In this study, the guest exchange behaviors in the hydrate-bearing sediment of a one-
dimensional reactor specially designed for depressurization-assisted replacement were …

The kinetic characteristics governing methane conversion into solid hydrates within seabed
sediments influence hydrate accumulation and resource distribution, which is significant for …

In this study, the guest exchange behavior in the sII (CH 4+ C 3 H 8) hydrate–(CO 2+ N 2)
replacement at various CO 2 concentrations was experimentally investigated to elucidate …

Both natural gas production and CO 2 sequestration can be simultaneously achieved in
natural gas hydrates (NGHs) by using a guest swapping technique. In this study, the effects …

Two successful trials in South China Sea show that low-permeability hydrate reservoirs have
broad exploitation prospects. Currently, gas production efficiency and reservoir stability are …

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 …

With the increasing demand on world energy consumption, natural gas has received
attention as the near-term primary energy source that produces fewer CO 2 emissions than …

Natural gas hydrate has become one of the most promising green alterative energies. The
safe and efficient exploitation of natural gas hydrate is of importance. Depressurization …

This study adopted experimental and computational approaches to investigate CH 4–CO 2
replacement in the structure H (sH) CH 4+ methylcyclopentane (MCP) hydrate for its dual …

Natural gas hydrate is a green energy with great development prospects. The exploitation of
natural gas hydrate has been attracting much attention. The temperature field distribution of …