Gas hydrates have received considerable attention due to their important role in flow
assurance for the oil and gas industry, their extensive natural occurrence on Earth and …

Gas hydrates present a major flow assurance challenge due to the relatively fast timescales
at which they can form, agglomerate, and plug a subsea flowline, resulting in loss of …

The oceanic sequestration has immense potential to sequestrate giga tonnes of CO2 in a
subsea environment primarily in the hydrate form. The seafloor and upper zone of subsea …

Gas hydrates are ice-like solids that can readily form and restrict flow in high-pressure
natural gas transmission lines. The use of antifreeze thermodynamic inhibitors dominated …

The viscosity of methane and carbon dioxide hydrate systems were measured using a high-
pressure rheometer up to 30 MPag. Where hydrate formation was not detected, the effect of …

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 …

Pipeline blockage caused by hydrates and wax in subsea pipelines is a major hazard for
flow assurance in the petroleum industry. When hydrates and wax coexist in a flow system …

Hydrate reformation may lead to production line blockage in the development of natural gas
hydrate reservoirs. However, few studies have focused on the flow characteristics and …

Hydrates and waxes are supposed to coexist in the deep-water pipelines under suitable
conditions of low temperature and high pressure. Understanding the effect of precipitated …

Gas hydrates are solid inclusion compounds that are composed of a three-dimensional
hydrogen-bonded network of water cages that can trap small gas molecules, such as …