Why The United States’ Belated Critical Minerals Gambit Won’t Stop China

U.S. President Donald Trump has undertaken the most aggressive federal intervention in the critical minerals and rare earth sectors ever since he returned to the Oval Office, announcing a flurry of deals as Washington desperately tries to counter China’s dominance in minerals that are powering the energy transition and AI boom. The deals included a…


Why The United States’ Belated Critical Minerals Gambit Won’t Stop China

U.S. President Donald Trump has undertaken the most aggressive federal intervention in the critical minerals and rare earth sectors ever since he returned to the Oval Office, announcing a flurry of deals as Washington desperately tries to counter China’s dominance in minerals that are powering the energy transition and AI boom. The deals included a hodgepodge of equity and debt packages with dozens of rare earths companies, with MP Materials (NYSE:MP) and U.S. Rare Earths (NASDAQ:USAR) some of the key beneficiaries. Last month, Trump unveiled a $3-billion federal investment in critical minerals projects across the country, part of ongoing efforts to scale domestic production and decouple from Chinese battery supply chains. The highlight of the financing round was a $1.4-billion conditional loan to Sila Nanotechnologies from the Pentagon’s Office of Strategic Capital (OSC), with the California-based startup looking to scale up the production of next-generation battery materials.

The United States is now home to a growing number of companies looking to re-invent EV batteries. That’s hardly surprising considering that EVs represent the leading demand driver for critical minerals, accounting for well over half of total global demand for critical minerals like lithium, cobalt and nickel.

Sila Nanotechnologies is a battery materials company focused on commercializing and mass-manufacturing silicon-carbon (Si/C) composite anodes to replace traditional graphite in lithium-ion batteries. The company’s flagship product is Titan Silicon, a nano-engineered silicon anode material designed as a seamless “drop-in” replacement for existing battery manufacturing processes. The company’s batteries promise up to a 40% increase in energy density compared to standard graphite cells, while being lighter and more compact. The company commenced commercial-scale production processes for its Titan Silicon material in late 2025, with the Moses Lake factory aiming to produce enough advanced silicon-carbon anode material to power between 20,000 and 50,000 electric vehicles annually.

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Meanwhile, Utah-based Lilac Solutions is attempting to shake up the mining industry by deploying its patented Direct Lithium Extraction (DLE) technology to extract lithium from brine water. Compared to traditional mining, DLE takes one day instead of two years, recovers roughly double the lithium while using 99% less land and significantly less water by eliminating massive evaporation ponds.

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