No limits for water quality at any quantity.
No limits for your water quality regardless of quantity - the Culligan® G3 Reverse Osmosis system processes water to help meet your most demanding and exacting industrial requirements. The durable reverse osmosis membrane processes large volumes while reducing water waste; you can manage the system using a touch panel electronic controller. Better quality water improves industrial processes by reducing contaminants (Contaminants may not necessarily be in your water.) that corrode and clog equipment, so your investment in the Culligan® G3 RO benefits your operations for years to come.
No limits for your water quality regardless of quantity - the Culligan® G3 Reverse Osmosis system processes water to help meet your most demanding and exacting industrial requirements. The durable reverse osmosis membrane processes large volumes while reducing water waste; you can manage the system using a touch panel electronic controller. Better quality water improves industrial processes by reducing contaminants (Contaminants may not necessarily be in your water.) that corrode and clog equipment, so your investment in the Culligan® G3 RO benefits your operations for years to come.
Unit of Measure
System Specifications
|
System Dimensions
|
Markets Served
|
Examples of Reverse Osmosis (RO) Applications
|
Standard Features
|
Optional Features and Accessories
|
Culligan® Commercial and Industrial Advantages
|
Additional Information
System Specifications
Brands |
N/A Culligan® |
Type |
N/A Reverse Osmosis |
Inlet Pressure (Dynamic) |
N/A 20 to 50 psig1.4 to 3.5 bar |
Maximum Operating Pressure |
N/A 195 to 220 psig13.4 to 15 bar |
Alternating Current (AC) Voltage |
N/A 208 to 460 V380 to 415 V |
Frequency at 208 to 460 Volt (V) Alternating Current (AC) Voltage |
N/A 60 Hz |
Frequency at 380 to 415 Volt (V) Alternating Current (AC) Voltage |
N/A 50 Hz |
Phase |
N/A 3 |
Feed Water Temperature |
N/A 33 to 100 ºF1 to 40 ºC |
Maximum Turbidity |
N/A <1 NTU |
Water Range |
N/A 3 to 11 pH |
Maximum Chlorine |
N/A 0 mg/L |
Maximum Total Dissolved Solids (TDS) |
N/A 2500 mg/L |
Well Water Silt Density Index |
N/A <3 |
Surface Water Silt Density Index |
N/A <5 |
Maximum Iron |
N/A <0.1 mg/L |
Nominal Salt Rejection |
N/A >98 % |
Product Water Hardness (Raw) |
N/A <1 % |
Nominal Capacity1 | N/A 35 gpm132 L/min50,400 gal/d7.9 m³/h |
Module Quantity |
N/A 9 |
Module Size |
N/A 8 x 40 in |
Pressure Vessel Quantity |
N/A 3 |
Pressure Vessel Size |
N/A 8 in. x 3 L |
Nominal System Recovery |
N/A 75 % |
Motor Power |
N/A 15 hp11.19 kW |
Markets Served
Markets Served |
N/A Agriculture Assisted Living Automotive Bio-Pharmaceutical Botanicals Bottled Water Plants Casinos Chemical Processing Commercial Buildings Dairies Educational Facilities Electronics Energy/Power/Cogeneration Food/Beverage Government Grocery Health Clubs Hospitals/Healthcare Hotels/Lodging Ink/Dye Production Laboratories Laundry Manufacturing Marine Military Multi-Unit Housing Municipalities Oil/Petroleum/Gas Plating/Coating Printing Pulp and Paper Textile Theme Parks Universities Vehicle Wash |
Examples of Reverse Osmosis (RO) Applications
Examples of Reverse Osmosis (RO) Applications |
N/A
|
Standard Features
Standard Features |
N/A
|
Optional Features and Accessories
Optional Features and Accessories |
N/A
|
Culligan® Commercial and Industrial Advantages
Culligan® Commercial and Industrial Advantages |
N/A
|
Additional Information
Additional Information |
N/A The G3 RO is part of the Culligan® Commercial and Industrial Solutions that combine durable and efficient equipment, systems experience, and technical experts who understand your unique requirements. From planning your system to installing your water treatment equipment, Culligan® Commercial and Industrial Solutions offer options that help deliver the quality of water to meet your needs. Consult with a Culligan® representative to create your solution. |
- 1 Nominal capacity based on new RO membranes operating on a properly pretreated feed water of 2000 ppm TDS as NaCl, 77 ºF (25 ºC), Silt Density Index (SDI) below 3, and supplying water to atmosphere. Productivity will vary depending on the actual feed water quality and temperature.