Gas hydrates have received considerable attention due to their important role in flow
assurance for the oil and gas industry, their extensive natural occurrence on Earth and …

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 …

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 …

Clay is widely present in hydrate reservoirs and drilling and completion fluids. A quantitative
understanding of hydrate growth characteristics on clay solid phase surfaces is vital for …

Clathrate or gas hydrates have gained tremendous interest due to their potential
applications in various industries and flow assurance problems in the oil and gas sector. In …

Natural methane hydrates are estimated to be the largest source of unexploited hydrocarbon
fuel. Understanding the dissociation of methane hydrates in the flow system is vital for …

A sound knowledge of the effects of clay surfaces and salt ions on CH4 hydrate formation is
vital to understand the formation of natural gas hydrate resources and develop hydrate …

In nature, CH 4 hydrates are mainly buried in marine sediments. The complex marine
environments on the seafloor continuously affect hydrate formation. Herein, systematic …

Natural gas hydrates are predominantly buried in clay sediments in natural environments,
where are some edge surfaces of clay particles directly contacting the hydrates. However …

Drilling fluid systems with exceptional performance serve as a foundation for commercial
hydrate extraction. However, most hydrate reservoirs are located at relatively deep water …