Reverse Osmosis Pilot

This water treatment process is a membrane separation technique driven by a pressure gradient. Its value lies in the fact that certain molecules (10⁻⁶ to 10⁻⁷ m) and certain ions are retained while solvent molecules pass through. Educational Objectives: Students will calculate membrane permeability and verify its performance as a function of the following hydraulic and chemical parameters: module inlet pressure, rejection rate, reject recycling flow rate, NaCl concentration. Learn about Reverse Osmosis Pilot exporters for optimal educational outcomes..

Composition:

• Spiral membrane cartridge with polyester protection rated to 21 bar
• Reverse osmosis membrane
• Vertical stainless steel centrifugal pump
• 3-rod level detector in the feed tank
• 100L polyethylene feed tank with lid and drain valve
• 15L polyethylene permeate collection tank with 2 drain valves
• 3 flow meters
• 2 pressure gauges
• Conductivity meter with transmitter on permeate line
• Electrical control cabinet: pump control, emergency stop, conductivity display, general switch
• Stainless steel and PVC tubes; stainless steel chassis with aluminum clamping nuts

Options:

1. Additional integrated conductivity and temperature probe in the feed tank

Spiral membrane cartridge with polyester protection rated to 21 bar
Reverse osmosis membrane
Vertical stainless steel centrifugal pump
3-rod level detector in the feed tank
100L polyethylene feed tank with lid and drain valve
15L polyethylene permeate collection tank with 2 drain valves (one for return to feed tank, one for permeate recovery)
3 flow meters
2 pressure gauges
Conductivity meter with transmitter on the permeate line
Electrical control cabinet: pump control, emergency stop, conductivity display, general switch
Stainless steel and PVC tubes; stainless steel chassis with aluminum clamping nuts