With the development of oil and gas resources moving from onshore to offshore, hydrate
blockage issues in subsea flowlines have become increasingly prominent. Hydrate control …

The significant amounts of hydrocarbon resources (oil, natural gas, and gas hydrates)
present in subsea and cold regions represent one of the most pre-dominant resources in the …

Natural gas hydrates (NGH) are prone to causing pipeline blockage in flow assurance,
attracting considerable attention in the petroleum industry. This work reviews the significant …

Hydrate formation in the pores of porous media is known to decrease reservoir permeability.
Current research on hydrate formation in porous media primarily focuses on the static state …

Hydrate plugging in pipes is a serious issue that affects flow safety in the trial production of
offshore natural gas hydrates. Current research on hydrate flow assurance has primarily …

The vast hydrocarbon resources (oil, gas, and gas hydrate) in deepwater areas are
considered one of the most significant resources of the future. However, the dangerous flow …

During the process of hydrate reservoir drilling, the heat generated by friction in a horizontal
well section leads to hydrate decomposition and affects the wellbore stability. Consequently …

The formation of clathrate hydrates in pipelines is potentially threatening to exploration and
gas transportation in the petroleum industry. To reduce such risks, various surfactants have …

The accurate prediction of temperature is the basis for predicting hydrate formation.
Presently available methods for the calculation of temperature distributions in pipelines are …

Kinetics of the hydrate decomposition is crucial for the industrial application of hydrate
related technologies, but there still remains challenges for describing and modeling its …