Novelis Inc., an aluminum rolling and recycling company, will invest approximately $50 million to build a recycling center at its Ulsan Aluminum joint venture in South Korea. Fully funded by Novelis, the Ulsan Recycling Center will have an annual casting capacity of 100 kilotonnes of low-carbon sheet ingot. once online, we expect the recycling center to reduce the companys carbon emissions by more than 420,000 tons each year. 

"This latest capital investment in recycling is another example of our company purpose of Shaping a Sustainable World Together in action," said Pierre Labat, Senior Vice President, Chief Strategy and Sustainability Officer, Novelis Inc. "I am excited by the actions Novelis is taking to increase aluminum recycling worldwide and the benefits this will have for our customers and in making aluminum the preferred material for all the markets Novelis serves." 

Novelis, which already operates Asias largest aluminum recycling center in Yeongju, South Korea, as well as the worlds largest aluminum recycling center in Nachterstedt, Germany, is making this investment in additional recycling capacity to meet the growing global demand for sustainable aluminum products. In January, the company also announced it would build a new U.S. recycling center in Guthrie, Kentucky. Using recycled aluminum as input material requires only 5% of the energy used to make primary aluminum, thus avoiding 95% of the carbon emissions associated with production. 

Construction of the Ulsan Recycling Center is expected to begin in October, with commissioning expected in early 2024. 

"The establishment of the Ulsan Aluminum Recycling Center is an important investment to help us achieve our ambition of becoming the worlds leading provider of sustainable, low-carbon aluminum solutions," said Sachin Satpute, Executive Vice President, Novelis, and President, Novelis Asia. "By increasing the use of recycled content, we are committed to reducing our carbon footprint as well as that of our customers and the broader industry, and accelerating aluminums transition to a fully circular economy."