Flow assurance is the most important issue during the deep-sea oil/gas production. Hydrate
formation is one typical flow assurance problem which draws much attention. In the flow …

The review considers the research and engineering works in selected fields of the physical
chemistry of gas hydrates and gas hydrate technologies, mainly performed over the last 10 …

Hydrate form spontaneously in submarine oil/gas pipelines. The large-scale aggregation of
hydrate cause pipeline blockage and threatens safe oil/gas production. The use of anti …

In the present work, the methane hydrate growth kinetics is investigated by molecular
dynamics simulation (MD) in the presence of different amino acids as inhibitors. The …

The coexistence of wax deposition and gas hydrate in deep-water submarine pipelines
enhances blockage risk, which is a serious threat to pipeline security. This work applied …

Clarifying the effect of asphaltene on hydrate formation and growth is of great significance to
the operation safety in deepwater petroleum fields. To investigate the influence of low …

Understanding the effects of clay minerals and amino acids on methane hydrate (MH)
formation is essential for elucidating the occurrence of MH in marine sediments. In this study …

Hydrate formation is a major flow assurance issue for underwater multiphase pipelines. The
heavy fractions in crude oil make it more complicated. However, the impact of a single …

In the present work, the nucleation and growth of methane hydrate and C 1 single bondC 3
mixed hydrate in the systems with organic liquids (n-decane, toluene, crude oils) have been …

Gas hydrate risks minimization in deepsea hydrocarbon flowlines, especially in high water to
oil ratios, and is critical for the oil and gas flow assurance industry. Although there are …