Gas hydrates are gas-carrying water structures which present both opportunities and threats
to the energy industry and environment. Chemical additives are used either to promote gas …

Flow assurance is essential to a sustainable oil and gas production system; if not managed
appropriately, it may cause huge CapEx/OpEx and is also a life-threatening phenomenon …

Water-soluble polymers have shown dual characteristics either as hydrate promoters
(enhanced the rate of gas hydrate formation) or inhibitors (retarded the hydrate formation …

Gas hydrate deposition is a complex issue with significant implications for the oil and gas
industry. The formation of solid gas hydrates in the hydrocarbon transportation pipelines …

To address the escalating global carbon emissions and achieve the goal of carbon
neutrality, the utilization of carbon capture, utilization, and storage (CCUS) technology is of …

Natural gas (NG) plays a crucial role in a nation's transition to a gas-based economy and
decarbonization. Efficient/safe storage and transport of NG is vital for this transition …

The influence of methanol (MeOH) on gas hydrate agglomeration is investigated. The study
addresses the knowledge gap in understanding how underinhibition and varying subcooling …

In the field of gas hydrate research, additives have gained significant attention due to their
exceptional promotional and inhibition effects in hydrate-based applications and flow …

During offshore natural gas extraction, the formation of hydrates in the wellbore poses a
crucial issue that affects flow safety. There is a need to find a reliable solution to establish a …

Anti-agglomerants (AAs) have been recognized as an effective method for gas hydrate risk
management in oil and gas pipelines. However, a limitation of AAs is their poor inhibitory …