PERTH, Australia : Global Lithium Resources (ASX: GL1) has entered into a binding agreement to acquire the Nova nickel processing operation from IGO Limited (ASX: IGO) in a strategic A$7 million deal designed to accelerate the development of the Manna Lithium Project.
The acquisition marks a significant pivot for Global Lithium, allowing the company to repurpose existing brownfield infrastructure to fast-track spodumene concentrate production. By acquiring the Nova processing plant as it nears its planned end-of-life for nickel production, Global Lithium bypasses the multi-year lead times and capital intensity required for a traditional greenfield concentrator.
Deal Structure and Financials
The A$7 million transaction is structured to preserve Global Lithium’s cash position while providing IGO with a clean exit from the asset. The consideration includes:
- A$3 million cash payable upon completion.
- A$2 million in Global Lithium (GL1) ordinary shares, aligning IGO’s interests with the success of the Manna Project.
- A$2 million in deferred cash, payable twelve months after the completion of the transaction.
Under the terms of the deal, Global Lithium will assume ownership of the Nova processing plant and associated infrastructure once IGO concludes its final nickel-copper-cobalt production cycle, currently slated for the December quarter of 2026. The acquisition also includes the transfer of long-term rehabilitation obligations, a common feature in West Australian asset transfers as mature mines transition to new uses.
Strategic Infrastructure Repurposing
The core of the deal lies in the Nova crushing and sorting circuit. Global Lithium intends to refit the facility to process spodumene-bearing pegmatite ore from the Manna Lithium Project, located approximately 170 kilometers to the north.
Current plans involve trucking ore from the Manna site to Nova for primary crushing and ore sorting. This “hub-and-spoke” model is becoming increasingly prevalent in the Western Australian mining landscape as operators seek to maximize the utility of existing permits and power infrastructure.
Global Lithium will immediately commence an integration study to determine the exact engineering requirements for the conversion. The goal is to have the Nova plant fully operational for lithium processing by mid-2027, a timeline that would have been impossible under a standard greenfield development scenario.
Accelerating the Manna Project Timeline
The Manna Lithium Project, 100% owned by Global Lithium, is one of the most advanced pre-development spodumene assets in the Kalgoorlie region. A Definitive Feasibility Study (DFS) completed in late 2025 outlined a robust 14-year mine life with a post-tax NPV of A$472 million.
By utilizing Nova, Global Lithium can potentially shorten the path to first export. The previous DFS assumed a stand-alone concentrator at Manna with a construction window of 18 to 24 months. By shifting the processing to the already-permitted Nova site, the company can focus its capital on mining fleet mobilization and site-based infrastructure at Manna.
The company is currently working toward a Final Investment Decision (FID) targeted for the December quarter of 2026. “The acquisition of the Nova infrastructure is a game-changer for the Manna development pathway,” a company representative noted. “It de-risks the construction phase and provides a clear, lower-cost route to market at a time when lithium demand is expected to re-accelerate.”
Logistical Logistics: Manna to Esperance
The integration of Nova creates a new logistical corridor for Global Lithium. The proposed route will see raw ore trucked from Manna to the Nova facility for crushing. From Nova, the concentrated spodumene will be transported approximately 375 kilometers south to the Port of Esperance for export.
This logistics chain utilizes established heavy-haulage roads and existing port facilities, further reducing the need for new mining technology or infrastructure breakthroughs. The proximity to the Port of Esperance is a key competitive advantage for Global Lithium, providing a shorter sea-freight distance to Tier-1 chemical converters in Asia compared to projects in the northern or western parts of the state.
IGO’s Exit and Industry Implications
For IGO Limited, the divestment of the Nova infrastructure follows a period of consolidation. As the Nova-Bollinger nickel mine reaches its natural end-of-life in late 2026, IGO has been focused on its joint venture interests in the Greenbushes lithium mine and the Kwinana refinery.
The sale of the Nova plant allows IGO to monetize an asset that would otherwise require decommissioning and full-scale rehabilitation. By handing the site over to Global Lithium, the operational life of the infrastructure is extended, preserving local jobs and maintaining economic activity in the Fraser Range region.
This transaction highlights a growing trend in the critical minerals sector where legacy base-metal infrastructure is being “re-sleeved” for the energy transition. Similar initiatives have been seen in other jurisdictions where mining permits are being reformed to allow for faster transitions between commodity cycles.
Market Outlook: Lithium in 2026-2027
The acquisition comes as the lithium market shows signs of stabilization following the volatility of 2024 and 2025. With copper prices and other energy transition metals seeing structural support from AI data center growth and global electrification, lithium remains a cornerstone of the battery supply chain.
Global Lithium’s move to target mid-2027 for first production aligns with market forecasts suggesting a supply deficit could re-emerge as the next wave of electric vehicle (EV) models hits the global market. By positioning Manna to be “shovel-ready” and infrastructure-backed by early 2027, Global Lithium aims to capture the upside of the next price cycle.
The Manna Project currently hosts a Mineral Resource Estimate of 51.6 Mt @ 1.00% Li₂O, with an Ore Reserve of 19.4 Mt @ 0.91% Li₂O. The technical feasibility of the project is well-established, with metallurgical testwork confirming high recoveries and the ability to produce a premium >5.5% Li₂O spodumene concentrate.
By Charles Pitts
