Natural gas hydrate is ice‐like mixture of gas (mostly methane) and water that is widely
found in sediments along the world's continental margins and within and beneath permafrost …

Breaking the bounds of classical natural gas hydrate (NGH) production processes, a
newborn concept based on the gas exchange mechanism provides an opportunity to catch …

CO 2 is the primary contributor to greenhouse gas that causes rapid global warming. CO 2
capture, utilization, and storage (CCUS) is a crucial technology for CO 2 reduction, typically …

As a new source of energy with great potential, natural gas hydrate (NGH) will play an
indispensable and important strategic role in the future because of its tremendous reserves …

We present experimental structure-I clathrate hydrate (methane, carbon dioxide, and
methane− carbon dioxide) equilibrium and ice-melting data for mesoporous silica glass. In …

There are large resources of methane gas as hydrates in permafrost and deep-sea
sediments around the world. On the other hand, the emissions of carbon dioxide into …

Decomposition conditions of methane hydrates in sediments were measured during
formation‐decomposition cycles. As test sediments, we used silica sand, sandstone, and …

Due to the consumption of fossil fuels, an alternative energy source is necessary for the
world's continuous development. Methane hydrates, a vast energy resource that exists in …

Although activated carbon (AC) can significantly enhance hydrate nucleation kinetics due to
abundant specific surface area and pore texture, the promotion drastically degenerates …

Rapid and accurate acquisition of hydrate phase equilibria in sediments is crucial for gas
hydrate resource assessment and exploitation and hydrate-based technological …