Aclara Resources has taken a significant step towards strengthening the global supply chain for rare earth metals by expanding into the United States market. The company has incorporated a U.S.-based subsidiary, Aclara Technologies, to develop its rare earths separation capabilities. This move is part of a joint venture with CAP, aiming to create the first vertically integrated heavy rare earths company outside of Asia. The initiative is driven by the increasing demand for rare earth metals, such as Dysprosium and Terbium, which are essential for manufacturing permanent magnets used in electric vehicles, wind turbines, and robotics.
The expansion leverages Aclara's unique access to clean heavy rare earths sourced from stable and investment-friendly countries in the Americas. By vertically integrating its operations, Aclara aims to address the critical need for a geopolitically independent supply chain. This is particularly important given the current reliance on Asian markets for rare earth metals, which poses risks to supply stability. Aclara Technologies will process high-purity mixed rare earths carbonates from Aclara's extraction modules in Chile and Brazil, converting them into individual rare earths oxides at its U.S. separation facility.
To support this ambitious project, Aclara Technologies has partnered with the Saskatchewan Research Council to develop a specialized production flowsheet for its premium carbonate. This collaboration underscores the technical challenges and opportunities in rare earths processing and highlights Aclara's commitment to innovation and sustainability. The expansion into the U.S. market not only enhances Aclara's position in the global rare earths industry but also contributes to the broader goal of decarbonization by securing the supply of critical materials for green technologies.
For more information on Aclara's rare earths projects, visit https://www.aclararesources.com. This strategic move by Aclara Resources represents a pivotal development in the rare earths sector, promising to reshape supply dynamics and support the transition to a more sustainable and technologically advanced future.
