Tag: methane hydrate
August 12, 2023
Exploring One of the Largest Carbon Caches on Earth
Today is my last day on the Helix Q4000, the offshore platform where The University of Texas at Austin-led science team is sampling and studying the methane hydrate reservoir system below. I’ve been out here a week – and it’s gone by fast! This blog isn’t the last of my writing about the…
Read MoreAugust 11, 2023
Holding Tight
Last night, Peter Flemings, the mission’s lead scientist and a professor at The University of Texas at Austin Jackson School of Geosciences, called the science team together. He wanted to make sure everyone was up to speed on the science and the mission progress – which had picked up…
Read MoreAugust 10, 2023
Cutting Core, Seeing Signposts
Earlier this week, I watched a core sample slide into the processing lab for the first time, the drill crew pushing it through a hole cut into the side of the shipping container that houses the lab. Surrounded by a clear plastic tube, the core…
Read MoreAugust 5, 2023
The Stuff of Life at Sea
The mission to recover methane hydrates has scientists set on recovering core samples of the substance from over 1,000 feet beneath the seafloor. To actually reach these samples requires the science team to live and work aboard a specialized…
Read MoreMarch 12, 2020
Computer Model Solves Mystery of How Gas Bubbles Build Big Methane Hydrate Deposits
New research from The University of Texas at Austin has explained an important mystery about natural gas hydrate formations and, in doing so, advanced scientists’…
Read MoreMay 12, 2017
Hitting Bottom and Beyond
This is the second post in a series on the Jackson School-led mission to drill for samples of methane hydrate from under the Gulf of…
Read MoreMay 11, 2017
To the Gulf … To the Future
This is the first post in a series on the Jackson School-led mission to drill for samples of methane hydrate from under the Gulf of…
Read MoreOctober 22, 2014
UT Gets Money to Study New Energy Source in Gulf
The University of Texas at Austin has won $58 million to investigate a potentially massive energy resource: methane trapped in ice-like crystals under the Gulf…
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