Improve Efficiency with Culligan Reverse Osmosis Water Systems
Using the latest high efficiency membrane technology, coupled with robust proven designs Culligan can provide you with a RO system that is fast to ship and even faster to install. Culligan have decades of experience and thousands of RO installations around the world. Learn more about Culligan Reverse Osmosis Water Systems.
Benefits of a Reverse Osmosis (RO) water system:
Applications for reverse Osmosis (RO) water:
Culligan Reverse Osmosis Products
Culligan IWEvo Range Of Brackish Water Reverse Osmosis Units
Flow rate 5 – 40 m3/hr on standard range (flow rates >40m3/hr available on request)
The CulliganIW Evo Brackish Reverse Osmosis series has been designed to meet the needs of the most demanding industrial and municipal applications.
Available in 7 models covering flow requirements of 5 to 40m3/hr (22 to 176 GPM) and capable of treating salinities up to 3000ppm of TDS.
Using an innovative modular and standardised design Culligan is able to offer the highest quality construction, fast delivery times and competitive pricing.
Units come skid mounted for fast and easy installation and can be fully configured using a wide range of optional accessories.
Culligan SW RO – Sea Water Desalination Reverse Osmosis
Flow rates up to 60 m3/hr on standard range (flow rates >60m3/hr available on request)
Culligans Seawater reverse osmosis (SW) series offers a cost effective and reliable solution for customers in water-scarce regions. The desalination units are suitable to treat water with a salinity of up to 45000ppm up to a flow rate of 60m3/hr on standard range (plants with larger flow rates available on request). SW RO units are modular and can be easily connected to manage larger flows as required. Materials of construction are suitable for high salinity waters using duplex 2205 high pressure pipe pickled and passivated for corrosion resistance.
Units are skid mounted for ease of installation, and thanks to Culligan’s modular standard designs you are assured fastest possible delivery times.
Culligan G1 Reverse Osmosis Water Systems
Flow rate 0.04 – 0.35 m3/hr
The G1 RO is a compact RO system designed for high-performance commercial and light industrial applications.
Equipped with digital flow meter for product-discharge, pressure gauges for pressure control in and out, online instrumentation for produced water quality and recovery ratios and high efficiency reverse osmosis membranes. The unit utilises the Culligan Smart Controller which as well as monitoring the system provides full text display in 4 languages and several flushing modes. The smart controller allows modular configuration of the units into two pass and alternating configuration as well as simple connection to networks such as building management systems or PLC’s.
The G1 RO is the perfect choice for commercial applications which require high levels of technology, monitoring and reliability.
Culligan M1 Reverse Osmosis Water Systems
Flow rate 0.04 – 0.35 m3/hr
The M1 RO system, with enhanced features, is designed for commercial applications that require a maximum flow rate of 350 liters / h. The system is either wall mounted or can be supplied with a floor stand. The M1 is equipped with a pre-treatment sediment filter, flow meters and pressure gauges for the control of the inlet pressure and output. The unit is controlled via the Culligan CP control panel.
Culligan E1 Reverse Osmosis Water Systems
Flow rate 0.04 – 0.35 m3/hr
The E1 Reverse Osmosis System is an economical water treatment solution, which reduces operating and post treatment costs. The E1 Reverse Osmosis system helps you reduce maintenance costs by reducing contaminants from your water that affect taste and can clog equipment. Control your installation costs by using a system configured for your unique needs. Keep your operating costs low with an easy-to-use electronic controller.
Culligan AquaCleer SB 200 – Integrated Pre-treatment + RO Water System
Flow rate 1.5 m3/hr soft water – 0.2 RO water m3/hr
Aqua-Cleer SB 200 is a complete water treatment system which includes reverse osmosis system as well as pre-treatment, all assembled on a small footprint skid for simple installation in any location. Ideal for installations such as food service that require softened water for some applications such as dishwashers, and reverse osmosis for beverage preparation e.g. coffee preparation.
The system consists of an ion exchange resin softener, brine systems, microfiltration, reverse osmosis water dechlorination and pressure accumulation tank.
Culligan MFP – Reverse Osmosis (RO) for Medium Flow Rates
Flow rate 0.4 – 3.6 m3/hr
Using the highest quality components and construction methods, the MFP reverse osmosis unit is ideal for drinking water and industrial processes in any location.
The system is modular and compact and has been designed with robustness and longevity in mind. The MFP RO is mounted within a steel frame with no welded parts, guaranteed against corrosion. The system is controlled via an electronic control panel which monitors all operating conditions and displays flow, conductivity and other operating parameters.
Frequently Asked Questions
Reverse osmosis (commonly abbreviated as RO) exploits the ability of semi-permeable membranes to separate the water from the substances dissolved in it. Applying pressure, you can force the water through the membrane: the pure water (permeate) is well separated from the water containing the salts (rejection). osmotic membrane , which implements the more stringent level of filtration feasible, behaves as a barrier not only in respect of the salts and inorganic substances, but also of the organic substances of molecular weight greater than 100 daltons: it is therefore also an excellent defense against micro-pollutants, pesticides, pyrogens, viruses and bacteria . Reverse osmosis is a physical process which does not require the use of regenerating chemicals. Reverse osmosis technology offers a total security, thanks to its versatility, excellent performance and ease of use.
To learn more, read our blog on Reverse Osmosis.