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 …

Gas hydrates, crystalline compounds resembling ice, are composed of water and gas
molecules. They naturally occur in deep subsea surfaces and permafrost regions under high …

The presence of surfactant could accelerate the hydrate formation dramatically, which is of
great significance for the industrial application of the hydrate-based technologies. In this …

Gas hydrate/clathrate hydrate formation is an innovative method to trap CO2 into hydrate
cages under appropriate thermodynamic and/or kinetic conditions. Due to their excellent …

Serious issues regarding the scarcity of freshwater encouraged researchers to work on
various methods for seawater desalination. Hydrate-based desalination (HBD) is a novel …

Although the proof of concept has been demonstrated, significant progress is necessary to
achieve the industrial-level validation and commercialisation of gas hydrate-based fruit juice …

CO 2 gas hydrates occur in aqueous systems at elevated pressure and low temperature.
They offer prospect to energy efficiency and gentle concentration of liquid foods. In current …

The experimental data on hydrogen solubility in methane gas hydrate and new data on
phase equilibria in the hydrogen-methane-water system are presented in this work. The …

Gas hydrates, solid structures made of water and gas, can bind high amounts of water.
Therefore, current research aimed at concentrating food extracts using gas hydrates for a …

The present study investigates the influence of surfactant crowding on hydrate growth and
detachment of hydrate crystal from the interface in a droplet-based configuration …