Eight innovative teams move forward in a global effort to transform e-waste into
valuable resources
New York, United States, 25 March 2026 – As the demand for advanced technologies continues to rise, so does the need for critical and strategic metals. From clean energy systems to semiconductors and defense equipment, these materials play a key role in powering modern industries. A new initiative is now focusing on a smarter solution for recovering these valuable metals from waste.
STRIDE Ventures, operated by Start2 Group, has announced the selection of eight teams for Stage 1 of the Tech Metal Transformation Challenge. Supported by the U.S. National Science Foundation’s Directorate for Technology, Innovation and Partnerships, the program aims to develop innovative ways to extract usable metals from complex waste streams.
Instead of relying heavily on mining or imports, this challenge encourages researchers and startups to convert domestic waste such as electronic scrap and industrial byproducts into high- quality materials. This approach not only reduces environmental impact but also helps build a more reliable and local supply chain.
The selected teams are working on a wide range of technologies. Some are using advanced polymers and biosorbents to capture metals like lithium, cobalt, and rare earth elements. Others are developing electrochemical and hydrometallurgical systems to process e-waste efficiently and with minimal environmental impact.
A key focus of the program is creating end-to-end solutions. This means not just extracting metals, but turning them into materials ready for manufacturing. The goal is to build scalable systems that can be used in real-world industrial settings.
The initiative also highlights the importance of innovation in strengthening supply chains. By recovering metals domestically, industries can reduce dependence on external sources and improve resilience. This is especially important for sectors like electronics, renewable energy, and advanced manufacturing, where supply disruptions can have significant consequences.
During the first stage, teams will work on developing early prototypes and proving that their technologies are technically feasible. Those that succeed may move on to later stages, where they will test their solutions under real operating conditions and move closer to commercialization.
The challenge also reflects growing international collaboration. It has been co-designed with Germany’s Federal Agency for Breakthrough Innovation, showing a shared commitment to advancing new technologies in materials recovery and sustainable manufacturing.
Programs like this are part of a broader shift toward a circular economy, where waste is seen as a resource rather than a problem. By turning discarded materials into valuable inputs, companies can reduce environmental impact while creating new economic opportunities.
As innovation continues to reshape the industrial landscape, efforts like the Tech Metal Transformation Challenge are helping bridge the gap between research and real-world application. The result could be a more sustainable, efficient, and secure future for global
supply chains.
