Highlights

  • Lithium Universe acquired exclusive global rights to the University of Edinburgh’s Gold Copper Diamide Extraction (GCDE) technology for recovering gold and copper from electronic waste.
  • The company’s shares rose 5.88% to AUD 0.009 on 27 May 2026 following the announcement.
  • Management said the new technology complements its existing lithium refining and photovoltaic recycling initiatives, expanding exposure to the broader Circular Economy sector.

Lithium Universe Limited (ASX:LU7) attracted market attention on 27 May 2026 after announcing the Acquisition of exclusive global licensing rights to a gold and copper extraction technology developed by the University of Edinburgh.

The announcement pushed the ASX-listed Penny Stock higher during the Trading session, with shares rising 5.88% to AUD 0.009. Investor interest appeared to focus on the company’s strategic expansion beyond lithium refining into the growing electronic waste recycling industry, often referred to as “urban Mining.”

The newly licensed technology, known as the Gold Copper Diamide Extraction (GCDE) process, is designed to selectively recover gold and copper from discarded electronics such as mobile phones, laptops, printed circuit boards, and other electronic waste streams.

The move signals a broader Diversification strategy for Lithium Universe as it seeks exposure to multiple sectors linked to the global energy transition and resource recovery markets.

Technology Targets High-Value Metals in Electronic Waste

The GCDE technology developed by the University of Edinburgh’s School of Chemistry uses reusable organic compounds to selectively extract gold and copper from acidic e-waste solutions.

Unlike conventional smelting processes that require high-temperature furnaces and significant energy inputs, the GCDE process operates under lower-temperature hydrometallurgical conditions. According to the company, the process enables selective extraction with limited impurities and reduced reliance on aggressive chemicals.

The technology works in two stages. The first stage targets gold recovery using a specially designed diamide ligand that selectively binds to dissolved gold ions in acidic solutions generated from shredded electronic waste. Once separated, the gold can be refined further into metallic form.

The second stage uses pyrazine-2,3-dicarboxylic acid (PDCA) to selectively recover copper from the remaining solution. Copper can then be separated for further processing and commercial use.

Management stated that the process avoids many of the environmental drawbacks associated with traditional e-waste recovery systems, including high energy consumption and toxic chemical use.

E-Waste Represents Growing Source of Precious Metals

Lithium Universe highlighted the increasing economic significance of e-waste recycling, particularly as concentrations of valuable metals in discarded electronics often exceed those found in natural ore deposits.

According to figures included in the company’s announcement, electronic waste may contain approximately 200 to 350 grams of gold per tonne, while certain printed circuit boards can contain up to 900 grams per tonne. By comparison, traditional gold mining operations often process ore grades significantly lower than one gram per tonne.

At current gold prices near US$4,800 per ounce, the company estimated that gold content in one tonne of e-waste could be worth approximately US$46,320 before recovery factors are applied.

Copper concentrations in electronic waste were also highlighted as commercially attractive, ranging between 50 kilograms and 270 kilograms per tonne. Based on prevailing copper prices, management estimated average copper value at around US$2,064 per tonne of e-waste.

These Economics have contributed to rising global interest in urban mining, where electronic waste is treated as a secondary source of critical and precious metals.

Strategic Expansion Beyond Lithium Refining

Lithium Universe stated that the GCDE technology complements its broader strategy involving lithium refining and precious metals recovery.

The company has previously discussed ambitions to address lithium conversion capacity shortages in North America through lithium carbonate refinery development. The addition of e-waste metal recovery introduces a parallel Business segment focused on recycling and resource recovery technologies.

Executive Chairman Iggy Tan described the strategy as involving two complementary divisions: lithium refining and precious metals recovery. According to management, the recycling initiative is intended to progress alongside the company’s lithium business using a modular and lower-Capital-intensity approach during the early stages.

The company also indicated that future commercial success in the recycling division could create optionality for standalone development or separate value realisation pathways.

For investors, the expansion into recycling technologies may diversify the company’s long-term operational exposure beyond lithium market cycles alone.

Partnership With University of Edinburgh Adds Technical Credibility

The agreement provides Lithium Universe with exclusive worldwide commercialisation rights to the GCDE technology, with Patent applications pending in Europe and the United States.

The research was developed by Professor Jason Love and Professor Carole Morrison from the University of Edinburgh’s School of Chemistry. Their earlier work on selective gold extraction was published in Nature Communications in 2021 and later supported patent applications.

The licensing agreement includes upfront payments, milestone payments linked to pilot plant and commercial development, and ongoing Royalty obligations. Edinburgh University will receive royalties between 2% and 3% on revenues generated from the technology.

Professor Love stated that Lithium Universe’s experience in scaling processing technologies and chemical engineering capability made the company a suitable commercialisation partner.

The partnership with a recognised research institution may help strengthen confidence in the scientific basis of the extraction process, although commercial scalability and economic performance remain important future milestones.

Commercialisation Path Still in Early Stages

Despite investor enthusiasm surrounding the announcement, the project remains in an early commercialisation phase.

Lithium Universe has secured the rights to develop and commercialise the technology, but pilot-scale validation, engineering development, financing, regulatory approvals, and industrial deployment still lie ahead.

Management noted that milestone payments become payable upon final Investment decisions, commissioning, and first commercial sale, indicating that operational implementation remains a future objective rather than an immediate Revenue contributor.

As with many emerging recycling technologies, investors are likely to monitor factors such as recovery rates, operating costs, scalability, throughput efficiency, and long-term commercial competitiveness against established smelting operations.

The company’s ability to transition the technology from laboratory-scale success to industrial deployment may become a key determinant of future market sentiment.

Conclusion

Lithium Universe’s acquisition of the GCDE e-waste recovery technology marks a notable strategic expansion beyond its core lithium refining ambitions. The agreement gives the company exposure to the rapidly growing electronic waste recycling sector, where rising volumes of discarded electronics and elevated precious metal prices are attracting increased commercial interest. The market reacted positively to the announcement, with shares gaining nearly 6% as investors assessed the long-term potential of urban mining technologies. While the project remains in the early stages of development and commercial execution risks remain significant, the transaction positions Lithium Universe within multiple areas linked to the global energy transition, including battery materials, recycling infrastructure, and sustainable resource recovery.