Battery ProductionNews - Page 12

Superior air classifier separation of graphite from ore

Volt Carbon Technologies will utilise its superior classifier separation technique to purify large-flake graphite. Volt Carbon Technologies (VCT) is an industry-leading carbon sciences, battery engineering,...

AMTE Power: Pioneering homegrown battery cells for a net zero society

AMTE Power has selected Dundee as the preferred site for its first MegaFactory in an effort to boost the UK’s ambition to produce homegrown...

Britishvolt Gigaplant in Northumberland receives final grant offer

The UK government has presented Britishvolt, a leading battery technology development company, with a final grant offer through the Automotive Transformation Fund for its...

General Motors and Livent: Using lithium hydroxide in EV production

Livent’s battery-grade lithium hydroxide, made primarily from lithium extracted at its brine-based operations in South America, is to be utilised in the production of...

Renforth Resources: Developing unexplored mining territories in Quebec

Renforth Resources is working to develop unexplored mining territories in Quebec to become a key driver in the battery metals supply chain and the...

A green battery separator solution for the global energy transition

Senior Material Europe is an innovative company specialising in the development of green battery separator solutions integrated within the European battery value chain. On 14...

Quebec’s role in the battery metals supply chain

Pierre Fitzgibbon, Quebec’s Minister of Economy and Innovation and Minister Responsible for Regional Economic Development, discusses Quebec's role in the north American battery supply...

Magnet materials refiner to secure the UK’s magnet metals supply chain

The announcement of funding for the UK’s first magnet materials refiner, alongside the publication of Britain’s first Critical Minerals Strategy, is paving the way...

Sodium-ion batteries: A promising candidate for new battery technology

A research team from the U.S. Department of Energy’s Pacific Northwest National Laboratory has developed a sodium-ion battery with greatly extended longevity in laboratory...

Galvanic’s Smackover prospect: Unearthing lithium resources

An independent evaluation of Galvanic Energy’s Smackover prospect reveals an estimation of approximately 4 million tons lithium carbonate equivalent, and testing demonstrates up to...

From Independence Day to energy independence in the US

Brent Wilson, the CEO of Galvanic Energy, discusses the necessity of achieving energy independence and the future of lithium battery production in the US. This...

Temperature-resilient batteries: Pioneering the functionality of EVs

A research team from the University of California, San Diego, have developed temperature-resilient batteries that perform well at both cold and hot temperatures, whilst...

Enabling fast charging lithium-ion batteries through 3D printing

Lawrence Livermore National Laboratory is developing a 3D printing method that facilitates high-energy-density and fast charging lithium-ion batteries. The next generation lithium-ion batteries require greater...

New approach revealed to reduce EV battery testing time by 75%

Researchers at the University of Michigan (U-M) have emphasised that testing the longevity of new electric vehicle battery designs could be four times faster...

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