All the benefits of this industrial RO system

The reliable and efficient Ecosoft industrial RO system delivers a flow rate of 2 to 3 m3/h and is suitable for water with a TDS of up to 3,000 mg/l for the standard version and 4,500 mg/l for the advanced version.

This advanced version features AISI 316 stainless steel piping downstream of the pump to handle water with much higher concentrations. This version also includes IoT features, allowing you to access the unit remotely, and is mounted on casters so you can easily move it around your site.

Equipment

Equipment included with both versions :

• 2 BB20 sediment pre-filters
• 2 motorized valves
• 2 balancing valves

For the 2 m3/h RO system :

• Grundfos CR 5-20 high-pressure pump
• 2 8040 membrane housings

For the 3 m3/h RO system :

• Grundfos CR 10-12 high-pressure pump
• 3 8040 membrane housings

Equipment specific to each version

Membrane selection

• Filmtec™ : ХLE-440
• Ecosoft : ELP-8040
• Other brands available on request
• External sourcing

Please note that for the standard version, the software used to configure and operate the RO system is available only in English and Russian, with no French version.

Acceptable feed water quality

TDS : 3,000 mg/l for the standard version, 4,500 mg/l for the advanced version
Residual chlorine : < 0.1 mg/l***
Hardness : < 3 meq/l (150 mg/l CaCO₃ or 15°f)****
Iron : < 0.1 mg/l
Manganese : < 0.05 mg/l
Silicate : < 20 mg/l
Chemical oxygen demand : < 4.0 mg/l
Hydrogen sulfide : none
SDI (silt density index) : 5

*** If your water contains more free chlorine, add an activated carbon system upstream of the RO system.

**** If your water contains more limescale or you want to improve your membranes' efficiency and lifespan, add a water softener upstream of the RO system.

Connections

Inlet - G1 1/2" (female)

Purified water outlet - G1" (male)

Drain water outlet - G1 1/2" (male)

Recommended pretreatment

Chlorine treatment with activated carbon

Chlorine is highly damaging to RO system membranes, so it must be removed upstream of the RO system using activated carbon and an electronic valve to control water flow.

The minimum expected capacity of an activated carbon system in the most challenging dechlorination conditions, when organic matter is present in the water, is 150 to 200 m3 of treated water per kilogram of carbon.

2 m3/h technical diagram

3 m3/h technical diagram