Feed characterization
Metal composition, acidity, suspended solids, and target recovery products establish the process basis.
ElectroMCP Module & Skid
ElectroMCP
Modular Electro-Membrane Recovery System
A modular B2B platform for selective impurity removal, composition-preserving NCM recovery, and integration into industrial recycling lines.
EMCP-RR01 Membrane Module
ElectroMCP Plate-and-Frame Module
- Bipolar-membrane stack generates alkalinity from water using low-voltage DC power
- Sequential pH control removes Fe/Al impurities before direct NCM co-precipitation
- Expandable multi-channel architecture supports modular capacity scaling
- Dedicated interfaces separate feed, product/slurry, electrode-loop, drain, and acid-recovery flows
Materials, channel count, capacity, and operating conditions are configured for each feed composition and project requirement.
ElectroMCP Skid System
Integrated ElectroMCP Skid
- Combines the core module with tanks, pumps, filtration, and circulation in a compact deployment platform
- Centralizes pH, conductivity, current, voltage, flow, and circulation monitoring
- Supports configurable pretreatment, solids-separation, and acid-recovery interfaces
- Modular layout supports phased capacity expansion and integration into industrial recycling lines
The illustrated skid is a representative configuration. Final specifications are defined through feed-specific engineering and site requirements.
Engineered for each application
From feed characterization to system integration.
Each module and skid configuration is engineered around feed composition, target recovery products, required throughput, and existing upstream and downstream equipment.
Module sizing
Channel count, membrane area, circulation rate, and electrical conditions are configured for the required duty.
Skid integration
Filtration, tanks, pumps, circulation, and controls are integrated around the selected module configuration.
Operating optimization
Operating parameters are tuned for throughput, recovered-material quality, fouling control, acid reuse, and energy performance.