Culligan® IW Reverse Osmosis Systems
Reverse Osmosis Systems
Designed to meet the needs of the most demanding industrial and municipal applications.
Available in a variety of configurations to cover flow requirements from 22 to 200 GPM with salinity levels up to 3000ppm of TDS. Using an innovative modular design, Culligan® is able to offer the highest quality construction and speedy delivery times at very competitive pricing.
Low-pressure membrane technology can remove over 99% of contaminants such as dissolved minerals, bacteria, and other impurities; producing water suitable for high-purity applications like boiler feed and ingredient water for food and beverage production.
All units are assembled and tested in Culligan®'s Commercial & Industrial facility in Libertyville, Illinois and shipped skid-mounted for simple installation and easy start-up.
Available in a variety of configurations to cover flow requirements from 22 to 200 GPM with salinity levels up to 3000ppm of TDS. Using an innovative modular design, Culligan® is able to offer the highest quality construction and speedy delivery times at very competitive pricing.
Low-pressure membrane technology can remove over 99% of contaminants such as dissolved minerals, bacteria, and other impurities; producing water suitable for high-purity applications like boiler feed and ingredient water for food and beverage production.
All units are assembled and tested in Culligan®'s Commercial & Industrial facility in Libertyville, Illinois and shipped skid-mounted for simple installation and easy start-up.
Item # |
Item Name |
Designed Permeate Flow |
Membrane Quantity |
Pump Motor Power |
Cartridge Filter Housing Material |
Add To Cart/Request Quote |
---|---|---|---|---|---|---|
IW - 22 /Asset/a1095.jpg | N/A Culligan® IW 22 Gallons Per Minute (gpm) Designed Permeate Flow Reverse Osmosis System | Designed Permeate Flow N/A 22 gpm | Membrane Quantity N/A 4 | Pump Motor Power N/A 7.5 hp | Cartridge Filter Housing Material N/A Polyvinyl Chloride (PVC) | Request Quote |
IW - 35 /Asset/a1095.jpg | N/A Culligan® IW 35 Gallons Per Minute (gpm) Designed Permeate Flow Reverse Osmosis System | Designed Permeate Flow N/A 35 gpm | Membrane Quantity N/A 6 | Pump Motor Power N/A 7.5 hp | Cartridge Filter Housing Material N/A Polyvinyl Chloride (PVC) | Request Quote |
IW - 50 /Asset/a1095.jpg | N/A Culligan® IW 53 Gallons Per Minute (gpm) Designed Permeate Flow Reverse Osmosis System | Designed Permeate Flow N/A 53 gpm | Membrane Quantity N/A 9 | Pump Motor Power N/A 15 hp | Cartridge Filter Housing Material N/A Polyvinyl Chloride (PVC) | Request Quote |
IW - 70 /Asset/a1095.jpg | N/A Culligan® IW 70 Gallons Per Minute (gpm) Designed Permeate Flow Reverse Osmosis System | Designed Permeate Flow N/A 70 gpm | Membrane Quantity N/A 12 | Pump Motor Power N/A 20 hp | Cartridge Filter Housing Material N/A Polyvinyl Chloride (PVC) | Request Quote |
IW - 100 /Asset/a1095.jpg | N/A Culligan® IW 100 Gallons Per Minute (gpm) Designed Permeate Flow Reverse Osmosis System | Designed Permeate Flow N/A 100 gpm | Membrane Quantity N/A 18 | Pump Motor Power N/A 20 hp | Cartridge Filter Housing Material N/A Polyvinyl Chloride (PVC) | Request Quote |
IW - 140 /Asset/a1095.jpg | N/A Culligan® IW 141 Gallons Per Minute (gpm) Designed Permeate Flow Reverse Osmosis System | Designed Permeate Flow N/A 141 gpm | Membrane Quantity N/A 24 | Pump Motor Power N/A 30 hp | Cartridge Filter Housing Material N/A Polyvinyl Chloride (PVC) | Request Quote |
IW - 155 /Asset/a1095.jpg | N/A Culligan® IW 158 Gallons Per Minute (gpm) Designed Permeate Flow Reverse Osmosis System | Designed Permeate Flow N/A 158 gpm | Membrane Quantity N/A 30 | Pump Motor Power N/A 30 hp | Cartridge Filter Housing Material N/A Polyvinyl Chloride (PVC) | Request Quote |
IW - 200 /Asset/a1095.jpg | N/A Culligan® IW 200 Gallons Per Minute (gpm) Designed Permeate Flow Reverse Osmosis System | Designed Permeate Flow N/A 200 gpm | Membrane Quantity N/A 36 | Pump Motor Power N/A 40 hp | Cartridge Filter Housing Material N/A Polyvinyl Chloride (PVC) | Request Quote |