The slow formation rate of hydrogen clathrate hydrate is one of the most challenging factors
impeding the utilization of clathrate hydrate as a hydrogen storage media. Blending of a …

The development of the economy and the constant consumption of fossil fuels have led to
the fact that the role of clean energy in the energy structure is gradually increasing. As one of …

High toxicity and huge foaming are two severe challenges for gas storage strategies based
on promoting the gas hydrate formation using surfactants. The present study used castor oil …

Fast kinetics of gas hydrate growth, high storage capacity, high stability of hydrates formed,
and no foam formation in the gas recovery stage are key factors in commercializing methane …

With hydrogen gaining prominence as a future decarbonization tool, the practice of
“Hydrogen Blending”–the integration of hydrogen into natural gas pipelines–has swiftly …

Natural gas (NG) is an effective and eco-friendly fossil fuel with regard to reducing CO 2
emission. In this manner, many technologies have been developed to store the NG …

Clathrate and semi-clathrate hydrates have recently been gaining major interest as
hydrogen storage material. The benefits of hydrates, such as reversible formation and …

Compact gas inclusion in hydrates presents not only fascinating science but also wide-
ranging applications in sustainable energy and environmental technologies. The surface of …

Methane hydrate has been endowed with great potential in energy storage and
transportation, but the sluggish formation kinetics restrict its industrial application. Herein the …

In this paper, the characteristics of current hydrogen storage technologies are reviewed from
the aspects of hydrogen storage capacity, working conditions, reversibility, and safety …