01Research area
Electrical modulation
Using electric fields and electrochemical driving forces to control ion transport, mineral nucleation, and scale formation at water interfaces.
- Electric fields
- Electrochemistry
- Mineral scaling
02Research area
Materials modulation
Designing functional sorbents, membranes, and interfaces that tune selectivity and transport for recovery of critical minerals from complex waters.
- Functional materials
- Rare earth elements
- Selective transport
03Research area
Circular water separations
Integrating membrane, electrochemical, and thermal separations to recover water and resources from brines while minimizing waste and energy demand.
- High-recovery treatment
- Resource recovery
- Process intensification
How we work
Modulate. Separate.
Circulate.
Modulate
Apply electrical inputs and material chemistry to direct nucleation, transport, selectivity, and surface behavior.
Separate
Translate interfacial control into functional membranes, sorbents, electrodes, and thermal separation platforms.
Circulate
Integrate technologies that recover water and critical resources while reducing residual waste and energy demand.