Gas hydrates have received considerable attention due to their important role in flow
assurance for the oil and gas industry, their extensive natural occurrence on Earth and …

Global warming is one of the most pressing environmental concerns which correlates
strongly with anthropogenic CO 2 emissions so that the CO 2 decreasing strategies have …

Clathrate hydrates show wide applications in energy recovery and storage, CO2 capture
and storage, and other sustainable technologies. Water vacancy in clathrate hydrates is a …

Clathrate hydrates or gas hydrates have received worldwide attention due to their potential
to be utilized in various sustainable technologies. The hydrate-based industrial applications …

Hydrate formation of a natural gas mixture is fascinating. Whereas both pure methane and
ethane form a structure I (sI) hydrate, their mixture may form a structure II (sII) hydrate at …

Replacement of methane (CH 4) in CH 4 hydrate by carbon dioxide (CO 2) can enable
recovery of CH 4, which is a potential future energy resource, while sequestering CO 2 to …

Failure mode prediction of hydrate-bearing sediments (HBSs) is crucial for accurate
evaluation of reservoir mechanical properties and safe exploitation of hydrate resources. In …

CO2 and CH4 clathrate hydrates are of keen interest for energy and carbon cycle
considerations. While both typically form on Earth as cubic structure I (sI), we find that pure …

We performed first-principles computations to investigate the complex interplay of molecular
interaction energies in determining the lattice structure and stability of CO2@ sH clathrate …

Clathrate hydrates (CHs) are promising molecular structures for versatile applications such
as gas capture and storage, cold storage, and gas separation. Understanding the …