Page 3: Research news on Critical mineral supply

Critical mineral supply concerns the identification, extraction, processing, and recycling of materials essential for energy, defense, and high‑technology systems, with particular emphasis on rare earth elements, uranium, lithium, graphite, and related metals. The field examines geological resources, waste and urban mining pathways, nuclear fuel cycle by‑products, and advanced materials development alongside geopolitical dependencies, trade controls, and national strategies. It also addresses supply‑chain vulnerabilities and sustainability constraints that influence low‑carbon energy transitions and long‑term resource security.

Energy & Green Tech

Combining nuclear waste disposal with mobile energy generation

It is common for nuclear engineers to be concerned with the disposition of nuclear waste. After all, the United States alone currently has about 90,000 metric tons of spent nuclear fuel stored in concrete casks on nuclear ...

Engineering

How nuclear waste could fuel a clean energy revolution

Nuclear waste remains a major environmental hazard due to its long-lasting radioactivity, which can persist for thousands of years. However, new research by University of Sharjah scientists, published in the journal Nuclear ...

Energy & Green Tech

Powering the future: Critical minerals explained

What makes a mineral critical? Put simply, critical minerals help create the essential everyday items we all use. But these minerals may not be easy to get.

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