Eco-Friendly Nanofiltration Systems for Critical Resource Recovery
Explore our tailored pricing plans designed to maximize your return on eco-conscious membrane technology.
Pilot-Scale Process Development
Customizing membrane systems that optimize recovery of lithium and cobalt at pilot scale.
Spiral Wound Membranes
High-performance membranes engineered for efficient organic solvent filtration.
Turnkey Membrane Skids
Complete, ready-to-use membrane units designed for seamless integration and operation.
Essential Plan
$29.99
Access to core membrane modules with dedicated support.
Choose the Perfect Plan for Your Application
Compare our membrane systems’ features and pricing to find the ideal fit for your process development and resource recovery needs.
Pilot-Scale Membrane Unit
Compact system designed for pilot testing, enabling efficient evaluation of organic solvent nanofiltration processes.
Membrane Area
Solvent Compatibility
Recovery Efficiency
System Footprint
Custom Engineering Options
Spiral Wound Membranes
Advanced membranes optimized for high flux and selectivity, suitable for large-scale organic solvent filtration.
Membrane Material
Flux Rate
Chemical Resistance
Installation Support
Warranty Period
Turnkey Membrane Skid
Fully integrated skid delivering ready-to-use filtration solutions tailored to your specific recovery goals.
System Integration
Automation Features
Maintenance Services
Performance Monitoring
After-Sales Support
Eco-Friendly Recovery of Critical Minerals
Discover how our advanced membrane systems enable efficient, sustainable extraction of Lithium, Cobalt, and other valuable resources with custom engineering and pilot-scale solutions.
Pilot-Scale Process Development
Tailored pilot programs to optimize organic solvent nanofiltration for your unique resource recovery needs.
Turnkey Membrane Skids
Complete, ready-to-install membrane systems designed for seamless integration into your operational workflow.
Custom Spiral Wound Membranes
Specialized membrane configurations engineered to maximize separation performance and durability.