Ion exchangers are mainly used for desalination and softening of seawater.
The raw water is drawn from the tank and enters the top of the cation exchanger. During the softening process, water flows from there back to the collection tank. The raw water is desalinated and then passed through an anion exchanger. From there the treated water enters the collection tank. During regeneration, acids or bases are supplied to the ion exchanger below.
The flow rate of the pump is adjustable and can be read from the flow meter before entering the first ion exchanger. For the continuous evaluation process, the conductivity sensor is installed upstream of the inlet of the collection tank. The measured value can be read from the conductivity meter. Tap water can be used as raw water.
Features
The main body of the experimental device is built with high-strength industrial aluminum profiles, and a universal wheel with brake is installed at the bottom to facilitate movement and fixation. The pipeline is made of transparent material, which is convenient for observing the trajectory of solid particles.
Performance parameters
Vertical tube
Height: 2m
Diameter: 50mm
Feeding barrel volume: 12L
Receiving barrel volume: 38L
Compressed air: minimum 2bar and 60m³ / hour
Power supply: AC220V 10A
practical training items that can be completed
Operation of pneumatic conveying system
Observation of different transportation states
Measurement of air velocity
Experimental content
Flow path (desalination) of dual ion exchangers arranged in series
Ion exchange regeneration experiment

Ltekonline are the manufacturers of Ion Exchange used to demonstrate engineering principles in Engineering Colleges, Engineering Schools and Fluid Mechanics Lab Equipment for Engineering Teaching Lab in Universities