Gas hydrates is one the most complex flow assurance problems encountered in pipelines.
The gas hydrate formation in pipelines eventually leads to the blockage of pipelines …

This study attempts to clarify the correlation between the structural parameters of vortex
finders (diameter ratio and insertion depth) and the strong turbulent flow field and …

During the treatment or transport of natural gas, the presence of water, even in very small
quantities, can trigger hydrates formation that causes plugging of gas lines and cryogenic …

The formation of gas hydrates in offshore subsea lines is a major flow assurance concern for
the oil and gas industry. In this work, the thermodynamic hydrate inhibition (THI) effect of …

The formation and accumulation of hydrates in high pressure oil and gas pipelines bring
great risks to field development and deep-water transportation. In this paper, a high pressure …

The lack of acoustic measurements places severe limitations on the application of well log
data to analyze rock physics. In such conditions, other petrophysical data can be used to …

The purpose of this study was to determine the three-phase saturation (water; gas hydrate,
GH; and gas) in real time to gain insights into the GH depressurization process. Although X …

Sonic well logs provide a cost-effective and efficient non-destructive tool for continuous
dynamic evaluation of reservoir formations. In the exploration and production of oil and gas …

This study proposes a reliable evaluation method for three-phase saturation (water, gas
hydrate (GH), and gas) evaluation during the GH dissociation core experiment using deep …

Methane, nitrogen, and carbon dioxide coexist after the injection of CO2/N2 mixture into
CH4 hydrate. For a better understanding of CH4 recovery and CO2 sequestration by gas …