Electrowinning systems that recover critical metals from industrial waste.
Critical Metals Recovery from Waste is Nth Cycle's modular electrowinning-based metal recovery offering that extracts critical metals from industrial waste streams and secondary feedstocks for industrial use.
The technology aims to expand domestic critical-metal supply without relying solely on new primary mines.
| Attribute | Critical Metals Recovery from Waste | Red Mud Critical Mineral Recovery | |
|---|---|---|---|
| Provider | |  | |
| Founded | 2017 | 2025 | |
| Sells To | Enterprise | B2B, Enterprise | |
| Pricing Model | Recurring | Hardware Sales, Service Fees | |
| Ownership | Private, Venture-backed | Private |
Provider
Founded 2017
Sells To Enterprise
Pricing Model Recurring
Ownership Private, Venture-backed
Provider
Founded 2025
Sells To B2B, Enterprise
Pricing Model Hardware Sales, Service Fees
Ownership Private
High-purity metals recovered from industrial waste streams for industrial use.
Treats industrial wastewater while recovering dissolved metals via SWaP.
Electrochemical systems for selective recovery of metals from wastewater.
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High-purity metals recovered from industrial waste streams for industrial use.
Treats industrial wastewater while recovering dissolved metals via SWaP.
Electrochemical systems for selective recovery of metals from wastewater.
Clean rare earth refining from mining tailings for domestic supply chains.
An electrochemical process producing high-purity iron and mineral co-products such as alumina, silica, and manganese from a single ore.
Cuprum Metals' Copper Leaching Technology recovers copper from sulfide and oxide ores in minutes at ambient conditions.