Natural gas hydrate (NGH) is widely accepted as one of the promising sustainable energy
resources, whereas the potential geo-engineering risks have become one of the major …

The safe and efficient production of methane hydrate (MH) has attracted much attention, and
the engineering geological risks in MH production are highly valued. Safety evaluation of the …

Commercial exploitation of marine natural gas hydrate (NGH) is crucial for energy
decarbonization. However, hydrate production would weaken reservoir mechanical …

Natural gas hydrate is a new energy source with huge reserves, and the carbon content of
hydrates is twice the carbon content of all proven fossil fuels combined, but the natural gas …

Natural gas hydrate sediments are considered as an unconventional source of energy found
in deep sea reservoirs and permafrost regions under specific equilibrium conditions. To …

Marine natural gas hydrate is widely accepted as a promising substitute energy resource,
whereas geotechnical responses of hydrate-bearing sediments (HBS) are crucial for the …

Safe and efficient hydrate production relies on an in-depth understanding of the
geotechnical characteristics of hydrate reservoirs. However, the role of the fundamental soil …

The one of the factors limiting production of gas-water is affected by sediments' permeability.
Evaluating the normalized permeability (K n) of sediments containing hydrates is necessary …

Temperature and pore pressure have a significant impact on the mechanical behavior of
methane hydrate-bearing soil (MHBS). To characterize the mechanical responses of MHBS …

Offshore engineering geological activities can lead to creep behavior in hydrate reservoirs,
which, in turn, leads to reservoir subsidence, seriously affecting the safety of offshore …