(Nanowerk News) Microorganisms work in an underground bioreactor and convert ores or residual materials from mining into the valuable metals copper, indium and zinc. Innovative membrane filters then ...
Master the journey "From Ore to Metal" with this eBook on metal analysis. Designed to guide you through the complexities of mining, refining, and quality control, it introduces advanced analytical ...
Spun out of the University of Oxford in 2022, Seloxium is commercializing Selectal, a liquid-phase polymer that can be ...
ZME Science on MSN
U.S. Mine Waste Contains Enough Critical Minerals and Rare Earths to Easily End Imports. But Tapping into These Resources Is Anything but Easy
Exploiting critical minerals in byproduct mining waste is messy and challenging. Minerals like gallium and tellurium show up ...
A small molecule that naturally serves as a binding site for metals in enzymes also proves useful for separating certain rare earth metals from each other. In a proof of concept, the process extracts ...
A Colorado School of Mines study finds that leftover ore in U.S. mines contains vast quantities of critical minerals needed for clean energy technologies. Extracting even small percentages of these ...
Manganese ore processing has evolved markedly over the past decades, driven by increasing demand for high‐grade manganese in diverse industrial applications such as new energy technologies, materials ...
pH7 Technologies has secured C$850,000 to further develop its sustainable critical metals extraction technology. The cash infusion will come from BC’s Innovative Clean Energy (ICE) Fund, which was ...
Interesting Engineering on MSN
The future of asteroid mining: Missions, resources, and challenges explained
Asteroid mining is moving from fiction to fact, here’s how missions and startups are redefining resource extraction beyond ...
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