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In a significant step towards disrupting China’s dominance in the graphite market, a new facility is launching today in Malaysia. Graphjet Technology is unveiling what it claims to be the first commercial-scale production site for “green graphite,” which will use palm kernel shells to create this essential battery material.
Aiden Lee, the company’s CEO, highlighted that China currently controls the global graphite supply, which is crucial for battery production. “China has invested heavily in its industry, ensuring it leads in graphite production,” he stated.
According to Benchmark Mineral Intelligence, China produced the majority of natural graphite and roughly 70% of global synthetic graphite in 2022. Last year, the Chinese government implemented export controls on graphite in retaliation to U.S. tech restrictions, requiring special permits for several types of graphite.
As the U.S. pushes for less reliance on Chinese materials, there is an increasing race to develop alternative graphite supply chains. However, establishing these networks is proving challenging. The CEO of Albemarle, a leading lithium producer, recently cautioned that developing a western supply chain to gain control of critical minerals from China might not be economically feasible.
So far, efforts to increase local battery production have mostly concentrated on the cathode side, while the anode sector, where graphite is used, has received less attention. Lee noted, “While we can easily get cathodes, we face challenges without a steady supply of anodes.”
China’s export restrictions have motivated many to explore alternative sources of graphite. Graphjet’s innovative production technique, which doesn’t rely on traditional coking materials, may help it avoid some risks.
The new Malaysian facility aims to produce around 3,000 tonnes of graphite annually—this is a small fraction compared to China’s extensive capacity of 1.5 million tonnes. Graphjet is also considering expanding to the U.S., with plans for a facility near Reno, Nevada, aiming to eventually produce between 50,000 and 100,000 tonnes per year.
Shifting U.S. energy policies bring additional complexity. Donald Trump has expressed intentions to eliminate parts of significant climate legislation aimed at bolstering the electric vehicle sector. Nevertheless, a tougher stance on China may drive companies to seek alternative sources for battery materials.
Despite these uncertainties, Lee remains optimistic. He believes that the electric vehicle industry’s momentum will continue, regardless of political changes. “The EV sector must progress. It’s just about the timing and how we navigate the landscape amid any potential trade conflicts,” he commented.
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