The Messy, Global Battle for the Metals that Run Your iPhone

A truck (L) makes it way up the side of Molycorp Minerals open pit Mountain Pass Mine in Mountain Pass, California in this August 19, 2009 photo. The mine is home to the world's richest proven reserve of "rare earth"... A truck (L) makes it way up the side of Molycorp Minerals open pit Mountain Pass Mine in Mountain Pass, California in this August 19, 2009 photo. The mine is home to the world's richest proven reserve of "rare earth" metals, a family of minerals vital to producing the powerful, lightweight magnets used in the engines of Toyota Motor Corp's Prius and generators in wind turbines. The same kind of magnets power the fins that steer precision-guided missiles. To match feature ENVIRONMENT-MINING/TOYOTA REUTERS/David Becker (UNITED STATES) BEST QUALITY AVAILABLE - RTR27AO6 MORE LESS
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Have you heard of Neodymium? How about Rare Earth Elements? If you haven’t, you should. They’re incredibly messy to mine out of the ground – conveniently co-located in most cases with radioactive metals like thorium and uranium. The iPhone in your pocket won’t work without them. Neither will the hybrid car you’re driving to help stop global warming. And about 90% of the supply for these critical elements comes from China. In our latest TPMPrime Long Form (sub.req.), inside the environmentally messy global race for the metals that run your iPhone. And Andoid. And Prius. And everything else.

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