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The Economic Times
The Economic Times
National
Shreya Biswas

In 15 days, Cornell-engineered bacterium broke down olivine and extracted 75% of its magnesium, while releasing nickel and cobalt and forming a carbon-storing mineral that could link mine waste to cleaner batteries

A Cornell-engineered bacterium has shown it can rapidly weather olivine, extracting up to 75% of its magnesium in just 15 days while also releasing nickel and cobalt and producing a carbon-bearing mineral.

The finding could offer a way to combine carbon storage with the recovery of critical metals used in electric vehicle batteries. The research was published on August 5 in Scientific Reports.

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