Seepage-type gas hydrate accumulation in subsea shallow formations involves complicated thermo-hydro-solid coupling processes and matching problem between various accumulation elements. The formation physical properties control local natural gas migration pathway and thus the final reservoir characteristics of hydrates. In this paper, a novel mixed-flux model for gas hydrate accumulation is established and then used to simulate the process of methane gas migration into the shallow stratum to form a hydrate reservoir. The effects of reservoir heterogeneity and gas source conditions on the distribution of pore fluid and hydrate accumulation are examined. The simulation results show that reservoir heterogeneity is conducive to the retention an...
Gas hydrates are likely to become an important strategic resource with commercial development prospe...
Gas hydrates are crystalline compounds made of gas and water molecules. Methane hydrates are found i...
Large amounts of natural gas hydrates have been found in sub-oceanic deposits and beneath permafrost...
The accumulation and distribution features of gas hydrates are the significant issues affecting the ...
Classification on natural gas hydrate deposits is summarized in this paper, and a dynamic theory of ...
Increasing the efficiency of natural gas storage in geological formations is possible by transferrin...
AbstractThe recovery of methane from gas hydrate layers that have been detected in several subsea se...
The recovery of methane from gas hydrate layers that have been detected in several subsea sediments ...
Despite the ubiquity of methane hydrate in the pore space of shallow marine sediments worldwide, the...
Generalized numerical models for simulating gas hydrate and free gas accumulation in marine sediment...
Gas hydrates are ice-like crystalline solids composed of a hydrogen bonded water lattice entrapping ...
It is a typical multiphase flow process for hydrate formation in seeping seafloor sediments. Free ga...
Current researches related to natural gas hydrate mainly focus on its physical and chemical properti...
Gas hydrate and free gas accumulation in heterogeneous marine sediment is simulated using a two-dime...
Abstract: The accumulation f gas hydrates largely depends onthe spatial variability of gas solubilit...
Gas hydrates are likely to become an important strategic resource with commercial development prospe...
Gas hydrates are crystalline compounds made of gas and water molecules. Methane hydrates are found i...
Large amounts of natural gas hydrates have been found in sub-oceanic deposits and beneath permafrost...
The accumulation and distribution features of gas hydrates are the significant issues affecting the ...
Classification on natural gas hydrate deposits is summarized in this paper, and a dynamic theory of ...
Increasing the efficiency of natural gas storage in geological formations is possible by transferrin...
AbstractThe recovery of methane from gas hydrate layers that have been detected in several subsea se...
The recovery of methane from gas hydrate layers that have been detected in several subsea sediments ...
Despite the ubiquity of methane hydrate in the pore space of shallow marine sediments worldwide, the...
Generalized numerical models for simulating gas hydrate and free gas accumulation in marine sediment...
Gas hydrates are ice-like crystalline solids composed of a hydrogen bonded water lattice entrapping ...
It is a typical multiphase flow process for hydrate formation in seeping seafloor sediments. Free ga...
Current researches related to natural gas hydrate mainly focus on its physical and chemical properti...
Gas hydrate and free gas accumulation in heterogeneous marine sediment is simulated using a two-dime...
Abstract: The accumulation f gas hydrates largely depends onthe spatial variability of gas solubilit...
Gas hydrates are likely to become an important strategic resource with commercial development prospe...
Gas hydrates are crystalline compounds made of gas and water molecules. Methane hydrates are found i...
Large amounts of natural gas hydrates have been found in sub-oceanic deposits and beneath permafrost...