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 …

Research on gas hydrates has progressed over the past several decades as a technology
enabler for several innovative applications in the areas of water, energy, and environmental …

Understanding the transport properties of water and guest molecules in dense hydrate
structures is pivotal in controlling their formation and stability; this is nevertheless hindered …

Gas hydrates are crystalline inclusion compounds, where molecular cages of water trap
lighter species under specific thermodynamic conditions. Hydrates play an essential role in …

Crystal fouling, which refers to the accumulation of precipitates on surfaces and the
associated damage, is a common problem in many industrial processes. In deepwater oil …

The use of hydrate-based technology for gas capture and storage is highly attractive for
environmental mitigation, as it entails low energy penalties and provides gas storage density …

CH 4-CO 2 replacement for natural gas hydrate exploitation is a win-win method to
simultaneously realize CH 4 recovery and CO 2 sequestration. However, the exchange …

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 …

Deepwater oil and gas development is extremely difficult and challenging. One of the most
critical challenges stems from hydrate deposition, aggregation, and the eventual blocking of …

To enhance the exploitation efficiency of natural gas hydrate by decreasing the yield of
water, a novel “reservoir reformation” concept is proposed that involves the reformation of a …