Boiler Feed water softener Plant Reducing dissolved minerals
Water Softening is a process of removing Calcium and Magnesium ions from water. Calcium and Magnesium are the hardness forming component of water. When hard water is passed through resin in Sodium form, Ca and Mg ions are exchanged for equivalent Na ions. The water which now contains only Sodium ions is called soft water. The soft water is then used as a feed water to low and medium pressure boiler, RO systems and also for Laundries and other application.
Benefits of Our Water Softening Plant
? Reducing dissolved minerals and scale-forming tendencies
? Reducing consumption of household cleaning agents
? Removing radium 226 and 228
? Removing heavy metals, including arsenic
? Removing certain organic compounds and reducing total organic carbon (TOC)
? Removing silica and fluoride
? Removing iron and manganese
? Reducing turbidity of surface waters in conjunction with the hardness precipitation process
Application
§ Industrial Process Water.
§ Hospitals & Laundries.
§ Automobiles industries.
§ Domestic application.
§ Pre treatment of water.
§ Boilers and Cooling towers.
How Do Water Softeners Work?
Water softeners undergo a certain process to treat hard water. In this process, the supplied water will pass through a tank filled with charged ion resins. These rows of resins are usually charged with sodium ions (which is often considered as the most effective agent in treating hard water) or potassium ions to effectively "trap" all the unwanted scum behind. As water passes through the resin bed, the sodium or potassium ions are released into the liquid while chemically attracting all the calcium and magnesium mineral ions into the resin beads at the same time. This method of exchange is referred to as Ion Exchange and it is very necessary to make the water soft.
Technical parameters:
| Category |
Model |
Recommended
water yield
(M³/h) |
Tank size
Diameter *Height(mm) |
Salt box
(L) |
Amount of resin(KG) |
Dual-valve and
dual-tank (simultaneous
operation and respective
regeneration) |
YL-II-36 |
24-36 |
900×1900 |
800 |
1040 |
| YL-II-50 |
36-50 |
1000×2200 |
1000 |
1440 |
| YL-II-70 |
50-70 |
1200×2400 |
1500 |
2000 |
| YL-II-100 |
70-100 |
1500×2500 |
2000 |
3200 |
Dual-valve and
dual-tank(One for
use and the other for standby) |
YL-II-1 |
1 |
250×1400 |
60 |
80 |
| YL-II-2 |
2 |
300×1400 |
100 |
120 |
| YL-II-3 |
3 |
350×1400 |
100 |
160 |
| YL-II-4 |
4 |
400×1650 |
200 |
240 |
| YL-II-5 |
5 |
500×1750 |
300 |
360 |
| YL-II-6 |
6 |
600×1900 |
350 |
480 |
| YL-II-10 |
8-10 |
750×1900 |
500 |
720 |
| YL-II-18 |
12-18 |
900×1900 |
800 |
1040 |
| YL-II-25 |
18-25 |
1000×2200 |
1000 |
1440 |
| YL-II-35 |
25-35 |
1200×2400 |
1500 |
2000 |
| YL-II-50 |
35-50 |
1500×2500 |
2000 |
3200 |
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