Natural gas hydrate (NGH) is an unconventional energy source with high energy density,
huge reserves and worldwide distribution. Sand-dominated hydrate-bearing sediments …

The dynamics of fine particle entrainment, transport, and deposition within pore systems,
and in particular, the capacity for mobile fines to impair permeability within porous media is …

Natural gas hydrates are widely distributed in silty marine sediments containing fine
particles less than 75 μm in size. The effects of WC (water content) on the behavior of fine …

The depressurization method for natural gas hydrate exploitation encounters the difficulties
of low productivity and sand production. Enhancing hydrate production efficiency and …

Particle migration with liquid flow is a fundamental problem during the highly efficient
development of oil and gas. In this study, the aggregation and growth behaviors of fluid-flow …

Evolution from fines migration to deposition and clogging is critical for many geotechnical
and environmental engineering practices. In this study, the coupling of computational fluid …

To facilitate the recovery of natural gas hydrate (NGH) deposits in the South China Sea, we
have designed and developed the world's largest publicly reported experimental simulator …

Fines migration driven by fluid flows often causes pore clogging in porous media and thus
reduces the permeability of the porous media. The clogging can pose serious problems in …

Gas from natural gas hydrate (NGH) is priced competitively with gas prices. Most marine
NGH is stored in low cementing strata, which easily cause sand production problems …

To further understand the characteristics of clay and sand production (hereafter collectively
referred to as sand production) and to provide optimization designs of sand control schemes …