Natural gas hydrate is one of the most potential carbon energy resources because of its
tremendous reserves. Gas and water permeability of natural gas hydrate-bearing sediments …

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 …

Depressurization is considered as the most promising technique for hydrate exploitation, as
it achieves the highest energy profit ratio and is the most technologically feasible. However …

Knowledge of the mechanical properties of gas‐hydrate‐bearing sediments is essential for
simulating the geomechanical response to gas extraction from a gas‐hydrate reservoir. In …

Maintaining wellbore stability is the basis and prerequisite for efficient methane production
from offshore gas hydrates. Nevertheless, owing to the invasion and disturbance by drilling …

The study of mechanical properties of marine sediments is essential for the prediction of the
occurrence of geohazards (eg, subsea landslides and seafloor subsidence) and the design …

Multi-phase (gas, saturated water, and unsaturated water) seepage is bound to exist in
natural gas hydrates (NGHs) production process. The effect of water flow, especially for …

Natural gas hydrate is a potential source of methane which needs to be extracted from under
the sea bed. For the economic recovery of methane from natural gas hydrates, production …

Methane hydrate‐bearing sediments with different amounts of fines content and at three
densities were artificially prepared under controlled temperature and pressure conditions …

The gas production behavior from methane hydrate in the sediment by depressurization was
investigated in a novel pilot-scale hydrate simulator (PHS), a three-dimensional pressure …