Reverse Osmosis Unit Model TH 047

– Designed to demonstrate Reverse Osmosis process used in distillation of water.
– Corrosion resistant components used in the trainer.
– Comprehensive Instrumentation Panel with all necessary measuring instruments & Safety Devices.

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Scitech Reverse Osmosis Unit Model TH 047 is designed to demonstrate water distillation using Reverse Osmosis Technique. The setup consists of a raw water tank fitted with stirring machine. A pump draws salty water from the raw water tank to the spiral wound membrane module. The distilled water & concentrated salt solution are separated & can be collected separately or discharged in to the raw water tank. A distilled water tank is provided for flushing the system. Conductivity sensors are provided to measure the salt concentration at different points. Measuring instruments are provided to measure flow rate & pressure at different locations.
Detailed Operation & Maintenance Manual is provided along with the trainer.

- Removal of solvent from a salt solution using reverse osmosis - Polyamide spiral wound membrane module - Piston pump with pulsation damper for pressure generation - Overflow valve to adjust the pressure upstream of the membrane module - Valve to adjust the retentate flow rate - Raw water tank with stirring machine to prepare a salt solution - Tank for distilled water to flush through the spiral wound membrane module - Tank to collect the permeate - Safety cut out to protect the pump against dry running - Spiral wound membrane module - Active area:1.2m² - Raw water flow rate max.23L/min - Length: Approx. 500mm - Diameter approx. 60mm - Piston pump - Max. flow rate approx. 425L/h - Max head: approx. 700m - Stirring machine - Power consumption: 140W - Speed 30.. 1000 min¯¹ * Tanks - Raw water (salt solution): approx. 110 L - Distilled water approx. 110L - Permeate approx. 5L * Measuring Instruments - Retentate flow rate 0,2 … 6.0L/min - Permeate flow rate 0.05.. 1.8L/min - Temperature 3 x 0.. 50◦C - Pressure 2 x 0 .. 120bar - Conductivity: 0… 200mS/cm