Clarifying the effect of wax on hydrate formation and dissociation are important for the safe
and high-efficient development of deep-water oil and gas fields. In this study, a series of …

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 formation of gas hydrate plugs in deep water oil and gas flowlines poses severe
operational and safety hazards. Previous work has established a mechanism able to …

国内外对油气管道水合物堵塞机理的实验研究虽然较多, 但一直缺少系统的总结归纳.
本文根据水合物堵塞实验开展条件的不同, 首先将油气管输体系分为油基体系 …

Methane hydrate slurry in a water‐continuous system is a significant production issue during
pilot explorations for natural gas and natural gas hydrates in a deepwater environment. This …

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 …

To investigate the microprocess of hydrate particle agglomeration, a high-pressure visual
cell was used for repeated experiments of hydrate particle formation and flow from …

We present a model for hydrate deposition and sloughing in gas dominated pipelines which
allows for rapid estimations of the pressure and temperature profiles along a horizontal …

Natural gas hydrates are a potential new energy resource, however, challenges for stable,
long-term gas hydrate production remain. This study examines the flow assurance risk of …

The coupling deposition and plugging caused by hydrate formation and wax precipitation
during the development of deep water natural gas resources bring new industrial challenges …