PORESEP™

How It Works

• Ceramic membrane filtration - uses high-purity oxide membranes (Al₂O₃, ZrO₂, SiC, TiO₂) for robust and precise separation.
• Dynamic cross-flow operation - feed flows tangentially across the membrane surface, minimizing fouling and maintaining efficiency.
• Inside-out filtration - pressure-driven system allows permeate to pass through while retaining suspended and high-molecular-weight contaminants.
• Asymmetric multilayer structure - ensures high mechanical strength, permeability, and long membrane life.
• Concentration & separation - produces clear permeate while concentrating solids, bacteria, oils, and macromolecules in the retentate.

Key Features

• High durability with ceramic construction
• Resistant to harsh chemicals, temperature, and abrasion
• Long operational life with stable performance
• Efficient removal of suspended solids, bacteria, and oils
• Reduced fouling due to cross-flow design
• Suitable for continuous industrial operation
• Low maintenance and high reliability

Applications

Water & Wastewater Treatment

• Biosolids removal from wastewater
• Industrial effluent treatment and recycling
• Tertiary treatment and polishing
• Laundry wastewater recycling
• Oil removal in produced water treatment (PWT)

Industrial Processes

• Separation of oils, grease, and suspended solids
• Treatment of high-load and complex streams
• Integration in ZLD and reuse systems
• Chlor-alkali industry: brine clarification

Specialty & Advanced Applications

• Removal of bacteria and macromolecules
• Filtration in harsh chemical environments
• Applications requiring high thermal and chemical resistance

Technical Specifications

• Membrane materials: Al₂O₃, ZrO₂, SiC, TiO₂
• Structure: tubular, asymmetric multilayer
• Operation mode: cross-flow (inside-out)
• Configuration: modular ceramic membrane system
• Suitable for high temperature and aggressive media

Note

Ceramic membrane systems offer superior durability and consistent performance compared to polymeric alternatives, making them ideal for demanding industrial wastewater applications.