• Innovative sharp cone electrode tips boost silver extraction efficiency and uniformity
• Reduced residues and preserved adhesion enable higher-purity silver recovery and wafer reuse
• Scalable, energy-efficient process aligns with circular economy principles

Lithium Universe Limited, in collaboration with Macquarie University, has announced a significant breakthrough in its mission to advance efficient recycling technologies for end-of-life solar panels. The research team examined a range of silver extraction nozzle designs and found that the geometry of the electrode tip plays a critical role in recovery performance. By machining electrodes into sharp cone shapes, the researchers harnessed the natural laws of physics to boost recycling efficiency, reduce waste, and recover silver more uniformly than ever before. The sharp cone tips achieved up to 75% silver removal efficiency in just three minutes, while preserving the adhesion between silver and aluminium and maintaining energy efficiency. This development adds to the growing list of innovations under Lithium Universe's Electro-Jet (EJ) recycling platform, which is designed to unlock the full economic and environmental value of solar panel waste. With silver prices at record highs and global solar waste expected to reach 60-78 million tonnes by 2050, this breakthrough has direct commercial implications, enabling higher recovery rates, cleaner separation, material preservation, and faster processing. Lithium Universe remains committed to delivering both sustainability and profitability, advancing clean energy technologies while ensuring that the valuable materials powering the renewable future are never wasted.

Lithium Universe's Electro-Jet (EJ) recycling platform has demonstrated up to 75% silver removal efficiency in just three minutes under standard operating conditions, with the potential to further improve recovery rates and purity. This technology is designed to unlock the full economic and environmental value of solar panel waste.

Lithium Universe is committed to expanding its recovery capabilities to other critical metals, further strengthening its role in the global circular economy. The company's solar panel recycling strategy, coupled with its efforts to close the lithium conversion gap in North America, positions it as a key player in meeting the growing demand for clean energy and sustainable resource management.