Lithium Universe Limited (ASX:LU7) is an emerging technology company with a dual strategic focus: building a fully integrated lithium Supply chain in North America, anchored by its Bécancour Lithium Refinery project in Québec, and revolutionising the photovoltaic (PV) solar panel recycling sector through its Silver Extraction PV Recycling strategy.

Recent Developments

LU7 and Macquarie University jointly submitted a research project expression of interest for consideration under the CSIRO Industry PhD Program, and CSIRO has confirmed the project titled "Microwave-Assisted Recycling of End-of-Life Silicon Photovoltaic Modules" has been selected. The four-year program will investigate how microwave energy can separate the different layers of end-of-life solar panels without crushing or contaminating them, enabling higher-quality recovery of glass, silicon, silver, and other metals. Macquarie University will serve as the primary academic institution, CSIRO will provide scientific supervision and materials testing, and LU7 will act as the industry partner with responsibility for commercial direction and pilot testing. A draft collaboration agreement is expected to be issued for review before the end of October 2026, with the earliest project commencement approximately six months after the EOI round closed. For a student commencing in 2027, the total scholarship is approximately A$207,143 over four years, comprising A$155,433 funded by CSIRO and a A$51,710 top-up funded by LU7. The project strengthens LU7's scientific credibility through independent CSIRO involvement and creates potential intellectual property and commercialisation opportunities.

Sector Context

Australia currently generates approximately 3 million end-of-life solar panels — around 60,000 tonnes — annually, with annual waste projected to reach approximately 91,000 tonnes by 2030. Globally, annual PV module retirements are expected to exceed 500,000 tonnes by 2030 and surpass 19 million tonnes per year by 2060. Each solar panel contains approximately 20 grams of silver, implying around 60 tonnes of silver embedded in Australia's current annual end-of-life panel stream alone. With silver prices elevated due to Demand from photovoltaics and AI technologies, efficient recycling that recovers high-purity silver is gaining economic urgency.

Risk and Uncertainty

The CSIRO Industry PhD Program is a four-year research initiative, meaning commercial outcomes and validated technology are years away. The program's success depends on student recruitment, agreement execution, and research outcomes that are inherently uncertain. LU7's industry Placement obligations add a cost commitment, and the path from laboratory proof-of-concept to scalable commercial deployment involves further Capital requirements and technical validation not yet demonstrated at pilot scale.

Catalysts to Watch

Key milestones to monitor include execution of the formal iPhD Collaboration Agreement expected in late 2026, student recruitment, project commencement in 2027, and early data on microwave delamination performance at Macquarie University's facilities. Progress on the company's lithium refinery strategy at Bécancour also remains a parallel value driver.

The CSIRO Partnership marks a meaningful step in LU7's ambition to commercialise solar panel recycling technology, lending institutional credibility to a strategy that could capture significant value from the rapidly growing global PV waste stream.