Gas hydrate formation is regarded as the emerging technology to mitigate the effect of
greenhouse gases. Now a day, the alarming situation of increased CO 2 concentration of …

In this study, tetra-n-butyl ammonium nitrate (TBANO3) is evaluated as a promoter for
precombustion capture of CO2 via hydrate formation. New hydrate phase equilibrium data …

Molecular dynamics studies have revealed that the nucleation pathway of clathrate hydrates
involves the evolution from amorphous to crystalline hydrates. In this study, complete cages …

In this work, we present enhanced kinetics of hydrate formation for the clathrate process in
the presence of two liquid promoters namely THF (tetrahydrofuran) and TBAB (tetra-n-butyl …

This review article aims to describe the main applications of gas hydrates in industrial
processes and the related advantages and limitations. In particular, gas storage, energy …

A novel hydrate heat-mass coupling separation (HHMCS) method was studied to reduce the
energy consumption of CO 2 hydrate separation from Integrated Gasification Combined …

This study aims to introduce suitable hydrate forming-refrigerants well-suited for air-
conditioning systems through a kinetic study. The formation of clathrate hydrates is a time …

THF (Tetrahydrofuran) is the most commonly employed promoter for the gas hydrate
formation pertaining to applications like carbon dioxide capture and energy storage (for …

Clathrate Hydrates have gained much attention not only as a natural energy resource, their
unique molecular structure and thermodynamic properties also hold promising applications …

The objective of this work was to assess multi-stage separation processes for CO 2 capture
based on semi-clathrate hydrate (SCH) adsorption media. Phase equilibria were determined …