LogisticsProblem 0014
Recycling a device profitably depends on knowing what it contains before you open it, and that information was never attached to it. So the pile is handled as undifferentiated waste: shredded for the few metals that survive the process, or stored, or exported. The materials the world is anxious about securing are sitting in it, and a large part of the reason they are not recovered is identification rather than chemistry.
Who lives with itRecyclers and refurbishers · manufacturers facing take-back obligations · anyone sourcing critical minerals
Why nowThe ITU and UNITAR Global E-waste Monitor 2024 recorded 62 million tonnes generated in 2022 with 22.3% formally collected and recycled, around $62 billion of recoverable materials embedded in it, and a projection to 82 million tonnes by 2030 as recycling falls further behind.
Why it mattersA known, growing, geographically concentrated pile of valuable material where the binding constraint is knowing what is in each unit. That is a data and vision problem attached to an existing physical industry, a good place for a small team to start.
Inspired by reporting from ITU & UNITAR
