Boiler water softener resin hydrogen type cation resin product quotation

NegotiableUpdate on 05/06

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Overview

Boiler water softener resin hydrogen type cation resin product quotation $r $n First, use saturated saline solution, which is about twice the volume of the treated resin. Soak the resin in the saline solution for 18-20 hours, then drain the saline solution and rinse with clean water to make the discharged water not yellow; Next, use a 2% -4% NaOH solution with the same amount as above, soak in it for 2-4 hours (or perform a low flow cleaning), drain the alkaline solution, and rinse the resin until the discharged water is close to neutral. Afterwards, use a 5% HCl solution with the same amount as above, soak for 4-8 hours, drain the acid solution, and drift with clean water until neutral for later use.

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Boiler water softener resin hydrogen type cation resin product quotation

Pre treatment of new resin:

New resins often contain solvents, substances that have not participated in polymerization reactions, and small amounts of low polymers, and may also adsorb heavy metal ions such as iron, aluminum, and copper. When the resin comes into contact with water, acid, alkali, or other solutions, the soluble impurities mentioned above will be transferred into the solution, contaminating the effluent quality in the early stages of use. So, the new resin needs to be pre treated before being put into operation.

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Boiler water softener resin hydrogen type cation resin product quotation
In industrial applications, the advantages of ion exchange resins are mainly large processing capacity, wide decolorization range, high decolorization capacity, ability to remove various ions, repeated regeneration and use, long working life, and low operating costs (although the initial investment cost is relatively high).

It is widely used in non top pressure work (regeneration fluid entering at low speed).
Various new technologies based on ion exchange resins.

200mm is usually used to improve compacted layers without top pressure counter current regeneration.
Various methods such as chromatographic separation, ion exclusion, electrodialysis, etc. have unique functions and can perform various special tasks that are difficult to achieve with other methods.

In composite application systems for strong and weak resins, strong resin regeneration can be achieved through ILK regeneration or countercurrent regeneration.