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 …

Abstract Evaluation of interactions among multiple physical fields in natural gas hydrate
reservoirs is the basis for risk management during drilling fluid invasion. However, variations …

The safe and efficient production of marine natural gas hydrates faces the challenges of
seabed geological risk issues. Geological risk issues can be categorized from weak to …

The safe and efficient development of natural gas hydrate requires a deep understanding of
the deformation behaviors of reservoirs. In this study, a series of triaxial shearing tests are …

Gas hydrates have a wide implementation in the capture, storage, transport and utilisation of
a range of gases, in which the dissociation kinetics is of great importance to gas transport …

Multi-well technology is an alternative method to achieve commercialization development of
the gas hydrate, which further requires proper production strategies. However, its stimulation …

As a promising energy source, natural gas hydrate production has ignited scientific research
in multidisciplinary fields globally, generating a vast amount of literature. A review in …

Natural gas hydrate (NGH) has attracted considerable global attention as a promising
energy resource in recent years. To acquire valuable insights into regarding the interplay …

The depressurization method is considered to be one of the most promising gas hydrate
extraction methods. With the use of a gas hydrate decomposition simulation test system, four …

In the marine high-pressure low-temperature environment, it is difficult to regulate the low-
temperature rheology of the drilling fluid, and the spilled natural gas is easy to generate …