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| Litus and UWin Nanotech |
Critical mineral recovery is undergoing a major technological transformation through a new strategic alliance. Calgary-based Litus has entered into a memorandum of understanding (MOU) with Taiwan’s UWin Nanotech to optimize the extraction and purification of essential battery metals. This partnership leverages Litus’ proprietary nanotechnology alongside UWin’s established hydrometallurgy expertise. As a result, both companies aim to build more resilient and scalable circular supply chains for the global battery ecosystem.
Scaling Innovation in Battery Recycling and Mineral Extraction
The collaboration focuses on the selective recovery of lithium, cobalt, and nickel from complex recycling sources. Litus contributes its patented LiNC direct lithium extraction platform, which achieves high selectivity with minimal chemical consumption. Meanwhile, UWin Nanotech brings its experience as a certified Apple recycling supplier to the table. Therefore, this integration of advanced nanomaterials and metallurgical processes promises to unlock value from unconventional sources, such as geothermal brines and spent EV batteries.
Strengthening Circular Supply Chains for Global OEM Needs
Market demand for critical mineral recovery technologies continues to surge as EV manufacturers and OEMs prioritize supply chain security. Litus’ ReLiGN battery recycling platform supports this objective by delivering battery-grade lithium with ultra-low energy requirements. Furthermore, the partnership aims to minimize hazardous waste throughout the recovery cycle. Ultimately, this technological synergy positions both firms to lead in the rapidly evolving market for secondary critical minerals and rare earth elements.
ScrapInsight Commentary
This cooperation is a strategic move to recover high-purity lithium and battery materials from previously low-economy resources through the combination of nanotechnology and wet smelting technology. In particular, the approach to defining waste batteries as resource storage rather than just waste and strengthening supply chain resilience is expected to be an important milestone in standardizing the global battery circular economy in the future.
