The capillary-driven mechanism of gas hydrate growth after their nucleation in the presence
of surfactants under quiescent conditions is well-known for methane and other hydrocarbons …

This work reports an experimental investigation on the morphology and kinetics of CO2
hydrate formation in the presence of sodium dodecyl sulfate (SDS). The experiments were …

Gas hydrate based technologies have been considered as a promising novel approach for
the capture of carbon dioxide from fuel and flue gas mixtures, sequestration of CO 2, storage …

This study investigates how the length of the carbon chain of homologous surfactants affects
the amount and growth rate of gas hydrates formed in quiescent CO 2/CH 4/water systems …

The morphology and growth of gas hydrate at the interface between an aqueous solution
and gaseous mixtures of CO 2 and CH 4 are observed by means of a simple experimental …

Trapping CO2 in hydrates is one of the new technologies for CO2 capture and storage. One
of the primary obstacles to this option is the low formation rate. This work presents the rapid …

Carbon capture and sequestration is one of the critical approaches to reduce the carbon
footprint and achieve net-zero carbon emissions by 2050 as per the Paris Agreement in …

Carbon dioxide (CO 2) hydrate technology has the potential applications to the fields of CO
2 capture and storage, gas replacement in the exploitation of natural gas hydrates, seawater …

The mechanism of gas hydrate formation in the presence of kinetic influencing additives has
attracted much interest due to the importance of optimizing hydrate formation in areas such …

The application of gas hydrate technology is limited by the slow formation rate and low gas
storage capacity of gas hydrates. In this study, the effects of graphene oxide (GO) and mixed …