Filter Innovations Inc. has designed the UF - Turbidity Removal Filtration System, utilizing hollow-fiber membranes to remove particulates from aqueous solutions, using a pressure-driven separation process.
The core of the UF - Turbidity Removal system are single-bore or multi-bore hollow-fiber membranes. The Multi-bore membranes combine seven single capillaries into just one fiber, forming extremely strong and compact support structure. Our membrane with pore size of 0.03 micron is a reliable barrier for solids, organic pollutants and microorganisms such as bacteria, viruses, and fungi.
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| Multi-bore Hollow Fiber Membranes |
Filter Innovations Inc. supplies standard and custom-designed systems that can be installed in permanent water/wastewater treatment stations or mobile containers for remote communities, camps, and emergency water production. They can also be wall or rack-mounted for small applications.
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Rack Mounted |
Rack Mounted |
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Trailer Mounted |
Wall Mounted |
Rental and Piloting
Filter Innovations also offers piloting and monthly rental of smaller packages, in order to collect data for further analysis and to monitor the system performance prior to the actual installation of the full scale system.
Advantages 
Effluent quality
- Ideal for absolute filtration
- Turbidity < 1NTU
- Removal of bacteria and parasites
- Barrier against chlorine-resistant pathogenic microorganisms such as Crystosporidium and Giardia Lambluia
Construction
- Made from high-grade Polyethersulfone (PES)
- Hydrophilic material resistant to fouling and wide range of pH & cleaning chemicals
- Durable double-walled structure
- Bundled rigidly fixed onto potting resins
- Protected by PVC or Stainless Steel housing
Design features
- Inside-Out flow configuration with front & back flushing allows:
- To keep high flow area
- Low clogging
- High solids loading
- Easy cleaning with small quantity of water for backwash
- Dead-end or concentrate bleed capabilities
- Simple, modular design allows to provide a compact footprint with a wide range of production flow (up to 1000 gpm and more)
- Low power consumption
- Stable high flux operation (up to 800 L/m2 x h)
