAB) forms a semi-clathrate hydrate, which can
incorporate small gas molecules such as methane and nitrogen. It has recently been used …

Semiclathrate hydrate dissociation conditions measured for the systems including CO2, N2,
CH4, or H2+ tetra-n-butylammonium bromide (TBAB) aqueous solution with a wide range of …

Gas hydrate is considered as an emerging technique for natural gas storage and CH 4
separation from natural gas, because assorted nano-sized cages of gas hydrate allow …