RO-C SERIE OSMOSIS

The RO-C series osmosis systems are medium and high production equipment for low salinity water designed for use in purification applications, service water and especially for industrial processes.

The RO-C series osmosis systems output ranges from 8.000 L/h to 28.000 L/h. For higher flow rates, please consult.

Main components:

  • 5 microns microfiltration.
  • Minimum pressure switch.
  • Maximum pressure switch.
  • High pressure vertical centrifugal pump in 316 stainless steel.
  • 8” reverse osmosis membrane depending on the selected model.
  • Pneumatic automatic butterfly valve type wafer at the entrance.
  • 316 Stainless Steel Pneumatic Automatic Flushing Ball Valve.
  • Inlet microfiltration pressure gauge.
  • Outlet microfiltration pressure gauge.
  • Pump pressure gauge.
  • Interstage pressure gauge.
  • Rejection pressure gauge.
  • Backpressure pressure gauge.
  • Permeate flow meter.
  • Rejection Flow meter.
  • Recirculation flow meter (depending on the model).
  • Conductivity meter in the permeate line.
  • Rejection flow key regulator.
  • Recirculation flow key regulator (depending on the model).
  • PLC HW programmable controller.
  • Flushing / CIP tank.
  • Protected carbon steel structure.

Versions:

  • ST : with soft starter for high pressure pump control.
  • ST+ : with speed variator for control high pressure pump.
  • LS:
    • with speed variator for control high pressure pump
    • digital flow meter
  •  LX :
    • with speed variator for control high pressure pump
    • digital flow meter
    • pressure transmitters
    • GRUNDFOSS bomb
    • PLC SIEMENS

Options:

  • Mixing system.
  • Raw water conductivity meter.
  • Raw water Redox potential meter.
  • Raw water pH meter.
  • SIEMENS PLC for ST, ST+ and LS versions.
  • GRUNDFOSS pump in ST, ST+ and LS versions.
  • 304 stainless steel structure

Requirements:

  • Power supply: 380-400 VAC-50 Hz.
  • Supply pressure: 3-5 bars.
  • Working temperature: 10-35 °C.
  • TDS maximum input: 2.000 ppm.
  • The equipment requires compressed air supply for its operation.