The minerals the energy transition depends on are being landfilled inside electronic waste every day. C-Loop finds them, recovers them, and proves where every gram came from — turning a strategic supply risk into a circular, auditable source.
C-Loop is built on PlanetLoop's four-layer platform — pointed entirely at critical minerals. Data connects the value chain; AI turns it into recovery decisions; the infrastructure makes every claim trustworthy.
Estimate the recoverable minerals locked inside electronic waste and feedstock before processing — composition, value and confidence, per batch.
AI recommends the optimal pathway for every unit — reuse, refurbish, remanufacture or recycle — balancing economic return, environmental impact and operational cost.
Every recovered gram carries an auditable record of origin, process and verified yield — the digital passport that proves responsible sourcing end to end.
Recovered minerals enter a transparent exchange as secondary raw material, matched to buyers and refiners with provenance attached.
How the intelligence infrastructure turns an incoming stream of electronic waste into recovered, traceable, market-ready critical minerals.
Composition scans and the discovery engine quantify recoverable minerals per batch, so no value is processed blind.
The optimisation engine routes each unit to the highest-value, lowest-impact recovery pathway available.
Recovered minerals enter the exchange with an auditable passport buyers and regulators trust.
C-Loop's Observatory monitors material flows, recovery performance, resource availability and strategic supply-chain risk in real time — so organisations and policymakers see critical-mineral exposure early enough to act.
The questions processors, manufacturers and policymakers ask us most.
Bring us an electronic-waste stream or a supply-chain gap. We'll show you C-Loop on your material.