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 …

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

To achieve efficient separation of magnesite from quartz, it is crucial to develop highly
selective collector. In this work, for the size range of samples was− 74+ 35 μm (d80= 70.96 …

Hydrogen (H2) is a clean energy that holds great promise as a sustainable alternative to
fossil fuels. H2 storage has gained increasing research interest in recent decades. Hydrate …

Hydrogen storage based on hydration is a promising technology, in which hydrogen
molecules are captured in a three-dimensional cage structure formed by hydrogen bonds …

Gas hydrates are an environmentally benign and cost-effective gas storage media that can
store gas molecules in a lattice formed by hydrogen bonds between water molecules. To …

The hydrate formation rate and conversion yield are essential factors for hydrate-based gas
storage and accordingly various thermodynamic and kinetic promoters have been …

We present results from a molecular dynamics study of the melting behavior of gas hydrates
with empty cages under the specified overheating driving force, to understand how the …

Clathrate hydrates are attractive materials for gas storage and transportation, and how to
quickly form hydrate is an urgent problem. In this scenario, efficient hydrate promoters are …