Sentence examples for gas hydrate plug from inspiring English sources

Kinetic hydrate inhibitors (KHIs) are used to manage the risk of gas hydrate plug formation in oil and gas transmission pipelines and facilities.

As oil/gas subsea fields mature, the amount of water produced increases, which results in an increased risk of gas hydrate plug formation in the flowlines.

It is important to understand the mechanism of gas hydrate plug formation in high water cut systems in order to manage gas hydrate risk.

The effect of mixture velocity (1 2.5 m/s) and liquid loading (50 90 vol.%) on gas hydrate plug formation was studied for 100 vol.% water cut (no oil present) systems, with methane as the gas hydrate former.

The formation of gas hydrate plugs in deep water oil and gas flowlines poses severe operational and safety hazards.

A gas hydrate plugging mechanism for 100 vol.% water cut systems is proposed, which involves a transition from homogeneous to heterogeneous suspensions of gas hydrate particles in water.

Various phenomena, such as gas hydrate plugs or wax deposit (named "flow failures"), which are related to the physical nature of the fluid and to the flowing conditions, can indeed lead to important reduction of production.

Potential complications in the exploitation of subsea oil-fields due to gas hydrate plugs in the transportation lines lead us to explore the suitability of two routinely performed and thus easily available chemical analysis methods coupled with chemometric analysis to separate oils with high plugging potential from dispersion oils.

Dispersing hydrates into a condensate phase by anti-agglomerants is an alternative to kinetic or thermodynamic inhibitors to prevent hydrate plug formation in a gas production pipeline.

The performance of a new kind of anti-agglomerant was evaluated on preventing hydrate plug in oil and gas pipelines using a flow loop device where hydrate slurries were formed from (diesel oil/condensate oil+water) dispersed system.

This is the first work to present hydrate formation characteristics in the presence of both MEG and NaCl, and its insight will assist flow assurance engineers in the management of the risk of hydrate plug formation in offshore oil and gas fields.