Natural gas hydrate (NGH) is widely distributed worldwide with great reserves and is
generally accepted as a promising alternative energy source. However, sustainable …

Gas hydrates that occur in offshore sediments and onshore permafrost represent a vast
source of natural gas. However, current gas production trials indicate that sand production …

The world's modernistic energy mix necessitates a clean and low carbon energy fuel. In this
regard, the hydrocarbon sector is recognizing the ultimate potential of natural gas hydrates …

As one of the geotechnical risks, sanding has been one of the main constraints for safely
and sustainably developing marine natural gas hydrate. In this study, a cylindrical vessel …

Hydrate-bearing sediments are a potential source of energy. Depressurization is the
preferred production method in mechanically stable and highly permeable sandy reservoirs …

Sand production greatly influences reservoir stability and safety during gas hydrate
exploitation in hydrate-bearing sediments (HBS). Gravel packing is an effective method for …

Recently, in order to perform the gas production test from methane hydrate reservoir in
laboratory, the size of the experimental simulator is developing towards a larger scale. The …

We investigate the effect of pH on external hematite colloidal particles entrapment and
remobilization by core-flood experiments combined with X ray computed tomography …

Natural gas hydrate (NGH) will become a significant potential energy source in the post-oil
era due to its large reserves, wide distribution, high energy density, and low pollution. Sand …

It is challenging to separate water from gas phases in computed tomography images of three-
phase granular materials because water and most gases have close attenuation coefficients …