Most marine hydrates deposit in low permeable argillaceous sediments. However, the gas
production rate of current field trials for hydrate reservoir is lower than the commercial …

Logging-while-drilling (LWD) sonic data are critical for marine gas hydrate reservoir
evaluation and production prediction. However, acquiring complete acoustic logs …

Abstract Knowledge on the kinetics of gas hydrate dissociation in clay pores at static and
dynamic fluid conditions is a fundamental scientific issue for improving gas production …

The coexistent system of natural gas hydrate and shallow gas (NGH-SG) enhances stability
compared to single resource reservoirs, rendering it a promising target for co-production and …

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 …

Multilateral well is a promising solution to increase natural gas hydrate (NGH) production. To
simplify the production prediction of multilateral wells in NGH, this paper proposes a …

Due to the importance of the main controlling factors for oil and gas field development,
numerical simulation methods, physical experimental methods and other methods have …

Spiral multilateral well networks are expected to enhance the production efficiency of muddy
hydrate reservoirs substantially. However, the optimal well-network parameters and …

Low productivity is the key to restrict the commercial development of hydrates. Due to the
advantage of integration, the multi-well pattern is a promising way to obtain high gas …

Accurate geological model of hydrate reservoir is the prerequisite of obtaining the credible
prediction results. Not only stress sensitivity and anisotropy of permeability but also non …