i Sep 500 PVDF

Summary

Product identification

• Model: MICRODYN iSep™ 500-PVDF Ultrafiltration Modules
• Membrane Chemistry: Polyvinylidene Fluoride (PVDF)
• Construction: Submerged, Negative Pressure Ultrafiltration Module
• Pore Size: 0.03 micron
• Feed Channel: 90 mil corrugated
• Membrane Area: 27.4 m² (295 ft²)

Operating limits

• Transmembrane Pressure Range: 0.07 – 0.7 bar (1 – 10 psi)
• Temperature Range: 1 – 45°C (34 – 113°F)
• pH Range: 2.0 – 11.0
• Applicable Air Scour Rate: 5.6 Nm³/hr (3.5 scfm)
• Cleaning Chlorine Tolerance: 2,000 mg/L

Feed water

• Maximum Feed TSS: 1,000 mg/L
• Maximum Feed Oil & Grease: 300 mg/L

Mechanical / hydraulic

• Module Weight: 23 kg (50 lb)
• Connections:
  • Overflow: 2.0” Grooved End Coupling
  • Feed/Drain: 2.0” Grooved End Coupling
  • Permeate: 1.5” Cam & Groove Coupling
  • Air: 0.75” MNPT

MICRODYN iSep™ 500 ultrafiltration (UF) modules feature a vacuum-driven, backwashable, spiral-wound membrane design. They are engineered to handle high fouling water and wastewater streams, incorporating open feed channels and an integrated tank design that allows them to manage significantly higher solids than many standard polymeric UF systems. These modules consistently deliver high-quality permeate regardless of feed conditions, with additional benefits including a reduced footprint, higher membrane area, integrated aeration, and the ability to quickly drain solids from the modules between backwashes. The iSep™ 500 modules can reduce the need for extensive pre-treatment, potentially lowering capital and operational costs while simplifying the overall treatment process.

Important Information:

• Start-up: MICRODYN-NADIR recommends an operational sequence that incorporates permeate production, cleaning, and module draining steps. For a more detailed operational sequence, please see iSep™ 500 Product Manual pages 10-11.
• Cleaning: iSep™ 500 ultrafiltration modules must be cleaned routinely via backwash, chemically enhanced backwash (CEB), and clean-in-place (CIP) to ensure proper operation and to prevent membrane damage. Please see iSep™ 500 Product Manual pages 12-15.
• Storage: iSep™ 500 ultrafiltration modules must be stored appropriately to ensure proper operation and to prevent membrane damage. Please see iSep™ 500 Product Manual pages 18-19.

Disclaimer: This summary is based on extracted text and may not include all figures, footnotes, or the latest revisions from the official OEM PDF datasheet. Contractual data must always match the specific OEM PDF revision used for the project.

Official datasheet (PDF)

Lenntech datasheet mirror