OUR TECHNOLOGY

Engineering Selectivity Across Materials and Electrochemical Systems

NaZPoly is developing an integrated separation platform that brings advanced selective membrane materials together with electrochemical ion-separation processes. Our work connects materials, electrical control, regeneration, and modular system design for complex industrial waters.

SEPARATION, REIMAGINED

Conceptual illustration · Technology under development

AN INTEGRATED PLATFORM

Materials and processes, designed together

01 / MATERIALS

Advanced Membranes

Materials engineered to enable selective transport and separation.

02 / CONTROL

Electrochemical Separation

Electrical control enables tunable ion separation and regeneration.

03 / RECOVERY

Selective Recovery

Concentrate valuable species or remove targeted contaminants from complex streams.

01 / MATERIALS

Advanced Membranes

Materials engineered to enable selective transport and separation.

02 / CONTROL

Electrochemical Separation

Electrical control enables tunable ion separation and regeneration.

03 / RECOVERY

Selective Recovery

Concentrate valuable species or remove targeted contaminants from complex streams.

01 / MATERIALS

Advanced Membranes

Materials engineered to enable selective transport and separation.

02 / CONTROL

Electrochemical Separation

Electrical control enables tunable ion separation and regeneration.

03 / RECOVERY

Selective Recovery

Concentrate valuable species or remove targeted contaminants from complex streams.

Conceptual platform overview. Technology under development.

Four connected areas of development

Selective Materials

Advanced membrane materials are being developed to distinguish species of interest within streams containing competing ions. The focus is selective transport, not only bulk removal.

Selective Materials

Advanced membrane materials are being developed to distinguish species of interest within streams containing competing ions. The focus is selective transport, not only bulk removal.

Electrochemical Control

Electrochemical processes provide a route to electrically controlled ion separation. NaZPoly is exploring how this control can complement selective materials and support tunable treatment.

Electrochemical Control

Electrochemical processes provide a route to electrically controlled ion separation. NaZPoly is exploring how this control can complement selective materials and support tunable treatment.

Regeneration

Reuse and regeneration are central design priorities. We are developing treatment architectures intended to reduce reliance on chemical-intensive regeneration while preserving selective function.

Regeneration

Reuse and regeneration are central design priorities. We are developing treatment architectures intended to reduce reliance on chemical-intensive regeneration while preserving selective function.

System Integration

Modular systems are being developed with practical industrial workflows in mind. Stream chemistry, pretreatment needs, and recovery objectives guide the integration questions we evaluate.

System Integration

Modular systems are being developed with practical industrial workflows in mind. Stream chemistry, pretreatment needs, and recovery objectives guide the integration questions we evaluate.

Our platform is being developed to enable selective separation where conventional bulk-treatment approaches are insufficient.

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