EAM Completes Acquisition of LFP Cathode Technology Center in Germany, Plans for Commercial Scale Production for Global Supply Chain
Acquisition of tech center in Germany expedites EAM’s plans to be first in Asia to make LFP cathode outside of ChinaMOOSBURG, Germany–(BUSINESS WIRE)–Epsilon Advanced Materials (EAM) today finalized the acquisition of a lithium-ion phosphate (LFP) cathode active material technology center in Moosburg, Germany, making it the first global company capable of providing manufacturers with both cathode and anode materials for lithium-ion batteries.
With the purchase, EAM is poised to make India the first country in Asia outside of China to manufacture LFP cathode materials. Approximately 70% of cathode materials, and 100% of LFP cathode, for lithium-ion batteries are currently produced in China.
“This acquisition reaffirms our commitment to delivering cutting-edge solutions to the evolving EV battery market,” said Vikram Handa, managing director of EAM. “The advanced technology center in Moosburg strategically positions us to lead the industry in cathode material manufacturing.”
Acquiring the cathode active material technology center from Johnson Matthey solidifies EAM’s position as a global EV battery materials provider, with the potential to reshape the landscape of electric mobility by reducing the battery market’s reliance on China.
Epsilon previously announced a $1.1 billion investment for the establishment of an anode battery materials manufacturing facility in Bellari, Karnataka, India. EAM also plans to build a $650 million graphite anode material manufacturing facility in Brunswick County, North Carolina, U.S. and is investing Euro 600 million to develop a graphite processing facility in Vaasa, Finland.
“We are proud to announce that EAM is now ready to go to market with a proven high-performance cathode active material, marking a significant leap forward in our capabilities,” said EAM CEO Sunit Kapur “Integrating the cathode expertise from the Moosburg technology center with our anode business uniquely positions us to deliver comprehensive solutions to customers, delivering anode and cathode to empower them to optimize the performance of their batteries.”
Battery manufacturers are increasingly transitioning to LFP cathode, which has a longer life span, offers improved discharge and charge efficiency, provides better performance in higher temperatures and is less expensive compared to other cathode materials, such as nickel and cobalt, and it also is maintenance-free, extremely safe and lightweight.
EAM is scheduled to break ground on its facility in India in 2024 to build a large-scale customer qualification plant in 2025, which will scale up to 100,000 tons by 2030.
The Moosburg facility, which employs approximately 25 people in its R&D and operations greatly reduces EAM’s technology development and scale-up timeframe. The center is equipped to produce LFP and lithium manganese iron phosphate (LMFP) cathode in small laboratory-scale batches to up pilot-scale material. It features a versatile pilot customer qualification plant designed to validate new materials and utilizes a Hydrothermal process that provides a cleaner metal processing solution, which results in a more environmentally friendly battery-metals supply chain.
About Epsilon Advanced Materials
Epsilon Advanced Materials is at the forefront of battery material solutions, producing high-caliber, innovative, and environmentally conscious lithium-ion battery (LiB) materials. Founded in 2018 and headquartered in Mumbai, Epsilon’s mission resonates with supporting the global battery industry’s transition to clean and green energy. With a significant presence spanning Europe, North America, and South-East Asia, Epsilon continues to set industry benchmarks. https://www.epsilonam.com/ Contacts
U.S. Media ContactsJohn Tews
French/West/Vaughan
248-320-3814
jtews@fwv-us.com
Earl Whipple
French/West/Vaughan
215-847-2647
ewipple@fwv-us.com
India Media ContactSandeep Kumar
Epsilon Carbon Pvt. Ltd.
+91 22 22712800
sandeep.kumar@epsiloncarbon.com
