Gas Hydrate Reserch Group, Institute for Energy Utilization, AIST, 2−17−2−1 Tsukisamu-higashi, Toyohira-ku, Sapporo 062-8517, Japan, and Department Earth and Ocean Science, University of British ...

As India builds its energy future, the last few years reflect a strategic, tech-forward, and investor-friendly pivot in ...

Imagine waking up one morning to the news that the world’s oceans are freezing—not from the wind-chilled surface, but from ...

The US gas separation membrane market will reach USD 0.92 Billion by 2035, leading globally in carbon capture, natural gas sweetening & hydrogen recovery. The gas separation membrane market is set for ...

We present a time-lapse 4-D high-resolution synchrotron imaging study of the morphological evolution of methane gas bubbles and hydrate film growth on these bubbles. Methane gas and partially ...

Gas hydrates are great alternative energy sources ... mission in the Gulf of Mexico has returned with 44 cores from a methane hydrate reservoir deep under the seafloor. Globally, energy-rich ...

But the facts do not live up to the dramatic scenarios. In the cold depths of the ocean, natural gas and water can meld into ice-like mixtures known as methane clathrates or gas hydrates. These frozen ...

That resource is frozen into a water/gas crystal lattice (or clathrate) on the continental slopes around the South China Sea. To put that potential methane hydrate resource into perspective, ...

Gas bubble in aquatic sediments has a significant effect on its geophysical and geomechanical properties. Recent studies have shown that methane gas and hydrate can coexist in gas hydrate–bearing ...

For decades, climate scientists have wondered if this methane ... Gas hydrates are a solid compound of gases and water that have an ice-like structure at low temperatures and high pressures.

Yet, we still do not fully understand the fundamental mechanisms by which methane gas migrates through the deep marine sediments, feeding these vents. A key challenge is the formation of methane ...