Adverse effects of excess greenhouse gases in the atmosphere emanating from fossil fuels
have prompted intense research on clean energy sources as replacements and carbon …

As a promising substitute for conventional fossil fuels with huge reserves, clayey-silt natural
gas hydrate has been proved to be widely distributed in the continental margins of the …

The key to realize the commercial production of natural gas hydrate (NGH) is to increase
theNGH productivity significantly in the scale of magnitude. Whether NGH production can be …

Gas hydrates are crystalline solids composed of water and gases. They occur abundantly in
nature and are potentially significant to industry. Solid surfaces and confined spaces …

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

The dissociation of methane hydrate in porous media is a heat flow coupling process. In this
paper, we established a heat flow coupling algorithm for hydrate dissociation. A core-scale …

Carbon dioxide capture and storage in subsurface geological formations is a potential
solution to limit anthropogenic CO 2 emissions and combat global warming. Depleted gas …

Horizontal well is preferred for marine natural gas hydrate (NGH) production, while a robust
completion method is required to control the associated sand production. In this paper …

Natural gas hydrates are typically deposited in low-permeability clayey-silty sediments with
low gas production. The two main methods for enhancing gas production are complex …

Gas hydrate is an ice‐like form of water and low molecular weight gas stable at
temperatures of roughly− 10° C to 25° C and pressures of~ 3 to 30 MPa in geologic systems …