Mineral carbonation in basaltic rocks represents a promising pathway for permanent carbon dioxide sequestration. This process leverages the intrinsic reactivity of basalt minerals—rich in divalent ...
Researchers studying the feasibility of in situ bioremediation have a new tool for their analytical arsenal. The Department of Energy’s Idaho National Engineering and Environmental Laboratory (INEEL) ...
Pacific Northwest National Laboratory scientists have turned carbon dioxide to rock deep underground at Wallula, demonstrating a way to permanently keep the greenhouse gas out of the atmosphere.
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Iron minerals can lock away carbon for centuries, study finds
Iron in the ground has quietly been doing climate work for centuries, binding carbon in soils so effectively that it can stay ...
Valerie Brown is to be congratulated for pursuing the story line in “A Climate Change Solution?” that some of the greenhouse carbon dioxide (CO2) that human activities are adding to the atmosphere ...
Two space rocks in our solar system's outer asteroid belt might contain mineral evidence for a new class of asteroids or long eroded mini-worlds. The asteroids, (7472) Kumakiri and (10537) 1991 RY16, ...
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