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SKU: 1160007
Sepa Cell, Forward Osmosis & DCMD, Acrylic
$3,497.16
Key Specifications
- Material Type
- Acrylic
- Brand
- Sterlitech
Includes
Kit contents
- Acrylic cell top and cell bottom
- Polypropylene inlet/outlet fittings (feed and draw)
- Viton O-rings
- Stainless steel screw and brass washer set
- Membrane cutting template
Required but not included
- Flat sheet membrane
- Feed spacers and shims (optional, sold separately)
- Cross flow system, such as a benchtop or skid system, or separately sold components (pumps, tanks, flow meters, pressure gauges, and control valves)
Features
- Laboratory-scale unit designed to evaluate the performance of flat sheet membranes in membrane distillation applications
- Simulates the flow dynamics of larger, commercially available membrane systems
- Combine stainless steel shims, feed spacers, and membranes to vary operating conditions and fluid dynamics over broad ranges
- Can be cleaned with or without the membrane installed, allowing clean-in-place (CIP) conditions to be simulated
Specifications
| General | |
| Membrane operation | Forward osmosis / membrane distillation |
| Cell material | Acrylic |
| Membrane active area | 140 cm² (22 in²) |
| Securing method | High-pressure screws |
| Max. screw torque | 45 in-lbs |
| Operating Limits | |
| Max. pressure | 15.2 bar (220 psi) |
| Max. temperature | 88°C (190°F) |
| Recommended feed rate | 0.5–6 LPM (0.13–1.6 GPM) |
| Channel Dimensions | |
| Channel depth | 1.9 mm (0.075 in) |
| Channel width | 95.3 mm (3.75 in) |
| Fittings | |
| Feed inlet/outlet (tube OD) | 3/8" compression |
| Draw inlet/outlet (tube OD) | 3/8" compression |
| Component Materials | |
| Cell top and cell bottom | Acrylic |
| Inlet/outlet fittings | Polypropylene |
| O-rings | Viton* |
| Screw and washer set | Stainless steel / brass |
| Feed spacer (optional) | Polypropylene* |
| Shim (optional) | 316 stainless steel |
*Standard; other materials available. Maximum pressure and temperature ratings depend on a variety of factors. Listed values are guidelines based on material properties and cannot be guaranteed in every application.