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How potatoes could help the high-tech industry

IDAHO FALLS — Every year, it takes millions of gallons of water to clean, peel and slice Idaho’s potatoes before they’re processed into any number of products from tater tots and animal feed to industrial starch. As a result, Idaho potato processors must treat and dispose of a large amount of wastewater that contains organic matter, silt and sand. But now, new research from Idaho National Laboratory suggests that potato wastewater might serve well as a low-cost food source for a special bacterium that could be used to recycle high-tech devices, industrial catalysts and other sources of rare earth elements.

Potato wastewater could feed bacteria used to recycle high tech devices

Potato wastewater could feed bacteria used to recycle high tech devices Updated at Share This IDAHO FALLS Every year, it takes millions of gallons of water to clean, peel and slice Idaho’s potatoes before they’re processed into any number of products from tater tots and animal feed to industrial starch. As a result, Idaho potato processors must treat and dispose of a large amount of wastewater that contains organic matter, silt and sand. But now, new research from Idaho National Laboratory suggests that potato wastewater might serve well as a low-cost food source for a special bacterium that could be used to recycle high tech devices, industrial catalysts and other sources of rare earth elements.

First Cobalt Granted U S Department of Energy Funding for Idaho Cobalt Project

Share this article TORONTO, April 28, 2021 /CNW/ -  First Cobalt Corp. (TSX-V: FCC) (OTCQX: FTSSF) (the Company ) today announced that it has been awarded funding from the US Department of Energy s Critical Materials Institute (CMI), an Energy Innovation Hub, for research on innovative mineral processing techniques for its Iron Creek copper-cobalt project in Idaho. This interdisciplinary, collaborative research effort will be conducted in conjunction with the Kroll Institute for Extractive Metallurgy (KIEM) at the Colorado School of Mines over a two-year period with the objective of identifying more efficient and environmentally friendly methods to process cobalt ore from pyrite material. The funding from CMI will consist of US$600,000 over a two-year period, with an in-kind match from the Company, as part of a total US$1.2 million program. The work is yet another executed step in First Cobalt s strategic plan to become the world s most sustainable producer of battery materials.

American Battery Metals Corporation is building a strong foundation to play the lithium long game

American Battery Metals Corporation is building a strong foundation to play the lithium long game
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