Gas hydrate formation and deposition in deepwater subsea flowlines has been a major
concern to flow assurance engineers as oil and gas exploration moves towards offshore …

Recent advances in gas hydrate research mainly focus on dual function gas hydrate
inhibitors (DF-GHIs). DF-GHIs exhibit dual behavior of shifting the hydrate dissociation curve …

Gas hydrates constitute a major flow assurance issue in the transportation of oil and gas
from the reservoir to the point of sale via pipelines. They can reduce or arrest the …

Gas hydrate interparticle cohesive forces are essential to evaluate hydrate interfacial
properties and determine the hydrate particle agglomeration behavior. In this study, a …

Particle agglomeration plays a major role in the mechanism of gas hydrate accumulation
and pipeline plugging. Gas hydrates are solid inclusion compounds composed of natural …

In this study, a deepwater pipeline-riser system that experienced hydrates was modelled in
MAXIMUS 6.20 (an integrated production modelling tool) to understand, predict and mitigate …

The rapid formation of gas hydrates is one of the major concerns in offshore oil and gas
transportation due to the possible plugging of unmanaged hydrate agglomerates. Within the …

This study aims to determine any synergistic effect on hydrate dispersion stability by
combining under-inhibited monoethylene glycol (MEG) with synthetic surfactants such as …

Hydrate bedding is defined as the gravitational segregation of hydrate particles, leading to
their accumulation at the bottom of the pipe. Previous research has shown that hydrate …

Gas hydrates have been the subject of intensive research over the past several decades.
Complications created by hydrate formation and the plugging of gas and oil flowlines has …