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Ion exchange resin instability solution III
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Ion exchange resin instability solution III
Technical explanation
Resin instability problem:
Ion exchange resin handling problems caused by resin instability are usually caused by the following factors: resin capacity, physical quality, density, or loss of reaction kinetics.
A) Loss of resin capacity:
The capacity loss of the resin usually results in a loss of ion exchange capacity, but has little effect on the treated water quality.
B) Quality loss of physical properties:
The rupture of resin particles will often cause the pressure drop of the exchange tower. If the particles are broken into too small particles, they may be lost during backwashing, resulting in a decrease in resin capacity, but it will not cause a decrease in the quality of the treated water.
C) Loss of resin density:
The effect of resin density loss is similar to resin cracking, and resin can be lost during backwashing.
D) Loss of reaction kinetics:
The loss of reaction power will cause the ions in the water to be treated to "slide" through the resin, leading to a decline in the quality of the treated water. If the quality of the treated water does not exceed the final flow quality of the resin, the capacity of the resin will not decrease significantly, but the loss of reaction power is too large. When it is huge, it will cause a reduction in capacity.