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2 results returned.
DeepGreen intends to mine essential battery metals — cobalt, nickel, copper, manganese — from polymetallic nodules that sit on the deep ocean floor. They have developed this form of mining...
A renewable energy and battery company with a mission “to combine technology and nature to deliver reliable, affordable green energy to everyone.” It developed zinc-oxide batteries as an alternative to...
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