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One of Supra's cartridges used to recover critical minerals As part of my ongoing research on building a more resilient rare earth mineral supply chain, I came across a UT Austin startup, Supra Elemental Recovery, that is helping address the problem by recovering valuable materials from e-waste. This company is building a system that can recover critical minerals from mine tailings, industrial byproducts, and e-waste. What makes their approach different is the technology its

Rising tensions between the Iran and the United States have ripple effects that extend far beyond foreign policy, including into areas like tech recycling and organizations such as Byteback. Geopolitical conflict often disrupts global supply chains, especially for electronics, which depend on internationally sourced components, rare earth minerals, and semiconductors. When instability affects oil markets or shipping routes, transportation costs rise and manufacturing slows, m

The infographic highlights a critical choice in the lifecycle of our electronics: the path toward a toxic landfill or the path toward a sustainable future. At ByteBack STL, we believe that "end-of-life" for a device should actually be a new beginning. When electronics are simply thrown away, they release hazardous materials like lead and mercury into the environment, causing long-term damage to our soil and water. Our mission is to intercept that waste, providing a secure and

At ByteBack, we are always looking for companies that are driving innovation while shaping the future of technology, and MP Materials stands out as a prime example. As the only producer of rare earth materials in the United States, MP Materials plays a critical role in supplying the elements that power everything from electric vehicles to wind turbines to advanced electronics. Rare earth elements are not actually rare, but they are difficult to mine and process, making effic