C
Circuion
E-Waste Recycling & Recovery
AI-powered e-waste sorting and precious metals recovery
$47M|Series B|Amsterdam, Netherlands
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E-Waste Recycling
62 million tons of electronic waste generated annually—only 22% formally recycled
62M
Tons of e-waste generated annually
22%
Formally recycled
$57B
Value of raw materials in e-waste (2024)
400+
Material categories in a typical e-waste stream
Market Size: $78B by 2030CAGR: 12%
Sector Overview
Electronic waste is the fastest-growing waste stream in the world, driven by accelerating device adoption, shorter product lifecycles, and the proliferation of IoT devices. E-waste contains both hazardous materials (lead, mercury, cadmium, brominated flame retardants) and valuable resources (gold, palladium, platinum, copper, rare earth elements). A single metric ton of circuit boards contains more gold than a ton of gold ore—yet the vast majority of e-waste is landfilled, incinerated, or processed informally under hazardous conditions in developing countries. The investment opportunity lies in AI-powered sorting systems, precious metals recovery, rare earth extraction, and certified processing capacity.
Our Investment Thesis
AI vision and robotic sorting technologies are enabling recovery of precious metals and rare earth elements at accuracy levels (99%+) that make previously uneconomical e-waste streams profitable. Combined with tightening WEEE regulations globally, increasing corporate ESG pressure, and rising commodity prices, the sector is transitioning from artisanal to industrial-scale operations.
Opportunities
- +AI-powered sorting achieving 99%+ accuracy across 400+ material categories
- +Rare earth element recovery from circuit boards and magnets
- +Urban mining—concentrations of metals in e-waste exceed those in natural ores
- +Data destruction services as value-add to recycling
- +Modular processing facilities that can adapt to changing waste streams
Challenges
- !Collection infrastructure—getting e-waste from consumers to processors remains fragmented
- !Rapidly changing device designs make standardized disassembly difficult
- !Informal recycling sector in developing countries operates at lower cost but with severe environmental and health impacts
- !Product complexity increasing (multi-material, glued assemblies, embedded batteries)
Key Players
Circuion
AI vision systems for e-waste sorting (WasteVC portfolio)
BlueOak Resources
Precious metals recovery from circuit boards
Enviro Metals
Urban mining and certified e-waste processing
Sims Recycling Solutions
Large-scale e-waste processor (public)
Regulatory Landscape
- ◆EU WEEE Directive: Mandatory collection and recovery targets
- ◆Basel Convention: Restricts transboundary movement of hazardous waste
- ◆US: State-level e-waste laws (25 states have e-waste legislation)
- ◆China: National e-waste management regulations tightening
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Investing in E-Waste Recycling?
WasteVC backs founders building in e-waste recycling from Seed to Series B.