Accurate acquisition of fluid flow patterns is crucial for economic exploitation and production
prediction of hydrate-bearing sediments (HBSs). In this study, the clayey-silt marine …

Accurate acquisition of permeability change in hydrate-bearing sediments (HBSs) is the key
to predicting reservoirs' multiphase fluids distribution and production capacity. Hydrate …

Permeability is a key physical parameter of hydrate-bearing sediments (HBS), which is an
important basis for evaluating reservoirs and developing exploitation plans. However, few …

As a key exploitative parameter, permeability affects the extraction efficiency and program
for natural gas hydrate (NGH). However, few studies have considered the effect of dynamic …

Hydrate reservoirs with underlying gas are generally accepted as the most promising energy
resource for commercial exploitation. The underlying gas is an important part of the energy …

The water effective permeability (kw) of the methane hydrate-bearing sediments is a key
parameter in the investigation of natural gas exploitation, and it is closely related to hydrate …

Permeability is a crucial parameter determining methane gas recovery. Hydrate reformation
has a significant impact on reservoir permeability during methane hydrate (MH) exploitation …

Marine methane hydrate is considered to be one of the future energy sources with the most
potential due to its tremendous reserves. Permeability is a key parameter affecting the …

Methane solubility in water is the foundation to make full sense of the mechanism of hydrate
formation and dissociation. It is significant for realizing the safe and efficient exploitation of …

The efficiency and safety of natural gas hydrate exploitation is significantly affected by the
occurrence and distribution of hydrate and the seepage behaviors of gas and water in …