Every story tagged Rare Earth Elements, curated for CIOs and IT leaders — ranked by source credibility, engagement, and freshness.
3 stories · open in the command center
Researchers have developed a breakthrough electrochemical method using manganese oxide channels to separate rare earth elements in water without toxic chemicals, potentially reducing purification costs and environmental impact at manufacturing scale. This innovation directly affects IT and technology supply chains, as rare earth elements are critical for electric motors, LEDs, MRI machines, and semiconductor manufacturing. Organizations should monitor this technology's commercialization timeline and consider how cleaner rare earth sourcing could enhance supply chain sustainability and regulatory compliance.
Japan has successfully extracted rare earth elements from 6,000 meters beneath the Pacific Ocean near Minamitorishima island, potentially accessing the world's third-largest reserve with an estimated 16 million tons of critical materials essential for semiconductors, EVs, defense systems, and advanced electronics. This breakthrough strengthens Japan's strategic position as the only major industrial nation to reduce dependency on China from 90% to 50% following a 2010 supply shock, while escalating US-China trade tensions make rare earth supply chains a critical economic security issue. For technology organizations heavily dependent on electronics manufacturing, EVs, renewable energy systems, and defense technologies, this development signals potential diversification in a supply chain currently dominated by Chinese refining and processing.
Radify Metals has developed plasma-based reactor technology that could disrupt China's monopoly on rare-earth element refining by offering a cleaner, more cost-effective alternative to traditional heat and water-based processes. This breakthrough addresses a critical supply chain gap in critical mineral refining, with potential to reduce production costs to within 50% of China's current pricing while enabling greater manufacturing flexibility and resilience against geopolitical supply disruptions. For IT organizations, this signals reduced future dependency risks on Chinese-controlled supply chains for semiconductors, electronics, and advanced hardware components essential to digital infrastructure.