Entries for E-SCRAP Prize

The innovation, titled "Advanced Pyrolysis with Material Fractionation," represents a cutting-edge approach to recycling electronic waste.

Machine learning has grown in capability immensely in recent years. It is time to utilize this new field to help recycle e-scrap.

We will recycle car E-waste from VW's Chattanooga, TN plant, recovering metals and fiberglass to make new composites for EV manufacturing.

Novel process to selectively recover Rare Earth elements from magnet scrap enabled by Galvanix sustainable molten salt electrolysis

The NCD Medical team will validate Upcycling of MRI magnets sourced from machines that NCD Medical removes as scrap from medical facilities

Gasify the polymers on the boards & safely remove the halogens. Remove the fiberglass then ALL the boards' metals and REEs are recoverable.

We envision the e-waste recycling facility of the future, where end-to-end robotics process, refurbish, resell, and disassemble devices.

Our cutting-edge e-scrap recovery system integrates advanced recycling technologies with a self-sustaining power supply.

Biological heavy metal hyperaccumulators mine critical metals from e-waste in solution for sustainable reuse in a circular electric economy.

Process and safely recover materials from small home devices containing Li-ion batteries at existing e-scrap waste collection sites.