Hydrate formation in the pores of porous media is known to decrease reservoir permeability.
Current research on hydrate formation in porous media primarily focuses on the static state …

Natural gas hydrates in oceanic and permafrost sediments are considered a future energy
resource. Injecting CO 2 into these sediments is believed to aid in the safe and efficient …

Methane hydrates pose potential as both an energy resource and an environmental risk, as
a significant amount of the Earth's carbon is sequestered in naturally occurring gas hydrates …

The environment of coal reservoirs is complex and variable, with various factors, not
independent, but interlocking and coupled. However, their coupling effects have rarely been …

In the deep-sea methane seepage environment, hydrate formation on the methane bubbles
is a crucial pathway for methane transformation, and plays an important role in determining …

Considering the high thermal conductivity of copper material and the promoting effect of
sulfonate ions on methane hydrate formation, in this study, copper nanowires coated with …

Marine hydrate reservoirs are an important form of natural gas, and investigating the
permeability of hydrate reservoirs is of great significance for their development. During …

Different from oil and gas production, hydrate reservoirs are shallow and unconsolidated,
whose mechanical properties deteriorate with hydrate decomposition, so there is a risk of …

Considering the high thermal conductivity of metal nanofluids and carbon-based
nanomaterials as well as the promoting effect of surfactant on hydrate formation, in this …

Marine gas-bearing sediments are extensively distributed worldwide, and the gases
entrapped within these sediments hold significant potential as hydrocarbon fuels, offering a …