Natural gas is the cleanest burning fossil fuel and has been identified as a strong candidate
for energy resource compared to oil and coal. Natural gas hydrate is an energy resource for …

Due to the consumption of fossil fuels, an alternative energy source is necessary for the
world's continuous development. Methane hydrates, a vast energy resource that exists in …

Hydrate research has expanded substantially over the past decade, resulting in more than
4,000 hydrate-related publications. Collating this vast amount of information into one source …

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 …

A middle-scale reactor equipped with 16 thermocouples was used to investigate the
formation and dissociation of methane hydrate in sediment in three dimensions. A method …

Hydrate films typically form at gas− water interfaces where the concentrations of guest and
host molecules are the highest. Once formed, the films provide a significant mass transfer …

Fundamental understanding of pore‐scale methane hydrate dissociation in porous media is
important to evaluate submarine slope stability and potential utilization of methane …

“Self-preservation” is a kinetic anomaly that allows for storing a substantial amount of gas
locked in gas hydrate far outside its thermodynamic stability field for a period of days, weeks …

Hydrate reservoirs have steadily emerged as an important contributor in energy storage. To
better understand the role of hydrates in gas production, it is vital to know the challenges …

In this study, we used time-resolved, energy-dispersive X-ray diffraction to study the
dissociation of methane hydrate of various particle sizes into hexagonal ice and methane …