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Hydrogen, a fuel that releases almost no heat-trapping emissions upon combustion, is regarded as a possible alternative to more polluting energy sources. Currently, the methods of hydrogen generation tend to depend on fossil fuels. However, the hydrogen located within the rift would be produced naturally, addressing this concern.
A test borehole, which is five years old, within the rift is yielding “promising” results, as reported by the researchers. This location possesses distinct geological traits ideal for hydrogen generation, unlike other reserves situated far offshore or too deeply underground. The team suggests that similar rifts across the globe may also hold opportunities for hydrogen. The Nebraska researchers are currently exploring the biochemical and microbiological facets of the hydrogen reservoir and ways to efficiently store the fuel. They have been granted $1 million by the government to aid this investigation.
“Our comprehension of the processes that control the production, movement, and accumulation of elusive natural hydrogen in the continental deep subsurface is still in its early stages,” remarked Professor Seunghee Kim, a leading researcher.
The team is optimistic that if this natural hydrogen can be obtained inexpensively, it could emerge as a major energy source.
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