9 stories tagged battery-minerals on EV Digest.
The mining and resource extraction required for electric vehicle batteries and components places significant strain on the planet. This article argues that relying on corporate goodwill for sustainable practices is insufficient and calls for a fundamental shift in how we approach environmental protection in the EV era.
The United States is actively seeking to shore up its domestic critical mineral supply, essential for EV battery production, amid geopolitical and economic uncertainties. A recent forum convened industry leaders, academics, and government officials to strategize on boosting domestic mining, processing, and recycling capabilities. This collaborative effort aims to reduce reliance on foreign sources and establish a more resilient supply chain for the nation's electric vehicle future.
A new report from the National Laboratory Roundtable (NLR) highlights essential strategies to secure North America's critical mineral supply chains, crucial for both electric vehicle batteries and grid infrastructure. The report emphasizes the interconnectedness of these sectors from raw material extraction to final energy delivery. By focusing on domestic sourcing and advanced processing, NLR aims to reduce reliance on foreign entities and bolster energy independence.
The International Energy Agency (IEA) has issued a warning that China's increasing restrictions on rare earth exports could jeopardize $6.5 trillion worth of Western industries, including critical EV battery and motor manufacturing. These curbs underline growing concerns about the global supply chain's over-reliance on China for essential minerals needed in the energy transition.
Graphite One has partnered with an engineering firm to advance its Conneaut, Ohio, battery anode production facility. This collaboration aims to establish 25,000 tonnes of domestic synthetic graphite capacity annually by late 2028, bolstering the crucial supply chain for EV batteries. This represents a significant step towards securing critical materials for electric vehicle manufacturing within North America.
Leading battery manufacturer CATL is backing Wellington, New Zealand-based CarbonScape, a company that has developed a sustainable method to produce graphite from wood. This partnership aims to secure a more environmentally friendly and ethically sourced supply chain for a critical component in electric vehicle batteries, reducing reliance on traditional mining. The collaboration could pave the way for greener battery production worldwide.
EVelution Energy is establishing a solar-powered facility in Yuma County, Arizona, dedicated to producing battery-grade cobalt sulfate. This domestic production site aims to bolster the North American EV battery supply chain by processing significant quantities of cobalt hydroxide feedstock annually. The plant underscores an effort to localize critical mineral processing for electric vehicle batteries.
The market for critical battery minerals like lithium and cobalt is facing significant volatility, with prices fluctuating due to an uneven global electric vehicle market. After a period of high demand and price surges, a recent slowdown in EV sales has led to oversupply and price drops for essential raw materials.
The U.S. Army has announced a collaboration with Titan Mining to establish a commercial graphite purification facility on military land. This marks a significant step towards securing a domestic supply chain for a critical battery material, as the plant would be the first of its kind on a U.S. defense installation.
