US National Science Foundation awards $160 million to develop domestic critical minerals supply chain for batteries
By Eve
The US National Science Foundation has selected the Critical Materials Crossroads Engine, led by the University of Missouri–Kansas City, to receive up to $160 million to build a regional ecosystem for producing metals and advanced materials used in batteries, semiconductors, aircraft parts and medical devices. Battery manufacturer EaglePicher Technologies will partner in developing and commercialising domestically produced battery materials, addressing US reliance on imports and China's dominance of global critical materials supply chains. The programme aims to rebuild American workforce, infrastructure and manufacturing capacity for critical materials production across transportation, energy, communication and national security sectors.
Why it matters: Domestic critical minerals production directly affects the cost, security and speed of EV battery supply chains, potentially reducing procurement risks and lead times for charging infrastructure projects that depend on stable battery storage and grid equipment. A stronger US materials base may also lower costs for energy storage systems that support fast charging hubs and grid services.