Shale 2.0: Scientists turn old oil and gas wells into critical mineral factories
A $6 million NSF-funded project called Shale 2.0 will test whether engineered fluids can extract nickel, titanium, manganese, vanadium and ...
A $6 million NSF-funded project called Shale 2.0 will test whether engineered fluids can extract nickel, titanium, manganese, vanadium and ...
Researchers have built the first global model to fully couple life cycle impact assessment with an integrated assessment model spanning ...
Researchers have developed EBGT, an explainable machine learning framework that embeds geochemical constraints into gradient-boosted trees to identify ion-adsorption rare ...
A rare earth element-depleted anatectic marble provides geochemical evidence that some carbonatites originate from melting of crustal carbonate sediments rather ...
A new dynamic material flow model shows that electric vehicle battery replacement in British Columbia could cut new vehicle demand ...
Integrated laboratory measurements at South Korea's Myeonsan titanium deposit show that density and induced polarization most reliably distinguish titanium-bearing ores ...
The first life cycle assessment of inert anode aluminum smelting in North America finds emissions can fall 37 percent, but ...
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© 2025 Scienmag - Science Magazine