The science of getting materials back.

The technology that makes modern eWaste recycling possible: AI-powered sorting systems, spectroscopic material identification, robotic disassembly, and hydrometallurgical recovery, turning end-of-life electronics into high-purity secondary materials.

Scope 3

Supply chain emissions measurement and reduction across the full electronics lifecycle.

Biodiversity

Mining impact and ecosystem accountability, from rare earth extraction to habitat loss.

Pollution

eWaste, hazardous materials, and the circular economy: keeping electronics out of landfills.

Your supply chain is a graph, not a spreadsheet.

Four pillars of advanced eWaste processing

Each pillar covers one stage of the journey from mixed end-of-life electronics to recovered material.

AI-powered sorting

Computer vision and machine learning systems that identify and sort eWaste streams at industrial speed. They recognize device types, material compositions, and hazardous components in milliseconds.

Computer visionML classificationNIRXRF

Material identification

Spectroscopic analysis for material composition. X-ray fluorescence (XRF), near-infrared (NIR), and LIBS systems determine exact alloy compositions and plastic types non-destructively.

XRFNIRLIBSRamanICP-MS

Automated disassembly

Robotic systems for safe, efficient disassembly of electronic devices. They remove batteries, screens, and PCBs without cross-contamination and handle hazardous components with precision.

RoboticsForce sensingVisionSafety interlock

Recovery optimization

Hydrometallurgical and pyrometallurgical process optimization for maximum precious metals recovery: gold, palladium, platinum, copper, and rare earth element extraction from PCBs and components.

HydrometPyrometLeachingElectrolysisSX-EW

From circuit boards to pure materials

A single smartphone contains over 30 different elements. The challenge is not knowing they are there; it is separating them efficiently, safely, and economically. That is where processing technology makes the difference.

Gold recovery
Yields above 98% from PCB processing.
Sorting throughput
Automated sorting at 2,000+ items per hour.
Material identification
Non-destructive material ID in under 2 seconds.
Water discharge
Zero-liquid-discharge hydrometallurgical circuits.

Part of a larger technology ecosystem

eWaste Technology is one of the MobiCycle Tech products. Its siblings cover the rest of the lifecycle.

eWaste Directory

Global database of certified electronics recyclers and collection points. Searchable by location, certification, and material type.

ewaste.directory

eWaste Tools

Calculators and utilities for eWaste processing, recovery yield estimation, and regulatory compliance across jurisdictions.

ewaste.tools

ATAPI

Remote API consulting: design, debug, document, integrate. We fix what others built and build what others cannot.

atapi.io

Describe your processing challenge

Tell us about your eWaste processing operation. You get an instant technology assessment: recommended approach, expected yields, and upgrade pathways.

Assessment

ewaste.technology/api/assess
Analyzing your processing challenge
Runs on Workers AI. Nothing is stored.

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