Entries for E-SCRAP Prize

Boosting the efficiency of recovering whole components and constituent metals from scrap PCBs with advanced separation techniques and AI.

Innovative biotech process recovers critical metals from e-waste, reducing waste and boosting sustainability in recycling.

The DiskMantler disassembles HDDs and SSDs in under 60 seconds using shock, harmonics, and vibration, creating a clean waste stream.

Incentivizing Ewaste repair, reuse, & collection: AI integration, collection events, market adoption, & engaging underserved communities.

Eco Mercantile is developing a compact and portable spectroscopy instrument for recycling warehouses to identify metals in e-waste.

Sulfidation can selectively recover critical elements from e-waste (magnets, LEDs). Here we seek to recover all metallic value from PCBs.

A capacitive deionization-based process for the pre-processing and separating multiple critical minerals in series from consumer e-waste.

We are creating a system of record to measure and enable sustainable end-of-life processing for the $1TN+ global electronics market.

CHIP-RENEW® recovers critical materials in PCBs more efficiently and sustainably than smelting and recovers high value chips for reuse.

Extraction of REE from spent NdFeB magnets using a hybrid electro-oxidation and hydrometallurgy approach.

Diafiltration Cascades for the Efficient Recovery of Critical Minerals and Materials from Waste Streams

Sunchem has develop sustainable leaching and Nano Filter technologies for the precisions separation of copper and gold from e-waste.

OBADA's blockchain-based Digital Product Passport revolutionizes e-waste tracking for sustainability in the electronics industry.

Our offering is an end-to-end solution of novel preprocessing methods for enhancing the recovery of Critical Materials.

Green Silo utilizes unique technology to liberate the valuable components of printed circuit boards to effectively recover precious metals.

To ensure economic viability, PV recycling needs high-value uses for recovered critical materials (Cu, Si, Al) - reducing GHGs can help.