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The nanoEARTH project investigates how fluids interact with minerals at the nanoscale, aiming to understand the mechanisms that drive these reactions. This research will enhance our knowledge of geological processes, including the stability of mountain ranges and the sequestration of carbon dioxide.
Fluid-driven mineral reactions chemically modify enormous portions of the Earth’s crystalline lithosphere.
These reactions drive fluid-mediated rock transformation processes that governs the stability of mountain belts, the formation of hydrothermal mineral deposits and the sequestration of anthropogenic CO2 as well as many other processes. I propose that contrary to our current thinking, the re-actions themselves are driven by self-promoting nanoscale transport phenomena.Existing geological fra…
UNIVERSITEIT UTRECHT
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