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7736 results for "critical minerals"
Clean energy companies are finding new ways to survive by focusing on critical minerals instead of just emissions cuts. Boston Metal just raised $75 million by shifting from green steel to metals America desperately needs.
Colorado School of Mines just opened a 50,000-square-foot innovation facility to solve America's critical minerals shortage. The new hub brings together universities, startups, and industry to build the supply chains needed for everything from smartphones to clean energy.
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After months of diplomatic tension, the United States and South Africa are working together on mining projects that could strengthen both economies and reduce global dependence on China. Two groundbreaking meetings have already sparked concrete plans for joint mineral development.
The United States and European Union just signed a historic agreement to work together on securing the minerals needed for everything from smartphones to electric cars. The partnership aims to reduce dependence on any single country and strengthen supply chains for both economies.
India is transforming mountains of discarded electronics into lithium, cobalt, and rare minerals needed for smartphones, electric cars, and AI technology. The country's new recycling push could generate $6 billion annually while reducing dependence on imports.
Tanzania is partnering with South Korea to build a $16.5 million technology center that will transform the country into a regional leader in critical mineral research by 2030. The center will boost the mining sector while training small-scale miners and creating jobs across the country.
The European Union just opened a groundbreaking marketplace that brings together buyers and sellers of rare earth minerals needed for clean energy and technology. By pooling their purchasing power, EU countries hope to build more balanced global supply chains.
India and Brazil just signed a groundbreaking deal to boost cooperation on critical minerals and rare earths, reducing dependence on China's dominated supply chain. The partnership strengthens Global South nations working together to build more resilient, independent trade networks.
Australia and the European Union just signed a historic trade deal that removes nearly all tariffs on critical minerals, reducing reliance on China's 90 percent control of rare earth processing. The eight-year agreement promises to strengthen supply chains for everything from electric cars to smartphones.
The United States just brought together major world powers to build a new trade zone for the critical minerals that power our phones, cars, and clean energy future. It's a massive step toward breaking one country's control over materials the whole world needs.
An Australian startup is using artificial intelligence to discover critical minerals needed for clean energy and technology at a stunning 75% success rate compared to the industry's less than 1%. Earth AI just opened its own lab to speed discoveries from months to days.
Mining companies are using subatomic particles from space to map precious minerals deep underground, making extraction safer and more efficient. The breakthrough could help meet surging demand for copper and other critical minerals needed for clean energy.
University of Houston scientists have cracked the code on turning discarded electronics into a profitable domestic supply of critical minerals. Their breakthrough cost-sharing model could transform America's junk drawers into a sustainable source of gold, lithium, and cobalt.
Australian researchers discovered that billion-year-old gold and platinum deposits share a common origin, potentially revolutionizing how we find critical minerals for green technology. The breakthrough could make mineral exploration more efficient and sustainable.
Chinese researchers discovered the 11th lunar mineral ever identified, hidden inside a tiny meteorite that fell to Earth. The new mineral glows under light and could help create better LEDs.
A startup from the University of Texas developed a "chemical sponge" that captures valuable minerals from polluted water with zero toxic chemicals. Lab tests show it grabs 100% of critical elements like cobalt while working 100 times faster than current methods.
Scientists are discovering minerals never before seen in nature by studying tiny flecks trapped inside diamonds from deep within Earth's mantle. These discoveries prove that material from our planet's surface travels hundreds of kilometers down and back up again in a continuous cycle.
A mining company in Western Australia just cracked the code on extracting rare earth metals critical for electric vehicles and wind turbines. The breakthrough could help secure the supply chain for the world's clean energy transition.
Japan just pulled off something no country has ever done: retrieving rare earth minerals from 20,000 feet below the ocean surface. The breakthrough could help the nation break free from dependence on foreign suppliers for the materials that power everything from smartphones to electric cars.
Element One just locked down access to a critical mineral needed for clean energy technology, all from American soil. The move could reduce US dependence on foreign suppliers while powering the next generation of green innovation.
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