Natural gas hydrate, a potential energy resource, is attracting worldwide attention. In this
study, we propose a new method of hydrate dissociation which uses seawater and …

Molecular dynamics simulation was employed to examine the growth and dissociation
process of methane hydrate in the presence of static/oscillation electric fields at T= 260 K …

Electrolyte solution can effectively inhibit the formation of hydrate. In this work, molecular
dynamics simulations of hydrate nucleation and growth in aqueous NaCl solutions were …

The hydrate-based CO 2 capture and storage technique is cutting-edge and promising, but it
exhibits slow formation rates and insufficient gas storage capacity, making …

The kinetics of bulk hydrate formation is of crucial importance in the application of hydrate-
based technique involving energy storage, desalination and flow assurance. Various …

Concentrated brines are known to be very good inhibitors for gas hydrate formation, and gas
hydrates can be used in the desalination of seawater under the assumption that salinity is …

The effects of sodium chloride on hydrate formation depend on its concentrations. NaCl
solutions can promote hydrate formation at low concentrations and inhibit it at high …

Natural gas hydrate (NGH) will be one of the major future energy sources due to its
properties of clean energy and large reserves. Depressurization is proposed as an effective …

The current situation of global warming requires immediate attention due to the excessive
accumulation of CO2 in the atmosphere. Given that the hydrate generation process can trap …

Gas hydrates could show an unexpected high stability at conditions out of thermodynamic
equilibrium, which is called the self-preservation effect. The mechanism of the effect for …