Built to last longer, reduce costs, and adapt to industries worldwide

Liquid Separation Membranes

Durable membranes for water, wastewater, and mineral recovery, cutting energy use and extending system life.

Gas Separation Membranes

Solvent-resistant membranes that dehydrate and recover solvents efficiently, without costly thermal processes.

Liquid Separation Membranes

Durable membranes for water, wastewater, and mineral recovery—delivering consistent purity at lower energy with longer run times.

Built for tough aqueous streams, these hollow-fiber modules handle variable chemistry and temperature while maintaining stable flux and selectivity. They retrofit into existing skids or side loops to raise recovery, cut energy use versus thermal steps, and reduce downtime from fouling-prone legacy systems.

Lower operating energy and heat load versus thermal separation.

Stable performance in challenging feeds (variable pH/temperature).

Modular, retrofit-ready cartridges that minimize footprint and disruption.

Higher recovery and predictable maintenance for more uptime.

Gas Separation Membranes

High-temperature, contaminant-tolerant membranes that recover and purify hydrogen from mixed streams—boosting yield while reducing energy and footprint.

Designed for real-world gas streams in refining, ammonia cracking, SAF/syngas, and related processes, these membranes operate where conventional polymers struggle. They can debottleneck existing PSA/cryo systems or run as compact stand-alone units, delivering fast payback through recovered hydrogen and improved process efficiency.

Increased H₂ recovery and product purity from mixed or hot streams.

Lower energy use and smaller footprint compared with cryo/thermal steps.

Robust operation in the presence of common contaminants for fewer outages.

Modular integration for pilots, revamps, and full-scale deployment.