Nanofiltration Membranes for Advanced Water Treatment
Our platform offers two advanced membrane technology types for effective water treatment solutions. Specifically designed for capacity-limited systems, they emphasize industrial water reuse and sustainability, making them ideal for complex, chemical-heavy separations in both industrial and municipal water treatment.
Engineered to solve separation
High Permeance Nanofiltration
Engineered for high-throughput, energy-efficient nanofiltration, this membrane technology is ideal for capacity-limited water systems and advanced water treatment solutions focused on industrial water reuse.
Chemically-Resistant Nanofiltration
Engineered for challenging industrial water reuse applications, this membrane technology excels where traditional membranes struggle in providing effective water treatment solutions.
Applications
Capacity-Constrained Facilities
Capacity-Constrained Facilities
Capacity-Constrained Facilities
Engineered for high-throughput, energy-efficient nanofiltration, this membrane technology is ideal for capacity-limited water systems and advanced water treatment solutions focused on industrial water reuse.
Hardness & Sulfate Management
Capacity-Constrained Facilities
Capacity-Constrained Facilities
Engineered for challenging industrial water reuse applications, this membrane technology excels where traditional membranes struggle in providing effective water treatment solutions.
Industrial Water Reuse
Capacity-Constrained Facilities
Harsh Industrial Streams
Enhance recovery and boost the economics of industrial water reuse across a variety of water treatment solutions utilizing advanced membrane technology.
Harsh Industrial Streams
Capacity-Constrained Facilities
Harsh Industrial Streams
Enable durable separations for industrial water reuse in caustic or chemically challenging environments where conventional membrane technology struggles in providing effective water treatment solutions.