Harnessing Hellfire: The Geothermal Breakthrough Set to Transform Clean Energy
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Newly confirmed data reveals that superhot, superdeep rock miles beneath the surface can form permeable fractures, enhancing geothermal energy prospects. This rock, under supercritical conditions, increases permeability tenfold compared to surface-level rock, suggesting a potentially economical and sustainable energy solution. Potential for Superhot Geothermal Energy New laboratory data confirm the potential for geothermal energy’s “holy […]
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Newly confirmed data reveals that superhot, superdeep rock miles beneath the surface can form permeable fractures, enhancing geothermal energy prospects. This rock, under supercritical conditions, increases permeability tenfold compared to surface-level rock, suggesting a potentially economical and sustainable energy solution. Potential for Superhot Geothermal Energy New laboratory data confirm the potential for geothermal energy’s “holy…
Newly confirmed data reveals that superhot, superdeep rock miles beneath the surface can form permeable fractures, enhancing geothermal energy prospects. This rock, under supercritical conditions, increases permeability tenfold compared to surface-level rock, suggesting a potentially economical and sustainable energy solution. Potential for Superhot Geothermal Energy New laboratory data confirm the potential for geothermal energy’s “holy…