The permeability characteristic of hydrate-bearing sediments (HBSs) is an essential factor
for assessing the exploiting potential of target area. The two trial tests in the South China …

Natural gas hydrate is a promising energy resource for the future. However, due to the
shallow burial and low-degree of consolidation, hydrate-bearing sediment (HBS) is prone to …

Natural gas hydrate (NGH) is a promising energy for the future since the huge-reserve and
clean-burning. Currently, countries such as China, Japan, Canada, and the United States …

Natural gas is crucial for the global energy transition to low-carbon and clean energy
utilization. Natural gas hydrate, rich in high energy–density natural gas, has excellent …

Scaled-up production from natural gas hydrates is still facing the significant issues of limited
gas yield and unsustainable hydrate dissociation. In this work, the deep gas with huge …

Low gas production rates and insufficient gas yield hinder the large-scale production from
natural gas hydrates; a joint production of gas hydrate and its underlying shallow gas is …

The coproduction of natural gas hydrate (NGH) and shallow gas (SG) represents a
promising pathway toward the commercialization of marine hydrate resources. However …

Natural gas hydrates (NGHs) have attracted considerable attention due to their abundant
reserves, widespread distribution, and high energy density. Successful commercial …

Natural gas hydrate is widely recognized as a promising energy source, with
depressurization emerging as the preferred method due to its simplicity and cost …

During the initial phase of the depressurization exploitation process of natural gas hydrate,
the reduction of pore pressure will cause effective stress concentration and consolidation …