Australia’s red soil may contain a large clean energy source.
In 60-day, 200°C high-pressure experiments, ECU researchers found solution injection increased hydrogen generation from magnetite-bearing Western Australian banded iron formations.
OriginalSourceScienceDailyUnited StatesLeanCenterCredibilityPublished10:05 UTCRatings: AllSides, MBFCSourceScienceDailyUnited StatesLeanCenterCredibilityPublished10:05 UTCRatings: AllSides, MBFC
“Australia’s red soil may be hiding a massive clean energy source”
Australia’s red soil may contain a large clean energy source.
Key points
- ECU researchers identify magnetite in WA as a potential underground hydrogen source.
- Experiments simulate deep underground conditions at 200°C and high pressure for 60 days.
- Hydrogen generation increases when a solution is injected into banded iron formations.
- Findings suggest Western Australia could supply a domestic energy resource and export hydrogen.
- Rock structure, not just magnetite amount, governs hydrogen production potential.
How it got here
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10 10 Australia’s red soil may contain a large clean energy source.
In 60-day, 200°C high-pressure experiments, ECU researchers found solution injection increased hydrogen generation from magnetite-bearing Western Australian banded iron formations.