The iSep System
Synder's iSep UF System is a revolutionary membrane technology with unique backwashing and Total Suspended Solids (TSS) management capabilities. As a fully skid mounted system with an integrated UF membrane, iSep offers high effluent quality with low capital and operating expenditures.
Standard iSep-20 Cassette
- iSep 500 UF Element
Get started by completing and returning our system evaluation form!
Why iSep?
A New Hybrid
iSep is the only UF membrane module that incorporates the rugged design of a spiral-wound membrane with the backflushing and aeration capabilities of a hollow fiber system. Featuring the most effective aeration and efficient draining of any UF system, iSep is the ideal choice for UF treatment of feed streams with high and variable solids content.
iSep 500 UF Element
- Effective Air Scouring Preserves Effluent Quality Despite Large Concentrations of TSS
DESIGN
iSep is a skid-mounted, cassette-based system that offers maximum flexibility, expandability, with greatly reduced capital and operating costs. By incorporating the low pressure and air scouring features of a submerged system, with the operational ease of a skid mounted system, iSep redefines versatility and capability in water treatment. The system's ability for frequent and efficient draining, concentration circulation, and cross-flow during CIP was previously unrealized in submerged configurations. These capabilities allow for remarkable energy savings, decreased ecological footprint, and reduced capital and operating expenditures consistently experienced by our customers.
- iSep System Caption
- Compartmentalized Solids Draining Promotes Optimal System Efficiency
NO BROKEN FIBERS… GUARANTEED!
In the water and wastewater processes traditionally dominated by hollow fiber membranes, the iSep UF spiral wound membrane element is changing the game. Effluent quality is intrinsically bound to membrane integrity and chiefly important when conducting pretreatment for Reverse Osmosis. The rigid, durable iSep membrane element ensures that membrane integrity isn't compromised and thus produces unparalleled effluent quality compared to hollow fibers over the usable life of the membrane.
Typical Hollow Fiber Breakage
Robust Spiral Wound Configuration
Features & Benefits
- Ultrafiltrion (UF) Membrane
- .03 µm PES or PVDF membrane offers high permeability for lower energy consumption and reduced fouling
- Skid-Mounted Design with Integrated Tank
- Membrane and tank are integrated into a single module for lower capital costs
- Frequent & Efficient Draining
- Consistently higher permeate flux due to frequent and efficient draining of solids
- Membrane Aeration
- The Spiral wound design enables a superior air scour where bubbles actively scour the membrane surface,
- High Effulent Quality
- Durable spiral wound membrane ensures membrane integrity and consistently high effluent quality
- Recirculation Capabilities
- Membrane aeration generates air pumpe effect, causing high recirculation rates without the additional pumps or energy
- Membrane Backwash
- Ability to purge particulate matter from the membrane surface
- Low Chemical Consumption
- High tank intensity reduces cleaning solution volume
- Skid Mounted Design
- Simplifies installation and maintenance