$58 million effort to study potential new energy source

A research team led by The University of Texas at Austin has been awarded approximately $58 million to analyze deposits of frozen methane under the Gulf of Mexico that hold enormous potential to increase the world's energy ...

How deep-sea worms help keep natural gases on ice

It is well known that natural gas hydrates, crystalline lattices of hydrogen-bonded water molecules that encapsulate small hydrocarbon molecules, on the ocean floors constitute both a potential accelerator of climate change ...

Models will enable safer deepwater oil production

Rice University researchers are developing a comprehensive model that will predict how brine, oil and gas drawn from ultra-deep wells react to everything encountered on the way up to the surface and to suggest strategies ...

Rate prediction for homogeneous nucleation of methane hydrate

Methane hydrates are the single biggest source of fossil fuel on planet earth and play a role in climate change. The molecular process of their formation is not known and heavily debated. In a paper in the Journal of Physical ...

Video: Burning ice from the ocean floor

Methane hydrate is a crystalline complex of water and methane that forms beneath the ocean floor. It resembles regular ice, but it can easily be set aflame after it's brought to the surface.

page 12 from 14