Membrane systems for oil dehydration, solvent recovery, and liquid degassing

Commercially deployed sytems that maintain fluid quality, recover valuable solvents, and support continuous operation in demanding environments.

Built on more than three decades of development and use in operating plants, these systems are designed for continuous operation where uptime, footprint, and consistent performance matter. Used across marine, power generation, manufacturing, and chemical processing.

Oil Dehydration

Remove water from lubricants without interrupting operation

Maintain oil quality without shutdowns

10+ years in nuclear, marine vessels, and wind applications
Compact systems for tight installations and mobile units
Compatible with mineral oils, PAOs, esters, and PAGs
Removes free water and reduces dissolved water to ppm levels
Automatic operation suitable for remote or unmanned environments

Solvent Recovery

Remove water from solvent streams to maintain purity in use or enable recovery

Maintain high-purity solvent (>99.5%) without distillation constraints

Avoids azeotropic limitations
Up to 40% lower energy use vs. distillation
Operates at lower temperatures to protect solvent integrity
Proven across IPA, toluene, ethyl acetate, xylene, THF, and ketones
Modular systems retrofit into existing processes to expand capacity

how Pfizer eliminated TBHP inventory risk using pervaporation

Liquid Degassing

Remove dissolved gases from process liquids

Maintain fluid performance through dissolved gas control

Removes oxygen, carbon dioxide, ozone, and other dissolved gases
Applied in transformer oil monitoring systems
Supports ultrapure water systems
Multi-year operating life across solvent and water applications
Available as standalone modules or integrated systems

Shared Capabilities

Built for integration into operating processes

Multiple module sizes and configurations
Chemically and thermally resistant materials
Can be deployed as standalone units or integrated with existing equipment
Designed for long service intervals and stable performance

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