Low gas production efficiency and high cost significantly impede the commercial viability of
exploiting marine gas hydrate. To address this, we propose joint production of hydrate and …

Safe, efficient, and economical gas recovery from hydrate-bearing sediments (HBS) is a
severe issue that determines if natural gas hydrate (NGH), as an alternative energy in the …

In most of gas hydrates reservoirs, the low permeability of sediments limits the commercial
production of gas hydrates. Hydraulic fracturing is an efficient way to improve the …

The natural gas hydrate reservoir is known for its low permeability, leading to a suboptimal
gas production rate, thus impeding its commercial viability. While reservoirs with high …

Hydraulic fracturing is generally considered a promising stimulation technology for low-
permeability gas hydrate reservoirs. Nevertheless, the fracturing behavior of multilayered …

Natural gas hydrate represents an environmentally friendly alternative energy. However, the
low-permeability hydrate reservoirs pose significant challenges to commercial production …

Natural gas hydrate (GH) is a significant potential energy source due to its large reserves,
wide distribution, high energy density, and low pollution. However, the gas production rate of …

The objective of this study is to examine methods for improving the recovery rate in low-
permeability fractured tight oil reservoirs during the special high-water stage. Three oil …