Air Products has been awarded the contract to supply on-site nitrogen for Posco Chemical’s new anode material manufacturing site in Sejong, South Korea. The project is expected to increase production capacity in order to meet the growing demands of the secondary battery market.
Lehigh Valley/USA – Air Products has recently announced that it has been awarded a contract by Posco Chemical to supply on-site nitrogen to a new anode material manufacturing site being built in Sejong, South Korea. Posco Chemical is an affiliate of Posco Group, the largest integrated steelmaker in Korea and one of the largest in the world.
“We are honored to be selected once again by Posco Chemical as they ramp up their production capacity to capture the rapidly growing secondary battery market. It reflects our strategic customer’s continued confidence in our safety, reliability and operational excellence,” said Kyo-Yung Kim, president of Air Products Korea. “Fueled by environmental and energy trends, the outlook of Korea’s secondary battery industry is promising, with applications in both electric vehicles and energy storage systems on the rise. Our ongoing commitment to this burgeoning market aligns with Air Products’ higher purpose and strategic focus on energy, environment and emerging markets.”
Air Products has been supplying pipeline oxygen to Posco Chemical’s cathode material manufacturing site in Gumi, and will supply onsite oxygen and nitrogen to its new cathode material production line in Gwangyang.
Anode materials are paired with cathode materials in secondary batteries and are critical for battery performance. These materials are commonly used for devices such as mobile phones, consumer devices, energy storage systems, golf carts, electric bicycles and electric vehicles.
The global leading steelmaker Posco Group has been expanding its business into the secondary battery industry. Posco Chemical was formed in April 2019 following the merger between Posco Chemtech and Posco ESM, two affiliates of the group engaged in the production of key battery materials.