Australia’s Lithium-Ion Battery Industry: Mining the World’s Batteries, Missing the Value Chain

Australia digs up more of the periodic table that goes into a lithium-ion battery than almost any other country on Earth. It just doesn't build many batteries.

That's not a knock on the industry, it's the honest starting point for understanding where the real opportunity sits. Between mining the raw minerals and shipping a finished battery material, there are half a dozen industrial stages, and right now Australia captures serious value in only some of them. This is a plain-English tour of that value chain, built from a literature review I completed as a university consultancy project assessing where a battery recycling company might realistically fit into the Australian market.

Global demand for lithium, nickel, cobalt and manganese is climbing fast, driven by electric vehicles, renewable energy storage and portable electronics. Australia sits in a strategically important position at the top of that supply chain, thanks to enormous reserves of exactly these critical minerals.

But upstream strength doesn't automatically turn into downstream value. Strengthening Australia's processing, manufacturing and recycling capability at home remains a stated national priority, and that gap between digging up minerals and capturing their value is exactly what this article maps out.

A lithium-ion battery's life runs through six broad stages: mining and raw materials, refining, manufacturing, use, collection and recycling. Each one can, in principle, happen in Australia or be shipped overseas. Some of these stages are genuinely strong here, some barely exist yet, and one, refining, sits in an uncomfortable middle ground.

Three stages of the chain are genuine Australian strengths.

Domestic refining exists, but it runs on mined feedstock rather than recycled input, and the economics are rough. Tianqi Lithium's Kwinana joint venture with IGO produced 8,839 tonnes of battery-grade lithium hydroxide in FY25-26, yet the asset recorded an impairment of roughly A$605 million in FY25 and continues operating at a loss, with a proposed second production train suspended in January 2025. Covalent Lithium is targeting 50,000 tonnes a year of lithium hydroxide by 2027, and Monash University spinout ElectraLith is piloting an electrodialysis-based extraction process at Kwinana, co-funded by ARENA in August 2026 - feedstock-agnostic, but still pre-commercial. None of the current refining plants accept recycled black mass as input.

No commercial lithium-ion cell manufacturing currently operates in Australia. Recharge Industries' proposed Geelong "gigafactory," the only announced cell-manufacturing project, remains stalled, with no permits filed, unpaid staff and a reported AFP fraud investigation. Li-S Energy is piloting a different chemistry, lithium-sulfur, aimed mainly at military and defence applications rather than the conventional cells used in EVs and stationary storage. Without a domestic cell maker creating demand for battery-grade materials, any Australian recycling or refining operation has to plan on exporting its output rather than counting on a ready local buyer.

Collection infrastructure is genuinely established, but actual capture of end-of-life batteries lags badly. About 99 percent of lead-acid batteries are collected domestically, compared with only around 10 percent of lithium-ion batteries. Unlike the European Union's Battery Regulation, which mandates collection and recycled-content targets, Australia's main scheme, the B-cycle levy, is voluntary.

Six stages, six very different pictures. Here is a stage-by-stage snapshot of the organisations identified in the review.

Black mass is the mixed metal powder recovered when a spent battery is shredded, and it is where Australia's story gets genuinely interesting. Sorting and shredding into black mass is a real, established local activity: EcoBatt (Ecocycle Group) shreds around 8,000 tonnes a year at Campbellfield, Victoria, and Envirostream, a Livium subsidiary, currently processes about 2,400 tonnes a year, expanding toward roughly 10,660 tonnes through a new Derrimut consolidation hub in 2026.

The catch is what happens next. Neither company refines its output domestically. Envirostream sells its mixed metal dust under offtake to SungEel HiTech in South Korea. Downstream hydrometallurgical recovery - the chemistry that turns black mass into battery-grade lithium, nickel and cobalt salts - remains pre-commercial in Australia. Li-ion Energy performs dismantling and pre-processing without confirmed hydrometallurgy at scale. SK tes's Australian site is pre-processing only, despite its parent company being a global hydrometallurgical recycler. Nyrstar's Port Pirie feasibility study has shown no confirmed progress since 2022-23. One newer approach, Renewable Metals, is demonstrating an alkali process at Kewdale, WA that skips black mass altogether and recovers lithium, nickel, cobalt, copper and manganese directly - though still at pre-commercial demonstration scale.

This is Australia's clearest capability gap, and arguably its clearest opportunity: verified feedstock exists, but there is almost no domestic conversion of black mass into battery-grade material.

No Australian-refined, battery-grade recycled output ships commercially yet. Every relevant project - IonDrive's IONSolv deep-eutectic-solvent platform, Renewable Metals' Kewdale demonstration, Nyrstar's feasibility study - remains at pilot or demonstration scale as of 2026. Even IonDrive's most advanced near-term commercial deployment now targets North America, backed by a US incentive package worth up to US$15 million, rather than Australia. Even the most developed Australian-originated recycling technology is commercialising offshore first.

That gap is exactly the space that a company like Green Li-Ion, which already operates a commercial-scale recycled-material plant in the United States, is evaluating for Australian entry: an under-served output stage with no incumbent yet operating domestically at commercial scale. Rather than competing for scarce feedstock, a new entrant is better positioned as an offtake partner for existing black-mass producers such as Envirostream and EcoBatt - ideally sited near the established Kwinana and Kemerton refining cluster in Western Australia, where port, utility and environmental-approval infrastructure already exists, or in partnership with Victorian black-mass producers to shorten the supply chain.

There is a broader sustainability case too. Unmanaged lithium-ion battery waste is a landfill and fire risk, and critical minerals that are recovered from Australian waste but refined overseas forfeit the onshore supply-chain resilience that national critical-minerals policy is meant to build. Extending mandatory product-stewardship obligations to lithium-ion batteries, following the European Union's precedent, would be the clearest policy lever available to lift the collection rate and secure feedstock for any new domestic processor.

Line up the six stages and a clear pattern emerges. Australia has real strength in three of them: mining, collection infrastructure and black-mass production. It has a fragile, loss-making position in a fourth, refining. And in the fifth, battery manufacturing, it barely has a foothold at all. The most realistic opening for new investment sits precisely where the country is currently weakest and the underlying feedstock is currently strongest: converting Australian black mass into battery-grade output, at home, instead of shipping it away.

Whether that gets captured by an existing player scaling up, a new entrant setting up a domestic plant, or a policy shift that finally makes battery collection mandatory, the direction is the same. Mine to market is a chain, and right now Australia owns only some of the links.