Entries for E-SCRAP Prize

Serenity Data Security will introduce tech to boost critical materials recovery through HDD circuit board and wind turbine magnet recovery.

Eco-friendly tech uses genetically engineered algae to extract lithium from e-waste, reducing costs, energy use, and environmental impact.

Recover and reuse of energy-critical copper from recycling electronics scrap

We propose distributing some preprocessing steps that are expensive for large recyclers to perform to collectors to improve efficiency.

HOBI's plan targets Bluetooth devices to enhance critical material recovery, reduce e-waste, and promote environmental sustainability.

ChemFinity has developed a porous material technology, which can be fine-tuned to selectively recover critical and precious metals.

Deep learning, optical sensing, and robotics can revolutionize e-waste sorting, boosting critical metal supplies and reducing waste.

We utilize AI and GIS satellite data to quantify/geolocate current and pending renewable energy assets to optimize E-Scrap data analysis.

REACT offers a low-cost, chemical-free, and scalable recycling process to maximize recovery of critical materials and plastics from e-scrap

ShredBox comprises of a secure vending machine sized kiosk for destroying hard drives that promotes sustainable e-waste recycling.

Restructure current recycling methods use refined equipment , optimizing practice restructuring process acquistion upgraded equipment

Ligand assisted dissolution of metals combined with electrochemical separation and regeneration of ligand to pivot from hazardous practices

Advanced heating solution detaches PCBAs from fans, enabling recovery of critical materials like gold and enhancing sustainable recycling.

Our proposed process offers a compelling value proposition by generating multiple revenue streams and reducing environmental impacts.

An improved eddy current separator will reduce reliance on toxic chemicals to better separate metals in recycled solar panels and E-waste.

Aurotect selectively frees minerals electrochemically from electronic waste at the atomic level, just like a single-atom electromagnet.