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#数字资产市场动态 The Deep Sea Battle Heats Up! Japan Breaks 6000-Meter Ocean Floor Rare Earth Mining Record—Will the Global Resource Map Be Reshaped?
Recently, Japan made a big move—successfully achieving the world's first commercial deep-sea rare earth extraction. While the rest of the world is still fighting over terrestrial rare earth deposits, Japan has set its sights on the deep ocean.
The protagonist this time is an exploration vessel called "Earth," which launched a deep-sea resource contest in the waters near Minami-Tori-shima. What does 6000 meters mean? It's roughly the depth of two Mount Fuji peaks buried underwater. The pressure there is astonishing, and there's no light, but Japan's approach is actually quite straightforward—using an ultra-long drill pipe to pierce the seabed, loosening the hardened mud layer, then utilizing pressure differences to directly suck up the slurry containing mixed rare earths back onto the ship. It's as simple and crude as drinking a beverage through an extra-long straw in the deep sea.
Why go to such lengths to dig for riches? The underlying logic is actually quite sobering. Rare earths are the lifeblood of chips, new energy vehicles, and advanced manufacturing. Currently, global rare earth supply is highly concentrated. Japan's effort to extract resources from the deep sea is essentially an attempt to control the "lifeline" of rare earth supply and achieve true domestic production.
This test will continue until February 2026, and the results could determine whether large-scale deep-sea mining will unfold in the future. But controversy has already erupted. Environmentalists worry that disturbing seabed sediments could lead to heavy metal leaks and destroy deep-sea ecosystems. Japan counters that compared to land-based mining, which produces radioactive waste, seabed dredging is actually more "clean."
Regardless of the debate, this scoop of mud from 6000 meters deep represents a technological breakthrough for Japan and a crucial step in its resource independence strategy. This move is likely to disrupt the global rare earth industry landscape, with ripple effects that could impact the entire supply chain.