Highlights
- Dr. Jenny Qiu’s research team creates a nanomaterial-based technique for extracting rare earth elements from electronic waste with minimal environmental impact.
- New method offers higher selectivity, lower processing costs, and reduces toxic byproducts compared to traditional solvent extraction techniques.
- Innovation could help reduce U.S. dependence on imported rare earth elements.
- Potentially transforms domestic technology supply chains.
A Texas A&M University research team led by Dr. Jenny Qiu (opens in a new tab), associate professor of mechanical engineering, is making waves in the rare earth sector with a breakthrough in e-waste recycling. Backed by a new U.S. Department of Energy grant, the team has developed a scalable, nanomaterial-based method that significantly improves the extraction of rare earth elements (REEs), such as neodymium, from discarded electronics, without the toxic byproducts associated with traditional solvent extraction techniques.
The innovation centers on a 3D mesoporous carbon structure that enables selective, low-cost recovery of REEs from e-waste. Unlike conventional methods, which are costly, inefficient, and polluting, this approach offers higher selectivity and significantly fewer processing steps, reports the Texas Standard (opens in a new tab).
With the United States still importing over 70% of its rare earths, most from China, this technology could position recycling as a critical domestic source. Dr. Qiu and her team are already working on scaling the method for commercial use, with pilot testing likely within 12–24 months.
For retail investors tracking the rare earth sector, this development is a potential game-changer. The commercialization of high-yield, environmentally friendly rare earth element (REE) recycling could insulate U.S. supply chains from geopolitical shocks and regulatory bottlenecks associated with mining.
As the Trump administration imposes tariffs and China tightens export rules, scalable recycling technology may represent the most realistic path to American rare earth resilience. Although, to date, a small fraction of rare earth magnets, for example, are derived from recycled processes.
Rare Earth Exchanges will continue tracking feasibility, scale-up timelines, and commercialization pathways.
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