Litus and UWin Nanotech Form Battery Recycling Partnership

Litus and UWin Nanotech Form Battery Recycling Partnership
Litus and UWin Nanotech

Calgary-based Litus has entered a memorandum of understanding (MOU) with Taiwan’s UWin Nanotech to advance the recovery of critical minerals from battery materials and industrial scrap. This strategic partnership combines Litus’ proprietary nanotechnology for direct lithium extraction with UWin’s established expertise in hydrometallurgical recycling, aiming to strengthen the circular supply chain for lithium-ion batteries and other high-value metallic feedstocks.


Synergizing Advanced Extraction and Recycling

The collaboration seeks to leverage Litus’ LiNC platform—a one-step direct lithium extraction technology—alongside its ReLiGN battery recycling process. By integrating these nanomaterial-based solutions with UWin Nanotech’s proven hydrometallurgy systems, the companies aim to optimize the extraction, separation, and purification of lithium, cobalt, nickel, and various rare earth elements (REEs).

UWin Nanotech is a certified recycling supplier for major tech hardware. This MOU provides a technical pathway to improve their precious metal and electronics recovery efficiency. For Litus, the partnership validates its Calgary-based manufacturing strategy. The company focuses on supplying proprietary nanocomposites. These materials treat diverse, low-concentration feedstocks like geothermal brines and oilfield-produced water.


Litus and UWin Nanotech Form Battery Recycling Partnership
Battery critical minerals

Strengthening Circular Mineral Supply Chains

The push toward circularity in battery manufacturing has intensified. Global OEMs and energy storage providers are now seeking to mitigate supply chain volatility. By prioritizing the recovery of battery-grade materials from end-of-life cells, both companies aim to provide a secondary source of critical minerals.

Crucially, these recovered materials require lower energy and chemical inputs than traditional primary mining. The MOU establishes a framework for the joint development of these closed-loop processing solutions.


Market Impact

○ Impacted Metals: Lithium, Cobalt, Nickel, Rare Earth Elements

○ Direction: Stable

○ Time Horizon: Medium-term

○ Affected Industries: Battery Manufacturing, Electric Vehicles, Electronics Recycling, Energy Storage

○ Related Price Reports: Lithium Weekly Price Report, Cobalt Alloy Weekly Price Report, Nickel Alloy Weekly Price Report, Rare Earth Weekly Price Report

○ Watch Item: Monitor for subsequent technical validation data or commercial deployment agreements resulting from this joint research phase.


SuperMetalPrice Commentary:

This partnership highlights a broader trend: the convergence of mining-tech startups and established industrial recyclers to solve the “feedstock problem” of the energy transition. By linking Litus’s selective extraction nanomaterials with UWin’s existing hydrometallurgical infrastructure, the companies are moving beyond pilot-scale testing toward a more integrated, modular approach to material recovery that appeals directly to OEMs concerned with localized supply chain resilience.

Leave a Reply

smp_app_img
Mo(Ox)

Mo(Ox)

Molybdenum oxide (MoO₃) is a transition metal oxide widely used as a key functional material in electronic…
Mo

Mo

Molybdenum (Mo) is a high-melting refractory metal with excellent strength, corrosion resistance, and high-temperature stability, widely…
Fe-Cr

Fe-Cr

Ferrochrome (Fe–Cr) is an iron–chromium alloy containing about 51–75% chromium, produced by carbothermic reduction of chromium…
Pt

Pt

Platinum (Pt) is a highly stable precious metal with excellent corrosion resistance, high-temperature stability,…