Climate change lends urgency to measures towards emission reduction. Carbon capture
and storage is a technique that enables separation and storage of CO 2 from gas mixtures …

CO 2 hydrate-based cooling applications are a novel scenario associated with rapid energy
supply transitions, undoubtedly affecting carbon neutrality in energy conversion/storage and …

Methane hydrate confined in porous materials is postulated as an alternative energy storage
strategy. By applying model carbons with ordered and uniformly sized pores and a …

Thermodynamic measurements and Raman spectroscopy are performed to investigate the
structure, selectivity and capture efficiency in mixed gas hydrates containing CO 2 and N 2 …

The solid sediments, resulted from hydrate formation and wax crystallization in crude oil,
may generate catastrophic blockage in the pipeline under adverse conditions; this poses a …

Studies revealed that gas hydrate cages, especially small cages, are incompletely filled with
guest gas molecules, primarily associated with pressure and gas composition. The ratio of …

Methane hydrate (MH) is widely distributed in active deep-sea cold-seep areas. The
complex environment of cold seeps influences MH formation. Investigating the effects of cold …

In this study, the kinetics of methane and methane/propane hydrate formation/dissociation
were investigated. Simultaneously, microlevel studies, including hydrate structure …

Low dosage kinetic hydrate inhibitors play an important role in flow assurance for oil and
gas industry. New polymers especially based on N-vinyl caprolactam (NVCap) are widely …

To reveal the kinetic performance of gas molecules in hydrate growth, hydrate formation
from pure CO2, flue gas, and biogas was measured using in-situ Raman and macroscopic …